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The Crucial Role of DevOps in Enterprise Application Development
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Enterprise DevOps: The Crucial Role of DevOps in Enterprise Application Development

Discover how Enterprise DevOps revolutionizes app development to streamline workflows, enhance collaboration, and achieve agility for enterprise applications.

With the rapid transformation in software development, the core principles of DevOps are redefining how enterprises build and deploy their applications. Enterprise DevOps, a strategic blend of development and operations, is not just a methodology, but a culture that fosters collaboration, enhances efficiency, and accelerates delivery. 

Today, the role of DevOps in enterprise application development has taken center stage, driving efficiency, scalability, and innovation like never before. But what makes DevOps so critical in development lifecycles? Which tools and technologies can help integrate DevOps into your daily processes? 

In this blog, we explore these questions and delve into different aspects of enterprise DevOps for application development. 

Let’s get started!

Understanding DevOps in enterprise application development

DevOps is a set of protocols, practices, and tools that combine software development (Dev) and IT operations (Ops). At its core, DevOps for the enterprise emphasizes streamlining development and operations activities, enabling organizations to deliver high-quality software with speed, stability, and scalability. This optimization is implemented through key practices, such as continuous integration, delivery, and deployment.

Today, enterprise application development services leverage DevOps to address the unique challenges faced by organizations that have complex, interconnected systems and globally distributed teams. These challenges are addressed by establishing effective communication channels, collaboration frameworks, and streamlined workflows. 

Benefits of DevOps in enterprise application development

Benefits of DevOps in enterprise application development

Benefits of DevOps in enterprise application development

Integrating DevOps in enterprise software development offers several benefits, including: 

  1. Better automation and innovation

    Enterprise DevOps empowers organizations to achieve unparalleled efficiency and consistency in their workflows. This is achieved by seamlessly integrating automated processes throughout the software development lifecycle. Automated testing, deployment, and monitoring streamline repetitive tasks, reducing the likelihood of human errors and accelerating time-to-market for applications.

    By automating routine tasks, teams can focus on innovating and enhancing application features, improving user experience, and staying at the forefront of technological advances.
  2. Accelerated development and deployment

    Implementing enterprise DevOps results in improved efficiency, reduced errors, and enhanced coordination among teams. These benefits lead to faster development cycles, shorter time to market, and improved customer satisfaction.

    With advanced collaboration between cross-functional teams and automated workflows across development stages, DevOps significantly reduces the timescale from ideation to deployment.
  3. Enhanced quality and stability

    DevOps for the enterprise substantially improves the quality and stability of software products by promoting continuous integration and delivery, and automated testing. Enterprise DevOps also ensures regular feedback, and faster detection and resolution of bugs, reducing the risk of failures.

    DevOps ensures frequent, small, manageable changes to the software, making it easier to test and validate, resulting in better code quality. Using version control and deployment automation minimizes configuration discrepancies, leading to more stable and reliable applications in production environments.

    With a focus on constant feedback loops and iterative improvements, DevOps empowers organizations to deliver robust, high-quality software that meets user expectations.
  4. Increased stability and flexibility 

    DevOps provides increased scalability and flexibility to enterprise application development. These features enable businesses to automate infrastructure management and utilize cloud services for on-demand scaling.

    DevOps also allows the release of small, incremental code changes, giving teams the flexibility to adapt quickly to market changes or customer feedback. You can make changes or roll back updates without disrupting the entire application. The DevOps approach enables enterprises to grow and innovate at an accelerated pace while maintaining operational efficiency.
  5. Higher ROIs

    Adopting enterprise DevOps solutions significantly boosts returns on investment (ROIs) for your business. According to a study conducted by Mckinsey, the organizations that adopted DevOps and continuous delivery in their workflows were likely to achieve a 30% increase in their ROIs.

    Let’s now look at various aspects where implementing enterprise DevOps can lead to higher ROIs for companies.

    • Reduced time to market: By automating and streamlining the software development process, DevOps helps reduce the time it takes to get new applications to market. This speed can lead to increased revenue from new products and services.

    • Improved customer satisfaction: By delivering applications more frequently and reliably, DevOps assists in improving customer satisfaction. This optimization can lead to increased customer retention and increased revenue.

    • Reduced IT costs: By automating and streamlining IT operations, DevOps aims to reduce IT costs. This reduction can free up resources for investment in other business areas.

DevOps tools and technologies for enterprise application development

DevOps tools and technologies for enterprise application development

DevOps tools and technologies for enterprise application development

Having the right set of tools and frameworks is critical for successfully deploying DevOps in your workflows. These tools can help automate development processes, ensuring continuous delivery and deployment. 

DevOps tools streamline end-to-end infrastructure, including development, conflict management, dependency management, and deployment.

Here, we explore different DevOps tools and technologies you can use for your organization.

  1. Continuous integration and delivery (CI/CD) tools

    CI/CD tools are pivotal in automating the build, test, and deployment processes, fostering a continuous and streamlined pipeline for delivering software changes. These tools have revolutionized how enterprises manage code, enabling developers to merge their changes frequently and automatically integrate them into a shared repository.

    Some of the popular CI/CD industry tools include:

    • Jenkins: An open-source automation server and the leading choice for many organizations implementing CI/CD pipelines. With a vast array of plugins, Jenkins supports integration with various tools and technologies across the software development lifecycle. With Jenkins, developers can trigger automated builds, run tests, and deploy applications to different environments, making it a valuable asset in orchestrating complex CI/CD workflows.

    • Travis CI: A cloud-based CI/CD service designed to simplify testing and deployment processes. It seamlessly integrates with popular version control systems like GitHub, automating the build and test phases upon every code push. Travis CI provides scalable and customizable build environments, ensuring consistent testing across different platforms. Its user-friendly interface and quick setup make it an attractive choice for small to medium-sized enterprises.

    • GitLab CI/CD: Integrated directly into the GitLab version control platform, GitLab CI/CD offers a comprehensive end-to-end solution for CI/CD needs. GitLab CI/CD leverages the power of the GitLab Runner, enabling developers to define, manage, and visualize CI/CD pipelines through simple configuration files. GitLab CI/CD provides a unified experience, allowing teams to seamlessly collaborate on code and automate the entire software delivery process from planning to monitoring.
  2. Infrastructure as Code (IaC) tools

    IaC tools have revolutionized infrastructure management by offering faster delivery cycles for enterprise application development. Infrastructure as Code enables infrastructure management and provisioning via code execution instead of manual processes.

    Using IaC tools, the developers can create, edit, and share configuration files with multiple stakeholders. The codification of these configuration files prevents ad-hoc and undocumented changes and helps streamline the entire process.

    Let’s look at a few prominent IaC tools for configuring and managing your infrastructure.

    1. Terraform: Developed by HashiCorp, Terraform is a leading Infrastructure as Code (IaC) tool revolutionizing how organizations manage and provision their infrastructure resources. Terraform is an open-source solution empowering users to define, deploy, and modify infrastructure through simple and declarative configuration files.

      With multi-cloud support and various providers, Terraform enables seamless provisioning of resources across various cloud platforms and on-premises environments. Terraform ensures consistency, version control, and rapid provisioning, promoting scalability and elasticity in response to changing business needs.

    2. AWS CloudFormation: As the native IaC tool offered by Amazon Web Services (AWS), CloudFormation enables users to define and deploy AWS resources using templates. These templates, written in JSON or YAML, specify the resources, their configurations, and dependencies. AWS CloudFormation offers a comprehensive range of pre-built templates, known as AWS Quick Starts, making it easier for teams to deploy complex infrastructure setups, applications, and services with minimal effort.
  3. Containerization and orchestration tools

    Containerization and orchestration tools have become crucial components in modern software development and IT operations. Containerization, exemplified by tools like Docker, enables developers to package applications and their dependencies into portable, lightweight units called containers. The orchestration tools like Kubernetes, on the other hand, empower organizations to manage and scale containerized applications efficiently.

    Together, containerization and orchestration tools revolutionize application deployment, enabling rapid development cycles, improved resource utilization, and enhanced application scalability for a dynamic and competitive business landscape.

    Let us look at a few examples of containerization and orchestration tools.

    • Docker: Docker has optimized the packaging and deployment of applications, providing a lightweight and portable solution for containerization. With Docker, developers can bundle applications with their dependencies and configurations into containers that run consistently across various environments.

      These containers encapsulate the entire runtime environment, ensuring consistency between development, testing, and production environments. By promoting the “build once, run anywhere” principle, Docker enhances the portability of applications and simplifies the process of deploying complex applications with minimal overhead.

    • Kubernetes: As a powerful container orchestration platform, Kubernetes has emerged as the default standard for compact container management of applications at scale. Kubernetes automates deployment, scaling, and management of containerized workloads, allowing enterprises to utilize resources efficiently and respond dynamically to changing demands.

      Kubernetes offers features such as auto-scaling and load balancing, ensuring high availability and application fault tolerance. Its declarative approach to configuration and deployment empowers teams to focus on defining the desired state of their applications, leaving Kubernetes to handle the implementation details.

Also, read: 7 Reasons Kubernetes Is Important for DevOps 

Challenges and best practices for implementing DevOps in enterprise applications 

Shifting to a DevOps culture offers several benefits but it comes with its own set of challenges. To navigate these challenges, you must follow best practices when integrating DevOps and continuous delivery in your workflows. Inculcating a change of mindset across the organization is vital to unlock the full potential of DevOps and grow at scale. 

  1. Challenges in DevOps implementation

    Challenges in DevOps implementation

    Challenges in DevOps implementation


    When moving to a DevOps framework, some of the most common challenges that you might encounter include:

    • Resistance to change: Overcoming resistance to change is a significant challenge enterprises face when implementing DevOps. An enterprise having a traditional siloed approach to software development and operations can lead to resistance from teams accustomed to their established roles and workflows.

      Convincing stakeholders and team members to embrace a collaborative and integrated culture requires effective communication, transparency, and a clear understanding of DevOps’ benefits.

      Leadership support and involvement are crucial in addressing concerns and fears that might arise during the transition. Demonstrating tangible improvements, such as faster delivery cycles, increased productivity, and enhanced quality, can help build trust and encourage buy-in from all levels of the organization.

    • Transformation of traditional processes into modern DevOps workflows: Shifting to DevOps requires adopting new tools and technologies and a fundamental change in mindset and practices. Integrating development, testing, and operations into a seamless, automated pipeline demands careful planning, coordination, and training.

      Legacy systems and applications may not readily align with the DevOps approach, necessitating a gradual and incremental transition. The complexity of large-scale enterprise applications can further complicate the transformation process.

      To overcome this challenge, a phased approach, starting with pilot projects and gradually expanding across the organization, can help foster the necessary cultural shift and ensure a successful transformation to modern DevOps workflows.

    • A shift from legacy systems to microservices: Legacy systems often comprise monolithic architectures, tightly coupled components, and outdated technologies, making them less flexible to DevOps principles. Breaking down these monoliths into microservices requires careful planning, as it involves untangling complex dependencies and ensuring data consistency.

      The legacy systems may lack the automated deployment and monitoring capabilities necessary for effective DevOps practices. Migrating to microservices involves technical considerations, and organizational and cultural adjustments, as cross-functional teams must collaborate to develop, test, and deploy individual services independently.

    • Security concerns: Security concerns present a major challenge in implementing DevOps in an enterprise. The rapid and iterative nature of DevOps practices can potentially introduce security vulnerabilities throughout the software development and deployment process. Automating deployment and continuous integration may inadvertently bypass critical security measures.

      To address these security concerns, enterprises must prioritize security from the outset, implement robust security testing and code analysis tools, and establish clear security guidelines and responsibilities for all team members.

      Continuous monitoring and feedback loops are crucial for identifying and mitigating security threats. This process will ensure the benefits of DevOps are uncompromised by avoidable security risks.
  2. Best practices for DevOps implementation 

    Best practices for DevOps implementation

    Best practices for DevOps implementation


    Using some of the best tried and tested methods will optimize your workflows and ensure you reap maximum benefits from DevOps implementation. Some of the prominent best practices for enterprise DevOps implementation include:

    • Introducing automation: Implementing automation in different processes, workflows, and systems is key to adopting a DevOps approach. You might need to tweak, refine, and optimize a few of your existing tools to integrate automation efficiently. From coding practices like Infrastructure as Code (IaC) to automating deployments with continuous integration and continuous deployment (CI/CD), automation ensures seamless workflows.

      Automated testing further enhances code quality, while continuous monitoring provides vital feedback in real-time. Embracing automation enhances the efficiency and productivity of development and operations teams and lays the foundation for a successful DevOps culture.

    • Introducing DevSecOps: Ensuring security and compliance is integral to implementing a successful DevOps practice in an enterprise. This approach, often called DevSecOps, embeds security principles into the fabric of the DevOps pipeline. You must automate security checks across various stages of development and deployment to ensure comprehensive security.

      Regular audits can also be automated, improving compliance with industry regulations. This security-focused mindset promotes a culture where every team member takes ownership of security, making it an inherent part of the development process rather than a separate concern.

    • Continuous monitoring and feedback: Continuous monitoring and feedback form the foundation of a well-defined and streamlined DevOps approach in enterprise application development. You must have systems to constantly monitor the application’s performance and gather feedback for iterative improvements.

      The monitoring mechanism proactively identifies anomalies, bottlenecks, and potential failures, preventing significant system downtime. Automated system alerts can prioritize incident response time, leading to faster and more effective problem resolution.

      Similarly, continuous feedback loops between development, testing, and operations teams facilitate collaboration and knowledge sharing, leading to faster improvements and innovation. Insights gained from monitoring and feedback help teams make data-driven decisions, optimize processes, and ensure the delivery of high-quality enterprise applications.

    • Fostering a culture of collaboration: Effective collaboration is the cornerstone of effective DevOps implementation in an enterprise. DevOps, by its very nature, encourages breaking down silos between development and operations teams, promoting an environment of shared responsibility and communication. Teams no longer work in isolation, but instead collaborate right from the product’s design phase to its deployment.

      The bi-directional exchange of ideas enhances the speed and efficiency of problem-solving and decision-making processes. This exchange also drives innovation by encouraging inputs from diverse perspectives. The teams can better understand each other’s challenges and needs by embracing transparency and valuing diverse perspectives, leading to more innovative solutions and faster problem resolution. A culture of collaboration is thus paramount to optimize efficiency, speed up delivery, and enhance product quality.

    • Partnering with an expert DevOps team: A seamless transition from legacy infrastructure to DevOps requires considerable expertise. An expert DevOps team will bring extensive experience with the methodologies and various tools involved in a DevOps implementation. A DevOps team generally manages end-to-end enterprise DevOps integration, from analysis to planning and development to deployment – you will get 360° assistance in your DevOps journey.

      Enterprise application development involves dealing with various complex software components, integrations, and services. An expert DevOps team streamlines the entire process while delivering optimized solutions tailored to specific business requirements. The strategic partnership empowers the organization to embrace DevOps more effectively, thus increasing productivity and innovation.

Wrapping up

Adoption of DevOps processes in enterprise application development will transform your workflows, resulting in higher productivity, efficiency, and overall ROIs. Partnering with an expert DevOps team often catalyzes this transformation, leading to accelerated delivery, reduced miscommunication, streamlined workflows, and enhanced application quality. 

Turing’s enterprise application development services embed DevOps and continuous delivery within its core framework, offering clients accelerated growth and optimized solutions. Our extensive experience with DevOps-driven enterprise application development for Fortune 500 companies and fast-scaling startups makes us one of the preferred partners in the industry.

Book a call today and get future-ready by transforming your enterprise applications.

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By Aug 8, 2023
Agile Mobile App Development The Key to build Successful Apps
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

Agile Methodologies: A Key to Successful Mobile App Development

Leverage the power of Agile mobile app development for delivering high-quality mobile applications on time and within budget and gain a competitive advantage.

In today’s ever-changing mobile app development landscape, customer requirements have been changing at lightning speed. In such cases, delivering a high-quality app that meets customers’ expectations becomes a major challenge. So, how to develop a user-friendly, high-performing app? The answer is Agile mobile app development.

According to a Zippia report, over 71 percent of U.S. companies use Agile development. This methodology offers a dynamic approach that differentiates it from traditional application development techniques. Agile development can help you build the highest quality software product with increased customer satisfaction. 

Unlike the conventional software development approach, Agile methodology embraces adaptability, flexibility, and a customer-centric approach that allows developers to quickly adjust to customers’ feedback and changing market demands. These features can help you deliver top-notch mobile applications on time and within budget.

In this article, we will explore how Agile development methodology works, its benefits, various Agile frameworks, best practices, and much more. 

Let’s get started.

How does Agile mobile app development work?

How does Agile mobile app development work

How does Agile mobile app development work?

The Agile mobile app development methodology includes six stages, often called Agile phases. Let’s look at each one of them. 

Phase 1: Requirement analysis

At this stage, the team identifies and analyzes the app requirements. They consider business goals, user needs, and current market trends. The development team involves all the stakeholders and takes their inputs regarding the app features, functionalities, and outcomes. This information serves as the foundation for subsequent app development phases. 

Phase 2: Design

In the design stage, the team creates a comprehensive design plan, including the app’s visual and functional aspects. It’s a critical phase that shapes the app’s look and functionality.

This phase involves the following key activities:

  • User interface (UI) design: This involves creating the visual elements and layout of the app, including screens, icons, buttons, and navigation.
  • User experience (UX) design: UX design provides a smooth and seamless user experience, ensuring the app is intuitive and efficient.
  • Technical design: The team also creates a design roadmap for the technical aspects of the app, including features, functionalities, system architecture, data models, APIs, and required third-party integrations.
  • Interaction design: The team focuses on defining how the users will interact with the app and how it will respond to user inputs.

Phase 3: Development

The development phase, also known as the “implementation phase,” is a critical stage in Agile mobile app development. The development phase is an iterative process divided into short cycles called sprints.

Each sprint lasts 2-4 weeks, focusing on specific features and functionalities defined during the design phase. The development phase also involves daily stand-up meetings, known as scrums, where the team members provide work updates. This helps identify and remove any bottlenecks to ensure the project progresses smoothly.

Phase 4: Testing

Testing is an integral part of the Agile mobile app development methodology. Testing starts from the early development stages and continues through each sprint. Agile methodology emphasizes automated testing to streamline the testing process.

The tests verify user experience, functionality, performance, and other critical aspects of the application. Regular testing ensures stability and functionality as new features are added.

The various tests involved in Agile methodology include:

  • Unit testing: Testing individual components separately to ensure they function correctly
  • Integration testing: Ensuring different modules or components interact smoothly
  • Functional testing: Verifying if the app functions as expected based on the requirements
  • Performance testing: Assessing the app’s performance (speed, responsiveness, and resource usage) under different conditions
  • Security testing: Identifying security vulnerabilities under different circumstances and ensuring data protection
  • Regression testing: Verifying existing features and functions aren’t affected due to upgrades or new changes

Phase 5: Deployment

The deployment phase involves releasing the app on various platforms for users to download and install. At this stage, the quality assurance team performs the final test to ensure the app is fully functional and performing as expected.

If any code defect or bug appears, the development team addresses it swiftly. User training, establishing the release schedule, and communication channels also occur during this stage. Once all these activities conclude, the app is released for production.

Phase 6: Review

The review phase starts once the application is deployed and available for users. This phase involves evaluating app performance and user feedback to identify the areas for improvement. The development team aims to enhance functionality and performance through effective reviews, ensuring the app meets user expectations. 

Why choose Agile methodology for mobile app development?

Why choose Agile methodology for mobile app development

Why choose Agile methodology for mobile app development?

From large enterprises to start-ups, almost every business uses Agile approach as it breaks down the mobile app development process into smaller and more manageable tasks. This approach enables the development team to quickly adapt to evolving market demands. Let’s look at the key reasons to adopt Agile development methodology.

  1. Excellent product quality 

    Testing is an integral part of the Agile development methodology, ensuring high-quality mobile applications. Developers conduct tests at the end of each iteration, allowing prompt removal of bugs or code errors.

    Moreover, regular retrospectives in Agile development allow teams to reflect on their work, identify areas for improvement, and implement necessary changes in future iterations. Besides, the client is involved throughout the development process, enabling the team to incorporate any changes during the development phase itself.
  2. Faster time-to-market

    Agile development follows the iterative approach that helps develop and release a basic version of the app. This version can be enhanced through subsequent iterations, allowing immediate feedback and constant fine-tuning. This approach eliminates the need for major changes at the end of the project. The Agile model reduces the overall development time, thus ensuring faster time-to-market and better performance.
  3. Lower cost of development

    The Agile development model ensures efficient use of resources by dividing work into multiple, priority-driven sprints. This approach saves time that might otherwise be spent on less important aspects. Regular testing and frequent iterations help in spotting errors and fixing them early, avoiding costly, time-consuming fixes later in the project.

    Additionally, the Agile method allows the development team to accommodate changes at any point in the development process. Collectively, these factors contribute to a substantial reduction in development costs.
  4. Better flexibility to changes

    Implementing the Agile mobile app development method enhances flexibility in project management. With its iterative and incremental development, the Agile method allows easy accommodation of changes at any stage of the project, making it more flexible than the conventional methodologies.

    Moreover, in the Agile method, the planning and development evolve as the project progresses, making it easier to implement new changes.
  5. Better control 

    The Agile development method provides an adaptable framework, allowing project managers to immediately respond to changes. Agile’s rapid, iterative cycles provide continuous feedback, resulting in early identification and rectification of issues before they escalate.

    Besides, regular communication and stakeholders’ participation ensure the product is developed in alignment with the customer requirements. This alignment enables project managers to make informed decisions and streamline the development process. As a result, the Agile method offers project managers better control over the project.
  6. Increased customer satisfaction

    Unlike traditional development methodologies, where the customer is involved only during the planning phase, the Agile method allows the customer to be a part of the decision-making process throughout the development process. This inclusion helps in developing a software product that perfectly aligns with the customer’s requirements. Given the customer’s involvement at each stage, the development team can make modifications based on their feedback. Additionally, the Agile method substantially trims down development time, further enhancing customer satisfaction.

Effective Agile frameworks for mobile app development

Effective Agile frameworks for mobile app development

Effective Agile frameworks for mobile app development

Let’s explore some of the most popular and effective Agile frameworks for mobile app development.

  1. Scrum

    Scrum is the most widely used Agile framework that divides projects into short, manageable modules called ‘Sprints.’ Each sprint typically lasts for 2 to 4 weeks. This flexible framework is the most suitable for projects where the outcome isn’t clearly defined. A lot of improvements take place as the project evolves and results become clearer as the project nears completion.

    A small, cross-functional team works collaboratively toward deliverables defined at the beginning of each sprint. The Scrum Master leads the team members within a sprint and organizes daily meetings to discuss any bottlenecks and scopes for improvement, ensuring smooth completion of the task within the stipulated time.
  2. Kanban

    Kanban is another common Agile framework for developing software products. It focuses on visualizing the workflow and is the most suitable when you want transparency at each stage of the project. In Kanban, you can divide the project into various workflows and monitor the progress by tracking the current status of the particular task.

    Work items are represented visually on a Kanban board, featuring workflow columns, providing a clear overview of the status. These workflows might be labeled as “In Progress,” “Completed,” or “Under Review,” indicating different stages from the beginning to completion.

    A key feature of Kanban is the ability to set a limit for “Work in progress.” This allows control over the number of tasks each team member handles simultaneously, helping managers in optimizing resource allocation and preventing team members from burnout.
  3. Lean

    Lean is an Agile framework that works on the principle of maximizing value and minimizing waste. This framework aims to eliminate unnecessary things that do not add value to the project, making the development processes leaner and more efficient.

    Lean framework works on continuous improvement, resulting in better quality software products, faster development, and satisfied customers. This framework also aims to avoid overwhelming the pipeline with too many tasks at a time, which can slow down the work and degrade the quality.

  4. Extreme programming (XP)

    Extreme programming is an Agile software development approach that aims to continuously improve product quality. The development team and the customer are actively involved in building the product. The customer provides regular feedback and suggestions that the developers incorporate right away. Once done, the developers move on to the next iterations, following a similar pattern.

    Collaboration is key in this Agile framework as it helps to quickly identify and resolve any misunderstandings or requirements change during the development process. This collaboration results in a product that perfectly matches the customer’s needs.

    Another important aspect of XP includes breaking down complex projects into smaller, manageable tasks and focusing on frequent releases of working software. By adopting this Agile framework, development teams can deliver high-quality code and meet customers’ evolving requirements more efficiently.
  5. Adaptive Project Framework (APF)

    As the name states, APF is an approach to managing projects that focuses on adaptability and flexibility. In today’s constantly changing technological landscape, you may need to modify your strategy midway and adopt a new plan due to client preferences or evolving market situations.

    In this Agile framework, you adapt a more dynamic and iterative approach rather than following a rigid plan from the beginning to the end. This flexibility allows the development team to regularly reassess the project’s goals, priorities, and requirements, enabling them to adapt to changing circumstances.

    A key principle of the Adaptive Project Framework is stakeholder collaboration. This principle involves all relevant stakeholders, such as clients, the development team, and the users, in the decision-making process. By incorporating their inputs and feedback, the project team can deliver a product that meets the client’s expectations.

7 Best practices for implementing Agile methodologies in mobile app development

7 Best practices for implementing Agile methodologies in mobile app development

7 Best practices for implementing Agile methodologies in mobile app development

To successfully implement Agile mobile app development, consider these top seven best practices.

  1. Collaborate with the customer

    Customers are at the forefront of Agile mobile app development, and involving them at every stage of the development process is essential. This collaboration helps gain valuable insights and ensures the app aligns with customer expectations and evolving market demands.
  2. Focus on teamwork

    Building a successful mobile application requires effective teamwork. Designers, developers, testers, quality assurance engineers, and other stakeholders must collaborate and take ownership of their work to ensure project success.
  3. Hold daily stand-up meetings 

    Daily stand-up meetings, a part of Agile methodologies, are brief meetings to discuss tasks, track progress, and identify and remove any obstacles. These meetings foster transparency and alignment with the project goal.
  4. Use burndown charts for sprints

    Employing a burndown chart for sprints is a perfect way to manage work and track progress efficiently. The burndown chart visually represents the amount of work remaining against the amount of time. This representation helps the team to assess if they are on track or falling behind the deadline. The burndown chart also helps to forecast the team’s ability to complete the remaining work within the sprint timeframe. 
  5. Establish a communication guideline

    Establishing a communication guideline facilitates effective collaboration and exchange of information within the team. These guidelines involve defining communication protocol, setting up expectations, and ensuring everyone follows it. A communication guideline fosters seamless coordination and timely resolution of issues, reduces miscommunication, and improves the overall efficiency of the development process.
  6. Focus on user experience

    In Agile mobile app development methodology, the focus is always on providing the best user experience. Understanding the need and expectations of the end users helps in creating user-friendly, intuitive applications. The design team needs to gain insights into user needs, behaviors, and pain points to build a successful app that enhances user satisfaction and contributes to overall business success.
  7. Test throughout the development process

    Extensive testing is critical in Agile project management to build a high-quality mobile application that aligns with the business requirement and exceeds users’ expectations from the very first day.

    Testing the application after each sprint helps identify and fix problems as they arise. By incorporating testing throughout the development process, the team can deliver a high-quality app that performs well under all conditions and provides an excellent user experience.

Conclusion 

Agile methodology has revolutionized the mobile app development process. From excellent product quality to customer satisfaction and faster time to market, the Agile development process offers many advantages. The iterative and collaborative approach in Agile development enables the development team to adapt to evolving customer requirements. 

With Agile methodology, developers can receive regular feedback for continuous improvement, resulting in superior quality apps that deliver an exceptional user experience.

Turing’s mobile app development services can help transform your applications. We offer world-class teams and industry experts that follow Agile methodology and use cutting-edge technologies to build next-gen apps, exceeding our client’s expectations. Partner with Turing and join 900+ Fortune 500 companies and fast-scaling startups that trust Turing.

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By Aug 4, 2023
ROI-Driven Mobile App Development Strategy Maximizing Business Value
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

ROI-Driven Mobile App Development Strategy: Maximizing Business Value

Everything you need to know about creating a robust mobile app development strategy: what to consider, development planning, implementation, and more.

In 2023, corporate digital transformation is well underway. Companies are increasingly investing in innovation, especially when it comes to mobile app development strategy, to streamline business processes and meet evolving customer demands. One of the key reasons behind this is the power of mobile technology to enhance customer experience and optimize workforce productivity at the same time.

However, as powerful and innovative as mobile apps are, they entail unique development challenges. To get things right, you need to implement a robust mobile app development strategy that factors in your business objectives, customer expectations, competitor actions, and more.

This blog post covers the various aspects of creating an ideal mobile app strategy that helps you maximize business value and unlock business transformation hassle-free. Let’s look at how your organization can achieve these.

Creating a mobile app strategy: What businesses must consider

Before creating a full-fledged plan of action, businesses must consider some essential factors to avoid rushing into development and building an end product that barely fits the bill. The three main areas enterprises must consider before building their mobile app development strategy are business goals, integration, and choice of platform. 

Let’s take a deeper look at these.

Business goals

One of the first things to consider before creating mobile app strategies is why your enterprise needs the app. Before diving into the details of UI/UX, app features, deployment options, etc., you must first define your business goals and how your enterprise mobile app will help achieve them. Ask yourself questions like:

  • What are the business objectives? 
  • What is the company’s vision? 
  • What is the company’s competitive advantage? 
  • What is the scope of the mobile app strategy?
  • What tools can be used to achieve the business goals?
  • Will the mobile app be more efficient and impactful than the solutions already employed by the company?

Once you can answer these questions, you must start thinking about the end users of your mobile app, both employees and customers. You must ideate how they will use the app and what features it must include, which will be based on your business goals and intended users. All in all, your mobile app’s long-term success will depend on how clear your business objectives are and how well the app aligns with them. 

Platform 

When creating your mobile app development strategy, you must also consider which platform it will be used on. For those who didn’t know, apps created for a specific platform, such as Android or iOS, are built using a specific programming language, which is different for both operating systems. This is the case for native mobile apps, which only work on the intended OS and devices. 

In today’s scenario, where businesses aim to capture the largest possible user base, ensuring that a mobile app works well on both iOS and Android is essential. Hence, most businesses choose to create hybrid or cross-platform mobile apps. Instead of native app development where you’d need to build two separate native apps for both platforms, cross-platform development would allow your team to create a single app that works on all types of targeted devices. 

Again, this is where your business goals will come into play. If your enterprise wants to target a specific platform’s users, creating a native mobile app would be beneficial. Native mobile apps offer the best user experience and interface as they utilize OS-specific features. However, if you want to target a broader audience that is available on both platforms, your mobile app development strategy must be geared towards a cross-platform app.

Also, read: Cross-platform vs Native Mobile Development: What Should Enterprises Choose?

Integration 

Another important aspect to remember before building your mobile app strategy is what integrations it must include. Enterprises often use third-party software and technologies such as CRM (customer relationship management) for daily task completion, data management, and other requirements. If your business has similar needs, you may need to integrate other tools and technologies into your mobile app for maximum workforce productivity. 

Therefore, when you’re planning your mobile app, account for all the other software, technologies, and applications that your company uses and how you’d like your app to integrate with them. A key point to remember here is that the more business processes you can integrate, the more productive your employees can be. 

5 Steps for building an ROI-driven mobile app development strategy

5 Steps for building an ROI-driven mobile app development strategy

5 Steps for building an ROI-driven mobile app development strategy

While the intricacies of your mobile app strategy may differ based on business goals and chosen platforms or integrations, the overall framework will be the same. From competitor analysis to user persona creation, data decisions, KPIs, and more, here is everything a well-aligned digital mobile application strategy must contain. 

Let’s dive in!

Step 1: Defining your business strategy and analyzing your customers and competitors

Building an efficient mobile app development plan starts with laying the foundation right. Here, you must focus on four key areas – ensuring a well-defined company strategy, conducting competitor analysis and customer analysis, and determining the development budget. Here’s a deeper dive into these:

  • Having a well-defined company strategy: Your company’s strategy puts forth an extensive course of action that will enable it to empower itself financially and meet the desired goals. Identifying your company strategy at the start of your app development planning will help you ensure that the development is aligned with the company’s objectives, accelerating it toward success.

    Apart from the questions we mentioned earlier, you can also consider critical questions that will help define the company strategy, such as: 
    • What is your company’s mission?
    • What results does your company wish to achieve in the next five to ten years?
    • What are your company’s annual KPIs? Will they change in the future?

      Additionally, considering the business strategic direction will be helpful in creating a mobile app development strategy that results in a mission-critical app catering to evolving business needs, consumer expectations, and enterprise growth. For this, you can consider strategic factors like gaining market share through niche investments, providing cutting-edge products to differentiate yourself, following market leaders, etc. Identifying these business strategies early on will help you visualize the development strategy your mobile app will pursue. 

  • Understanding your customers: After establishing your company strategy, the next step is to dive deep into research. Creating a successful mobile app that maximizes business value depends on understanding your target audience. Therefore, you must clearly know your target customers, their expectations and requirements, and how your mobile app can address their needs.

    Customer analysis is one of the most impactful areas of your mobile app strategy. You will need to analyze and understand the customer journey, their behaviors, trends, intentions, and demand in using mobile applications, their lifetime value, and other relevant metrics like services they often use, total purchases, and so on. 
  • Understanding your competitors: Once you’ve understood your intended audience well, the next step of the mobile app development strategy is competitor research.

    Delivering value is the only way your mobile app will succeed, irrespective of how well-built it is. Hence, you must study your relevant competitors and specify your customer base by analyzing who their applications serve. Plus, their strategy will outline the best practices your app must incorporate to be a winner in the market.

    While studying what works for your competitors and what doesn’t, you may also find things they aren’t doing at all. Capitalizing on these areas can help your enterprise differentiate itself in a competitive market, achieving better sales, customer loyalty, and app longevity.

    What stands out to you about your competitors? Are they doing something you haven’t ever seen before? If so, why? You must consider these questions when building your mobile app strategy. These questions will give you a better idea of how your competitors are operating and how you can create a mobile app that outperforms them. 

  • Determining your budget: The last step before you begin working on your mobile app development strategy is to determine your app’s budget. Based on the findings from the customer analysis, competitor analysis, and company strategy, you must come up with a number to perform the desired development process.

    To determine your app development budget, you can consider key aspects like the app’s overall sales funnel, operational costs for areas like recruitment and technology selection, and application goals like downloads, sales, revenue, engagement, etc.

Step 2: Defining the mobile app development plan

Now that you know your customers, and competitors, and have a potential budget to begin development, you can start establishing your mobile app strategy. This will include determining the app’s must-have features, KPIs, creating its user personas, choosing the intended platform, and more. Let’s take a broader look at what this step will entail:

  • The must-have features: One of the first things to establish your mobile app development strategy is defining the features your app must include. Here, you can implement the ‘MoSCow’ prioritization method that lets you categorize app features based on what they offer, into should-have, could-have, and won’t have. This will help you define the features that the app’s first version should contain, and later determine the features that can improve the user experience.

    Let’s take a banking mobile app as an example. Here are some of the features that can be categorized based on the MoSCow method:
    Features that can be categorized based on the MoSCow method

    Features that can be categorized based on the MoSCow method


    When creating a mobile app for an enterprise, it’s essential to include features that enhance security, usability, and productivity. Here are some of the key features you can consider when building your mobile app development strategy:

    • User authorization and authentication: Authentication mechanisms like MFA (multi-factor authentication)
    • Secure data storage: Secure technologies and protocols to ensure app data integrity
    • Offline mode: Letting users use the app even when there’s no internet connection
    • Enterprise system integrations: Integrating the app with current organizational software like a
    • CRM, HR (human resources), or ERP (enterprise resource planning) system
    • Push notifications: Sending app notifications to users regarding updates, messages, new tasks, etc.
    • Document management: Letting users access, share, and upload documents securely
    • Offline data sync: Ensuring data sync after the app reconnects to the internet after being online
    • Customizable UI: Letting enterprise users customize the app’s interface as per the branding
    • Notifications: Providing real-time alerts and notifications to the app users

  • Creating user personas and mapping your customer journey: After deciding your app’s features, it’s time to set up its user personas. By this stage of your mobile app strategy, you will already have the required customer points ready, such as their pain points, behaviors, intentions, etc. Using them, you can build user personas within your potential customer base. Mobile apps often have various user groups, and to ensure success, tailoring the customer experience to each group is integral.

    You can build user personas by determining key factors like customer background, demographic, mobile preferences, unique identifiers, and interests. Once these are identified, you must categorize them based on in-app content, app branding, functionality, platform choice, features, and other important aspects to resonate with your target audience.

    Once you have your user personas ready, you can map the customer journey to progress in your mobile app development strategy. This will involve creating visual representations of possible customer touchpoints and brand interactions at every stage of a customer action. These can include app stores, ads, in-app customer journeys, landing pages, emails, etc., along with any interaction with the customer support and sales teams.

    Mapping customer journeys is a critical step to ensure the app’s success after deployment. Mapping their journey, you can step into the end user’s shoes and gain their perspective of your organization. This will help you strategize effectively and ensure appropriate action at every stage to nurture customers and encourage them along their journey in your mobile app. 

  • Native, hybrid, or web applications – which is better?: Native, hybrid (cross-platform), and web application development are the three main approaches to choose from when building your mobile app. Making the right choice is essential to ensuring a timely development process that accommodates your app needs and uses resources wisely. Here is a detailed comparison of the three to help you understand which development approach would best suit your vision.
    Native, hybrid, or web applications Detailed comparison

    Native, hybrid, or web applications: Detailed comparison

  • Choosing between iOS and Android: Once you’re locked in about your development approach, you must think about which platform’s users you’d want to target – Android, iOS, or both. Deciding this will help you define your mobile app development strategy better and allocate resources accordingly.

    Many organizations choose iOS as its the easier environment to develop a mobile app. iOS development typically involves a shorter timeline, lesser costs, and easier app maintenance. Moreover, Swift, Apple’s native programming language, requires less coding and is largely convenient.

    However, Android currently holds the majority of the mobile OS market share – 70.79% – which is why you must choose between market size and development ease before building the app. However, if your business goals and aailable resources are better suited for cross-platform app development, you can create an app that captures users on both platforms.

    When choosing platforms, you must also ensure that developers choose the right tech stack. For instance, if your organization wants to target Android users, developers must use Kotlin or Java and IDEs like Android Studio and VS Code. For iOS, they must use Swift or Objective-C, along with IDEs like Flutter and Xcode. Selecting the right tech stack during your mobile app strategy will ensure that your development team builds and maintains the app, continually meets user needs, streamlines the development process, and guarantees app success. 

  • Defining KPIs: Monitoring your app’s success is key to ensuring its longevity. Hence, establishing KPIs (key performance indicators) must be a part of your mobile app development strategy. Your KPIs must clearly exhibit your strategy’s value to the organization and should include metrics like: 

    These are just some of the many KPIs you can consider for your mobile app. Measuring KPIs will help you observe how well your app is performing, if it’s on the right track, if you’re getting the desired results within the desired timeframes, etc. Moreover, you can use all this information to change your mobile app development strategy to better align with the KPIs and ensure application growth.
    • Customer lifetime value (CLV)
    • Customer acquisition cost (CAC)
    • Customer retention rate
    • New users
    • Lead-to-revenue ratio
    • Revenue growth rate
    • Active users (segregated into daily, weekly, and monthly)
    • Customer satisfaction
    • App rating
    • App downloads
    • Session length
    • In-app purchases
    • Average revenue per user (ARPU)
    • Geographic distribution
  • Making data decisions: Before hiring developers and initiating development, you should also consider making data decisions. Once your mobile app is publicly available, your team will begin collecting large amounts of data. To use the data to your advantage, you must specify in your mobile app development plan, what you wish to do with the collected data. You must establish how you will leverage app data to influence enterprise decisions.

    Here, it’s imperative to define data security protocols and integrate them into your mobile app development strategy. Any app, be it for an enterprise or a startup, won’t survive for long if it has poor data security. Before you begin development, you must define and incorporate security measures to protect both user and organizational private data.

    Once development is underway, implementing these data protocols will protect your mobile app from malware, hackers, and other digital threats that can compromise sensitive data. Some of the most common data security practices to consider are SSL (secure sockets layer), data encryption, secure logins, TLS (transport layer security), SQL injection, and user app transport security (ATS), among others.

Step 3: Decide between in-house or external development 

After clearly defining your mobile app strategy, you can decide whether to develop the app in-house or outsource developers. Moreover, you can even outsource the complete development process or only some of its areas. 

There are two main things to consider at this stage: expenses and readiness. Hiring new in-house talent is both timely and expensive, as you will have to spend on sourcing talent and paying their full-time salaries. Plus, if this is your first mobile app development strategy, getting your in-house talent (both new and existing) up to speed will be time-consuming. In such cases, it’s better to get external expertise through reputed platforms or consultancies that offer high-quality development talent for outsourcing. 

Having said that, if your in-house developers are already experienced in creating mobile apps, then you don’t need any external assistance. In such circumstances, you will only need to outsource development if you want to undertake tasks your current team is unfamiliar with. For example, you may need external help if you want to enter a new app market with fairly new or different user personas and want to redefine your app development plan accordingly.

Step 4: Implementing the mobile app development strategy 

At this stage, you will have enough information and the required talent to implement your mobile app strategy. Here are the four important steps to efficiently implement your strategy and ensure its success:

  • Building an MVP (minimum viable product): The MVP of your mobile app is its first version with the bare necessities to fulfill the needs of early adopters and get their feedback. This helps accelerate the development process by collecting valuable information and making changes accordingly. Since you already have a list of must-have features for your app, you can release it sooner and within the budget with an MVP.

    For those creating a mobile app for the first time, having an MVP is extremely helpful. The MVP approach allows companies to develop the best possible app with a modest budget and timeline. What’s more, creating an MVP, whether it’s your first mobile app or not, also allows you to conduct early testing and iron out the bugs before it’s too late. 
  • Determining the testing strategy: Defining the testing strategy is one of the most crucial parts of your app development plan. Having a clear testing plan established before development begins is key to increasing your SDLC’s testing efficiency and the overall quality of the mobile app.

    Typically, your testing strategy must contain key factors like:

    • Features of the app you want to test
    • Scope of testing
    • Testing methods you will use (functional testing, usability testing, security testing, accessibility testing, etc.)
    • Test cases you want to evaluate 
    • Testing environments you want to implement 

      Additionally, you must identify which areas of the app must be tested automatically and which ones need to be tested manually. This will help you decide early on during the mobile app development strategy if you’d want to invest in testing automation tools, which will further streamline the testing process. In case you do, some of the most popular testing automation tools include Appium, XCUITest, Selendroid, TestComplete, Selenium, and Espresso. 

  • Using cloud technology to make the mobile app faster: While cloud-based app development is fairly new, it’s revolutionizing development, especially for enterprises. Compared to desktop-based tools like Xcode and Android, cloud technologies like Google’s Firebase, AWS Mobile Hub, and Microsoft Azure Mobile Apps make development easier.

    Cloud tools are designed to better suit modern mobile app strategies. They eliminate all the hard work involved in creating apps for multiple devices and platforms. Cloud technologies enable real-time collaboration through easy online access, handle maintenance activities automatically, seamlessly integrate with CI/CD pipelines for automated testing and deployment, and offer robust backup and recovery solutions.

    Hence, selecting suitable cloud technologies for your mobile app development strategy can expedite development and deploy a more cutting-edge product. The right cloud tool can standardize your app to make it faster, interoperable, scalable, and highly secure. Plus, you can decrease operational costs as cloud technologies use a ‘pay-as-you-go’ system. 

  • Choosing project management tools for the app development process: When you put your mobile app strategy into action, you must not forget to choose the right project management tools to ensure seamless development.

    For example, numerous organizations use project management tools like Trello and JIRA to track development progress, its duration, identified bugs, updated backlogs, and other important information. Additionally, project management tools can also help track and document production issues after the app launch, ensuring quick fixes and a better customer experience.
    Popular project management tools

    Popular project management tools


    Some of the most popular project management tools include: 
    • JIRA
    • Asana
    • Basecamp
    • Trello
    • Clubhouse
    • Azure DevOps
    • GitLab
    • Monday.com

Step 5: Conducting mobile app optimizations

Fully implementing your mobile app development strategy is a major feat in itself, but the hard work won’t stop there. After app deployment, it’s imperative that you conduct continuous optimizations to refine the app’s performance, implement user feedback, and establish a loyal user base. These activities will ultimately push your mobile app to maximize business value consistently and ensure its longevity. 

Here are five tried-and-tested methods of ensuring ongoing optimization for mobile apps:

  • A/B testing: A/B testing is an excellent way to test if a particular mobile app strategy will work for most of your intended users before you get things rolling. A/B testing typically involves comparing two different versions of the mobile app to assess which one performs better in terms of conversation rates, and user engagement, and check if new features have a positive impact.

    A/B testing usually involves steps like hypothesis creation, data collection, creating variations, statistical analysis, and implementation. You must outline your A/B testing details in your mobile app development strategy itself to ensure that the desired aspects, like UI, UX, push notifications, etc., are tested well in advance. Moreover, A/B testing is an iterative process, and you can continue testing and refining the app for performance enhancements and meet evolving customer needs.
     
  • Analyzing user pain points: Tracking and working on user pain points is another proven method of optimizing mobile apps for business success. Assessing your customers’ specific needs and wants will enable you to deliver an app that offers true value, solves real problems, and gains immense customer loyalty. Here are three significant ways to identify your app’s end-user pain points:

  • App analytics: Using app analytics data will help you identify user pain points by determining where users are struggling or dropping off from your app. 

  • User feedback:  Collecting user feedback is a proven way of boosting your app’s success by making the necessary adjustments. Hence, ensure that your app development plan outlines more than one method of collecting user feedback, such as an official email address for customer support, live chat, monthly surveys, app store ratings, etc. The more options you provide, the more feedback you can collect and make your app better than its competitors. 

  • User testing: You can also conduct user testing by getting real end-users in your target market to accomplish specific tasks in your app. This technique will help you identify UX and other performance issues you can avoid to gain a competitive advantage. 

  • App store optimization: App store optimization (ASO) plays a critical role in increasing your app’s position and visibility in the desired app store. In turn, this helps to boost user acquisitions, and hence, requires constant optimizations to keep your app at the top of the list. For this, you must not only focus on performance, but also visual elements like in-app screenshots, keywords, user reviews, and an appealing design that pushes a potential user to download your mobile app. 

  • Push notifications: Push notifications are a proven way of increasing customer retention. However, that’s only possible when push notifications are done right. If your app sends irrelevant notifications at the incorrect time, users may have a negative in-app experience and uninstall your app, leading to revenue loss.

    The key here is to understand which users you’re targeting with the app notifications. Through your mobile app development strategy, you can check which stages of the customer journey are ideal for push notifications, and using them, you can tailor messages to provide real value and ensure customer retention. This is also possible after app deployment; as you keep collecting user data, you can optimize push notifications to make them more accurate and relevant.
  • Routine placement optimization: Placement optimizations are integral to building app loyalty and customer base. Optimizing in-app placement involves strategically placing the app’s features, content, and elements like a paywall (that converts a non-subscribing user into a subscriber) to boost app performance and engagement.

    Even after app deployment, you must run routine placement optimizations to optimize the in-app layout, making it more user-friendly, enjoyable, and intuitive. The user behavior analysis and A/B testing you conduct as part of your mobile app strategy are already excellent ways to gather information and optimize placements.

    Additionally, you can personalize the in-app experience based on user data, optimize placements for different screen sizes and devices, and follow design principles to iterate optimizations and unlock your app’s full potential. 

In conclusion

Given the complexity of today’s mobile app market, offering a robust app and optimizing it continuously is key to acquiring users and maximizing your business’s value. This is possible when you devise a clear-cut mobile app development strategy before building your app. Having a strategy in place will enable you to streamline the development process, allocate resources efficiently, and have a competitive advantage even before your app is launched. 

Having said that, establishing a proper mobile app strategy is just one side of the coin. You will also need the required talent to implement the strategy and create an app well-aligned with your business goals. If you already have an in-house team with proven mobile app development skills, there’s no need to worry. If you don’t, Turing is here to help. 

Our mobile app development services are driven by cutting-edge tools and methodologies to deliver robust apps. Over 100 companies trust Turing to help make their applications amazing. Our industry experts use relevant frameworks, programming languages, and technologies to build mobile apps tailored to specific enterprise goals. 

Book a call with us today to leverage our managed tech services and deploy powerful apps that unlock maximum business value. 

 

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By Aug 3, 2023
Mobile Application Security Assessment Tools for Successful Evaluation
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

Mobile Application Security Assessment: 11 Tools for Successful Evaluation

Discover how mobile application security assessment tools like QARK, Data Theorem by Mobile Secure, Checkmarx, AppSweep, NowSecure, etc boost security.

What is common between Uber, Airbnb, Tinder, and WhatsApp? Each of these successful companies has integrated their mobile applications into the core of their business operations. The mobile revolution has advanced to such an extent that mobile app development has become a key focus for enterprises across industries.

According to a report by Statista, “Over 94% of the global internet population uses mobile phones to access the internet, and mobile devices account for over 58% of global website traffic.”. In this era of mobile connectivity, businesses must prioritize application security. Unlike websites and APIs, users interact deeply with mobile devices, entrusting them with a wealth of sensitive personal information.

Consequently, malicious hackers and fraudsters target mobile devices. Mobile application security has become a major concern for all companies, regardless of their target audience or market, as it directly affects stakeholder trust and loyalty.

However, the ever-increasing complexity and sophistication of mobile applications make it critical to choose the right tools for effective analytics. This blog post explores various tests and considerations for selecting the right mobile application security assessment tools, focusing on the pros and cons of each tool.

Let’s dive in.

Understanding mobile application security assessment 

Mobile application security assessment is a process that evaluates a mobile application’s security posture to identify vulnerabilities, loopholes, and potential risks. The main objectives of a mobile application security assessment include: 

  1. Identifying vulnerabilities and weaknesses: Security assessment aims to identify potential risks that hackers might exploit. It thoroughly examines a mobile app’s architecture, code, and configuration, helping to proactively address vulnerabilities before exploitation.
  2. Evaluating the effectiveness of security controls and measures: Security assessment analyzes the effectiveness of the implemented security controls within the mobile app. It ensures that encryption, authentication mechanisms, access controls, and other security measures are appropriately implemented and functioning as intended.
  3. Mitigating risks associated with mobile app usage: Regular security assessment allows enterprises to identify and address potential risks associated with mobile apps. These risks include data breaches, unauthorized access, malware, and other threats that can compromise sensitive information.

The need for regular mobile app security assessments in the enterprise environment

Regularly assessing mobile app security is crucial in the enterprise environment for several reasons:

  1. Adapting to the evolving threat landscape: The threat landscape is constantly evolving, with hackers continuously discovering new loopholes and techniques to exploit mobile apps. Regular security assessments allow businesses to stay ahead of potential threats and address emerging risks promptly.
  2. Safeguarding sensitive data: Mobile apps often handle sensitive user data, such as personal information, payment details, and confidential business data. Assessing mobile app security helps protect this information from unauthorized access, data breaches, and other security incidents, preserving user trust and avoiding financial and reputational damages.
  3. Meeting compliance requirements: Many industries have specific regulatory compliance requirements, such as the General Data Protection Regulation (GDPR) and the Payment Card Industry Data Security Standard (PCI DSS). Regular security assessments ensure mobile apps meet these standards, avoiding penalties and legal repercussions.

Common vulnerabilities and risks associated with mobile apps

Common vulnerabilities and risks associated with mobile apps

Common vulnerabilities and risks associated with mobile apps

Mobile apps are vulnerable to various risks and security concerns, including:

  1. Insecure data storage: Improperly stored data, such as unencrypted user credentials or sensitive information stored in easily accessible locations, can be exploited by attackers.
  2. Insecure communication: Inadequate encryption or the use of insecure protocols can expose sensitive data to interception, leading to data leakage or unauthorized access.
  3. Poor authentication and authorization: Weak authentication mechanisms and improper authorization controls can allow unauthorized users to gain access to sensitive functionalities or data.
  4. Code vulnerabilities: Flaws in the app’s code, such as buffer overflows, input validation issues, or insecure third-party libraries, can be exploited by attackers to gain control over the app or the underlying device.
  5. Malware and malicious apps: Mobile apps can be infected with malware or disguised as legitimate apps. This can lead to privacy compromise, data theft, or unauthorized access.

Types of mobile application security assessments

Types of mobile application security assessments

Types of mobile application security assessments

In this section, we will delve into various types of security tests specifically tailored for mobile applications. Let’s get started!

  1. Vulnerability scanning

    Vulnerability scanning utilizes automated tools to meticulously examine an app’s ecosystem for potential areas susceptible to compromise during an attack. These scanning tools diligently search for known vulnerabilities, particularly within software dependencies.

    Moreover, vulnerability scanning excels at identifying easily overlooked loopholes by cross-referencing a comprehensive database of common vulnerabilities and their unique characteristics.

    Once identified, the matches are promptly reported to the development team or the quality assurance (QA) team. Integrating vulnerability scans into a continuous integration (CI) pipeline can be an effective practice.
  2. Penetration testing

    Penetration testing involves simulating attacks to assess an app’s security and pinpoint its weaknesses. This testing approach differs from vulnerability scanning as it incorporates human expertise, often through the involvement of an ethical hacker.

    These professionals use a range of techniques to breach an app’s defenses and identify potential areas that malicious attackers might exploit.

    Unlike vulnerability scanning, which can occasionally generate false positives, the threats uncovered through penetration testing are genuine and provide a more precise understanding of the exact location of loopholes.
  3. Risk assessment

    Risk assessment entails compiling a comprehensive inventory of all the components and individuals involved in an app’s ecosystem to identify their unique security risks in the event of a cyber attack.

    Risk assessment aids in implementing targeted security measures for specific assets within an organization. It helps mitigate potential risks associated with insider threats, such as an IT department employee participating in or initiating an attack.
  4. Posture assessment

    Posture assessment plays a crucial role in evaluating the current state of an app’s security. Developers can identify areas of improvement by conducting a thorough assessment.

    Posture assessment also reveals what information may be compromised during an attack, the potential impact on business operations, the estimated recovery time, and the recommended preventive measures to implement.

    Posture and risk assessments often complement each other and may incorporate other types of security testing. These comprehensive evaluations share a common objective: to identify security vulnerabilities, proactively prevent attacks, and effectively mitigate potential threats.
  5. Security architecture and configuration review

    Security architecture review focuses on assessing the overall security architecture of the mobile app. It evaluates the effectiveness of security controls, encryption methods, data handling practices, and compliance with security standards.

    On the other hand, configuration review ensures that the configurations of external services and APIs are properly implemented, minimizing the risk of unauthorized access or data leakage.

Types of mobile application security assessment tools

Types of mobile application security assessment tools

Types of mobile application security assessment tools

Mobile application security assessment tools identify security threats and ensure the robustness of mobile applications. In this section, we will explore three types of mobile application security assessment tools that every enterprise should consider: 

  1. Static Application Security Testing (SAST) tools
  2. Dynamic Application Security Testing (DAST) tools
  3. Mobile Application Management (MAM) tools

Static application security testing (SAST) tools 

SAST tools are designed to identify vulnerabilities in mobile applications during the development phase. They analyze the source code or compiled versions of the application to uncover potential security flaws. SAST tools offer several benefits, such as early detection of vulnerabilities, improved code quality, and reduced development costs by addressing issues at an early stage.

Some popular SAST tools include:

  • Fortify Static Code Analyzer: Fortify provides comprehensive security analysis and vulnerability detection for mobile applications. It offers a wide range of security rules and a robust reporting system. However, its complex setup and configuration process may pose a challenge for some users.
  • Veracode: Veracode is a cloud-based SAST tool that scans the source code and binary files of mobile applications. It provides accurate results and integrates seamlessly with the development process. However, it may generate false positives, requiring manual effort to verify vulnerabilities.

Dynamic application security testing (DAST) tools

DAST tools evaluate the security of mobile applications in real time by simulating attacks and monitoring their responses. These tools analyze the application’s behavior and interactions with external systems to identify potential vulnerabilities. DAST tools are particularly effective in detecting issues that can only be identified during runtime.

Some popular DAST tools include:

  • OWASP ZAP: ZAP is an open-source DAST tool that helps identify security vulnerabilities in mobile applications. It offers a user-friendly interface, automated scanning capabilities, and extensive reporting. Sometimes ZAP’s automated scans may generate false negatives that might require additional manual testing.
  • Burp Suite: Burp Suite is a widely-used DAST tool that offers powerful scanning capabilities and customizable tests for mobile application security assessment. It provides detailed reports and supports advanced features for in-depth analysis. 

Mobile application management (MAM) tools 

MAM tools focus on managing and securing mobile applications deployed within an enterprise environment. These tools enable businesses to enforce security policies, control access to sensitive data, and remotely manage applications on employees’ devices. MAM tools provide essential benefits like enhanced data protection, centralized app distribution, and improved compliance management.

Some popular MAM tools include:

  • MobileIron: MobileIron is a comprehensive MAM tool that offers robust security features, such as app distribution, data encryption, and remote wipe capabilities. It integrates well with various mobile platforms and provides a user-friendly interface. However, its pricing structure may be a deterrent for smaller businesses.
  • Microsoft Intune: Intune is a cloud-based MAM tool that provides secure access to mobile applications and data. It offers seamless integration with Microsoft’s ecosystem, advanced security policies, and extensive device management capabilities. However, organizations that have heavily invested in non-Microsoft platforms may face challenges in integration.

List of top mobile app security assessment tools 

List of top mobile app security assessment tools 

List of top mobile app security assessment tools 

Modern-day enterprises need reliable mobile app security testing tools to protect their applications from potential cyberattacks and data breaches. Some of the top mobile app security assessment tools that can assist enterprises in fortifying their mobile app security include:

  1. QARK
  2. Data Theorem
  3. App-Ray
  4. Checkmarx
  5. NowSecure
  6. Appknox
  7. Fortify on Demand
  8. HCL AppScan
  9. AppSweep
  10. Veracode
  11. Synopsys

QARK 

QARK (Quick Android Review Kit) is an open-source tool that focuses on identifying security vulnerabilities in Android applications. QARK offers a user-friendly interface and generates detailed reports, making it a valuable tool for enterprises. Its key features include:

  • It conducts comprehensive static code analysis, permission mapping, and manifest analysis, to identify risks and potential exploits.
  • QARK offers both static and dynamic analysis, helping developers detect security loopholes and make informed fixes.

Pros of QARK:

  • Open-source and freely available
  • Provides detailed reports highlighting security vulnerabilities
  • Offers integration with continuous integration (CI) systems

Cons of QARK:

  • Limited to Android app security testing
  • Requires technical expertise to interpret and address the identified vulnerabilities

Data Theorem by Mobile Secure 

Data Theorem is a comprehensive mobile app security testing tool that covers both Android and iOS applications. It offers static and dynamic analysis, vulnerability assessment, and compliance testing. While Data Theorem provides advanced security testing capabilities, its premium features may come with a higher price tag. Its key features include:

  • It identifies vulnerabilities related to data storage, network communication, and API integrations.
  • Data Theorem performs runtime analysis and behavior monitoring to detect potential threats in real-time.

Pros of Data Theorem:

  • Supports both iOS and Android platforms
  • Provides continuous monitoring and protection against emerging threats
  • Offers detailed reports and remediation recommendations

Cons of Data Theorem:

  • Relatively high pricing compared to other tools
  • May require additional configuration for complex app architectures

App-Ray 

App-Ray is a versatile mobile app security testing tool that supports iOS, Android, and Windows phone platforms. Its key features include:

  • App-Ray specializes in detecting security vulnerabilities and potential data leaks in mobile applications.
  • It employs static and dynamic analysis techniques to assess app security comprehensively.
  • App-Ray supports both iOS and Android platforms, providing a holistic security testing solution.

Pros of App-Ray:

  • Supports multiple mobile platforms
  • Offers a user-friendly interface with actionable reports
  • Provides continuous monitoring capabilities

Cons of App-Ray:

  • Limited community support compared to other tools
  • Requires an internet connection for cloud-based analysis

Checkmarx 

Checkmarx is a popular mobile app security testing tool that focuses on identifying and remediating code vulnerabilities. Its key features include:

  • Checkmarx offers a robust mobile app security testing platform that assists in identifying code-level vulnerabilities.
  • It provides detailed reports and remediation recommendations to enhance the app’s security.
  • Checkmarx supports both manual and automated testing, enabling developers to identify and fix issues efficiently.

Pros of Checkmarx:

  • Comprehensive SAST capabilities
  • Seamless integration with development workflows
  • Offers support for multiple programming languages

Cons of Checkmarx:

  • Higher pricing compared to some other tools
  • May require additional configuration and setup time

NowSecure 

NowSecure is a mobile app security testing tool that focuses on both iOS and Android platforms. Its key features include:

  • NowSecure allows dynamic analysis and real-time monitoring.
  • It identifies vulnerabilities related to network communication, data storage, and user authentication.
  • It offers automated security testing with detailed reports and remediation suggestions.

Pros of NowSecure:

  • Supports both iOS and Android platforms
  • Provides actionable reports with clear remediation steps
  • Offers advanced mobile forensics capabilities

Cons of NowSecure:

  • Limited support for certain programming languages
  • Pricing may be higher for enterprises with large-scale app portfolios

Appknox 

Appknox is a cloud-based mobile app security testing tool that supports both iOS and Android platforms. Its key features include:

  • Appknox focuses on comprehensive vulnerability assessments.
  • It scans for security loopholes, including code-level vulnerabilities, insecure data storage, and improper authentication mechanisms.
  • Appknox offers an intuitive dashboard and automated testing capabilities to streamline the security testing process.

Pros of Appknox:

  • Easy-to-use interface with actionable reports
  • Fast and efficient scanning capabilities
  • Provides integration with popular CI/CD tools

Cons of Appknox:

  • Limited support for the Windows Phone platform
  • Advanced features require higher pricing plans
  • Limited to cryptographic vulnerabilities

Fortify on Demand 

Fortify on Demand is a cloud-based mobile app security testing tool provided by Micro Focus. Its key features include:

  • Fortify on Demand combines static and dynamic analysis techniques.
  • It identifies vulnerabilities related to code, network communication, and data storage.
  • It offers comprehensive reports and integrates with development environments for seamless security testing.

Pros of Fortify on Demand:

  • Comprehensive testing capabilities combining static and dynamic analysis
  • Offers integration with popular development environments and issue-tracking systems
  • Provides detailed reports with actionable insights

Cons of Fortify on Demand:

  • Higher pricing compared to some other tools
  • Requires additional configuration for complex app architectures

HCL AppScan 

HCL AppScan is an enterprise-grade mobile app security testing tool that supports iOS and Android platforms. Its key features include:

  • HCL AppScan offers comprehensive vulnerability scanning.
  • It identifies security loopholes related to code, network communication, and server-side integrations.
  • HCL AppScan provides detailed reports and remediation recommendations to enhance app security.

Pros of HCL AppScan:

  • Comprehensive testing capabilities combining static and dynamic analysis
  • Seamless integration with CI/CD pipelines
  • Offers advanced automation features for large-scale app portfolios

Cons of HCL AppScan:

  • Complex setup and configuration process
  • Pricing may be higher for small to medium-sized enterprises

AppSweep 

AppSweep is a cloud-based mobile app security testing tool that supports both iOS and Android platforms. Its key features include:

  • AppSweep focuses on automated security testing for mobile applications, including iOS and Android platforms.
  • It scans for vulnerabilities related to data leakage, insecure storage, and insecure network communication.
  • AppSweep offers detailed reports with prioritized recommendations to improve app security.

Pros of AppSweep:

  • Easy-to-use cloud-based platform
  • Offers integration with popular CI/CD tools
  • Provides actionable reports with remediation guidance

Cons of AppSweep:

  • Limited support for the iOS platform
  • Advanced features require higher pricing plans

Veracode 

Veracode is an enterprise-grade mobile app security testing tool that supports both iOS and Android platforms. Its key features include:

  • Veracode combines static and dynamic analysis techniques.
  • It scans for vulnerabilities in the code, identifies malicious code, and assesses network communication security.
  • Veracode provides detailed reports and remediation guidance for efficient vulnerability management.

Pros of Veracode:

  • Comprehensive testing capabilities combining static and dynamic analysis
  • Provides integration with popular development environments and CI/CD tools
  • Offers detailed reports with actionable insights

Cons of Veracode:

  • Pricing may be higher for small to medium-sized enterprises
  • Requires additional configuration for complex app architectures

Synopsys

Synopsys is a comprehensive mobile app security testing tool that supports iOS, Android, and Windows Phone platforms. Its key features include:

  • Synopsys offers a range of testing techniques, including static, dynamic, and interactive analysis.
  • It identifies vulnerabilities related to code, data storage, and network communication.
  • Synopsys provides comprehensive reports and integrates with development environments for seamless security testing.

Pros of Synopsys:

  • Comprehensive testing capabilities combining static and dynamic analysis
  • Supports multiple mobile platforms
  • Offers detailed reports with remediation recommendations

Cons of Synopsys:

  • Higher pricing compared to other tools
  • May require additional configuration and setup time

Factors to consider when choosing mobile application security assessment tools

Factors to consider when choosing mobile application security assessment tools

Factors to consider when choosing mobile application security assessment tools

In this section, we will discuss the key factors enterprises should consider when choosing mobile application security assessment tools. Let’s dive in!

  1. Evaluate the tool’s features and capabilities

    Start by evaluating the tool’s compatibility with various mobile platforms such as iOS and Android. A comprehensive security assessment tool should be able to test applications across different platforms to ensure consistent protection.

    Additionally, look for features essential for effective security testing, such as dynamic analysis, static analysis, code review, and penetration testing capabilities. The tool should also support the testing of both native and hybrid applications.
  2. Usability and effectiveness

    While evaluating security assessment tools, usability and effectiveness should be critical factors. A tool may have advanced features, but if it is complex and hard to use, it can reduce your security team’s efficiency.

    Look for tools with intuitive user interfaces that provide clear instructions and guidance. Consider the learning curve associated with the tool and the availability of comprehensive documentation or support to ensure smooth adoption and maximum effectiveness.
  3. Performance and scalability

    For enterprises dealing with a large number of mobile applications, the performance and scalability of the assessment tool are paramount. The chosen tool should be able to handle large-scale assessments without compromising the accuracy and speed of the process.

    The tool should not impact the performance of the mobile applications under assessment. Test the tool’s ability to handle a high volume of tests and verify if it can efficiently scale as your organization’s mobile application portfolio grows.
  4. Assessment time and efficiency

    Time is money when it comes to security assessments. Look for tools that can conduct assessments quickly and efficiently. Automation capabilities can significantly streamline the assessment process, allowing security teams to focus on analyzing and addressing vulnerabilities rather than spending excessive time on manual tasks.

    Evaluate the tool’s speed and efficiency in identifying and reporting threats and loopholes to ensure that it meets your organization’s time constraints.
  5. Accuracy and depth of assessment

    The primary purpose of a mobile application security assessment tool is to identify vulnerabilities accurately. Assess the tool’s ability to detect various types of vulnerabilities, including common ones like insecure data storage, improper session handling, and insecure communication.

    A good tool should provide detailed reports with actionable insights, enabling your security team to prioritize and address the identified risks effectively.
  6. Integration and compatibility

    Consider the tool’s compatibility with your existing security systems or frameworks. Integration capabilities with other security tools, such as vulnerability scanners or incident response platforms, can enhance the overall security posture of your organization.

    Additionally, ensure that the tool supports the mobile platforms your organization uses, ensuring comprehensive coverage across different operating systems and versions.
  7. Cost considerations and return on investment (ROI)

    Cost is an important factor for any organization. Evaluate the costs associated with different mobile application security assessment tools, including licensing fees, maintenance costs, and any additional expenses. However, it’s crucial to balance cost considerations with the potential return on investment (ROI).

    Investing in robust security assessment tools can help prevent data breaches, financial losses, and damage to your organization’s reputation, making it a worthwhile investment in the long run.

Conclusion

In conclusion, it is important to assess which tool is most suitable for your mobile application. Choosing the right tool depends on the specific requirements of your mobile application and the desired level of security assessment.

Mobile application security assessment tools are likely to evolve further to keep pace with the ever-changing threat landscape. We can expect enhanced automation capabilities, improved integration with development workflows, more advanced vulnerability detection techniques, and better support for emerging mobile platforms. 

Additionally, tools may increasingly incorporate artificial intelligence and machine learning algorithms to identify and address vulnerabilities more accurately and efficiently.

In enterprise environments, mobile application security assessment tools will continue to play a vital role in maintaining the security and integrity of mobile apps. As mobile technology advances and threats become more sophisticated, enterprises must adapt by leveraging reliable and comprehensive security assessment tools to safeguard their mobile applications, protect sensitive data, comply with regulations, and preserve user trust. 

Turing’s mobile app development services can help assess and enhance the security of mobile apps and allow organizations to stay ahead of potential threats and ensure a secure mobile environment for their stakeholders.

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By Aug 2, 2023
Harnessing Cutting-edge Technology for Mobile App Development
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

Modern Digital Solutions: Harnessing Cutting-edge Technology for Mobile App Development

Learn how to leverage cutting-edge mobile app technologies such as AI, AR, VR, and blockchain to transform your mobile application’s performance and user experience.

The modern digital landscape is replete with a new wave of technological breakthroughs, opening up new frontiers for businesses across the board. Cutting-edge technologies like AI, VR, and IoT are redefining the power of mobile app development. As we navigate through the digital age, the fusion of creativity and technology is driving a revolution in how we interact with our mobile devices.

To stay ahead of the curve, businesses must leverage state-of-the-art mobile app development technologies to provide customers with highly interactive and seamless solutions. But how do you build highly customized, feature-rich mobile applications? What high-end integrations can you include in your mobile app? 

In this blog post, we explore these questions and dig deep into how innovative technologies are shaping the future of mobile apps, transforming user experiences, and reimagining the possibilities of what apps can do. 

Let’s get started!

Benefits of modern mobile apps for businesses

Benefits of modern mobile apps for businesses

Benefits of modern mobile apps for businesses

The evolution of the mobile app development landscape has significantly impacted businesses, bringing connectivity and accessibility to users’ fingertips. Powering mobile apps with the latest technologies creates a powerful medium for delivering interactive customer experiences. Building a truly modern and scalable app offers several benefits, including:

  • Increased customer engagement and loyalty 

    Modern mobile apps enable businesses to connect deeply with customers, offering personalized experiences and tailored content. Features like push notifications, in-app messaging, and social media integration help companies engage users in real time. Businesses can leverage this engagement to iterate and improve their mobile apps for higher customer satisfaction.
  • Improved brand visibility and recognition 

    Mobile apps are powerful marketing tools, allowing businesses to showcase their brand and offerings directly on users’ smartphones. Well-designed apps enable companies to reinforce their brand identity, stand out from competitors, and gain valuable exposure. Additionally, businesses can boost brand visibility and build a strong brand presence in the digital realm through app store optimization and strategic promotion.
  • Enhanced customer experience and satisfaction 

    Modern mobile apps enhance customer experience by offering optimized, user-centric interfaces. A mobile app can deliver accurate and prompt services, such as product information, customer support, or transaction processing.

    An app’s ability to provide real-time, personalized content with intuitive navigation can significantly boost customer satisfaction. This satisfaction often leads to positive reviews and word-of-mouth referrals, both invaluable for businesses.
  • Streamlined business processes and operations

    Modern mobile apps help streamline various business processes, automate tasks, and reduce manual efforts. These apps also facilitate seamless data exchange and synchronization through integration with backend systems and third-party APIs. This integration improves efficiency, accelerates decision-making, and optimizes resource allocation.

    Mobile apps allow real-time monitoring and analytics and integrate secure payment options. These features empower businesses to make data-driven decisions and effectively adapt to evolving market demands.
Popular tools and technologies for mobile app development

Popular tools and technologies for mobile app development

A wide range of tools, frameworks, libraries, and programming languages help to build powerful and robust mobile apps. These mobile app technologies have their strengths and limitations. Ultimately, the choice of mobile app technology depends on your business objective, app features, and budget. 

Let us look at some prominent technologies for building interactive mobile apps.

  1. Flutter

    Flutter, developed by Google, has gained significant popularity among mobile app developers due to its versatility and efficiency in building cross-platform applications. It is an open-source UI software development kit (SDK) that allows developers to create visually appealing and high-performance apps for Android, iOS, web, and desktop platforms from a single codebase.

    One of the key advantages of Flutter is its rich set of pre-designed widgets and layouts, providing a native-like user experience across platforms. It provides access to native device features and APIs, enabling seamless integrations and enhanced functionality. Flutter’s “hot-load” feature allows developers to instantly see their code changes in the app, promoting a faster development cycle and efficient debugging.
  2. React Native 

    React Native, a popular UI framework for building mobile apps, combines JavaScript’s power and native development’s efficiency. Developed by Meta, React Native lets developers create cross-platform apps using a single codebase.

    React Native provides a component-based architecture and pre-built UI components, enabling faster development and code reusability. Developers can build apps for iOS and Android platforms while delivering a native-like performance and user experience.
  3. Swift

    Swift, an in-demand programming language developed by Apple, caters specifically to iOS, macOS, and the Apple ecosystem. Its modern syntax and robust features enable developers to write clean, efficient, and highly maintainable code.

    Swift offers seamless integration with Apple’s frameworks and APIs, providing access to a wide range of native features. Swift’s safety features, such as optional and type inference, boost code reliability and reduce common programming errors.
  4. Kotlin

    Kotlin, a modern, high-level, general-purpose programming language, interoperates seamlessly with Java. Kotlin is widely used for Android app development due to its conciseness, expressiveness, and enhanced safety features. Kotlin integrates seamlessly with existing Java codebases, enabling developers to leverage the existing Android libraries and frameworks. Its features like null safety, type inference, and extension functions enhance developer productivity and code reliability.
  5. Xamarin

    Xamarin is an open-source and robust framework for building cross-platform mobile apps. Xamarin, developed by Microsoft, leverages the power of C# and allows developers to write code once and deploy it across multiple platforms, including Android, iOS, and Windows. Xamarin offers a rich set of libraries and APIs, enabling access to native device features and functionalities. Xamarin’s code-sharing capabilities and extensive community support make it a popular framework for efficient cross-platform mobile app development.
  6. Firebase

    Firebase is a comprehensive, open-source development platform for building modern and highly optimized Android, iOS, and Windows apps. Firebase, developed by Google, offers various services to simplify and accelerate the development process. Firebase provides a real-time database as one of its core features, enabling developers to build responsive and collaborative apps with synchronized data across devices.

    Firebase offers cloud storage, authentication, and hosting services, allowing developers to secure user data and implement user authentication and authorization. Firebase also provides powerful analytics capabilities, offering insights into user behavior, app performance, and marketing campaigns.

    With Firebase, you get a comprehensive suite of services to streamline the app development cycle, whether it’s a small prototype or a large-scale production app.
  7. NativeScript

    NativeScript is a powerful, open-source framework for building native mobile apps using JavaScript or TypeScript. Developers can build cross-platform apps having access to native device APIs and UI components with NativeScript. The cross-platform apps enable seamless integration with local device capabilities, providing a native-like user experience.

    NativeScript supports iOS and Android platforms and provides a rich set of UI components, plugins, and integrations to expedite development. NativeScript lets developers share code across platforms, reducing development time and effort. The developers also get the “hot reload” feature with NativeScript, offering real-time updates during development.

    NativeScript’s ability to deliver high-performance apps with a native look & feel and its flexibility and code-sharing capabilities make it a popular choice for mobile app development. 

What are the cutting-edge mobile app technologies for businesses?

What are the cutting-edge mobile app technologies for businesses

What are the cutting-edge mobile app technologies for businesses?

The integration of cutting-edge mobile app technology has increased significantly in recent times. With AI redefining automation and advanced learning, VR opening up new interactive experiences, and blockchain enabling secure transactions, there has never been a better time to amplify your app with these powerful features. 

In this section, we explore various cutting-edge mobile app development technologies to optimize your app and offer advanced features to your end-users and customers. 

  1. Integration of Artificial Intelligence (AI) and Machine Learning (ML) 

    AI and ML technologies are revolutionizing mobile apps by enabling intelligent automation, personalized recommendations, and advanced data processing capabilities. Using AI and ML as primary mobile app technologies offers prominent benefits, including:
    • Personalized user experience: By integrating AI and ML algorithms into mobile apps, businesses can automate repetitive tasks, enhance user engagement, and deliver personalized experiences. For example, AI-powered voice assistants and chatbots can provide instant customer support and advanced search options. Additionally, ML algorithms can analyze user behavior to offer personalized content and product recommendations.

    • Predictive analytics for data-driven decision-making: AI and ML algorithms, combined with predictive analytics, empower businesses to make data-driven decisions based on real-time insights. Mobile apps can collect and analyze vast amounts of data, including user interactions, demographics, and purchasing behavior. By leveraging this data, businesses can forecast trends, identify patterns, and predict user preferences, enabling targeted marketing campaigns, optimized pricing strategies, and inventory management.

  2. Augmented Reality (AR) and Virtual Reality (VR) in mobile apps

    Augmented reality and virtual reality are extremely popular among app developers as they transform user digital experiences. Here is what you can expect with AR and VR as a prominent component of your mobile app technology:
    • Enhanced product visualization and customer interaction: Augmented reality (AR) overlays digital information onto the real world, enhancing user perception and interaction with their environment. AR has found substantial applications in mobile apps across various sectors. For instance, in retail, apps like IKEA Place allow users to visualize furniture in their space before purchase. Educational apps use AR to bring learning materials to life, while social media platforms employ AR for interactive filters and effects.

    • Immersive experience: Virtual reality, on the other hand, creates an entirely artificial digital environment. It typically immerses users in a simulated digital world through a VR headset. Here, mobile devices serve as a platform for VR experiences. For example, Netflix VR and YouTube VR enable users to consume content through VR headsets, creating highly immersive and rich user experiences.

  3. Internet of Things (IoT) integration 

    The integration of the Internet of Things (IoT) in mobile applications offers revolutionary benefits to transform the way businesses operate and users interact with technology. Here is how users can benefit through the integration of this sophisticated mobile app technology:
    • Smart automation: IoT’s ability to connect devices and facilitate communication among them empowers mobile apps to automate tasks seamlessly. From simple things like turning on lights when you enter a room to more complex processes like home security monitoring, a mobile application integrated with IoT can automate various tasks based on set conditions or triggers.

    • Real-time data collection and analysis: IoT devices constantly generate a wealth of data from their surroundings. When integrated with mobile apps, businesses can collect this real-time data, monitor it, and extract valuable insights. For example, health & fitness apps can gather real-time health data from wearable devices, providing valuable insights to users about their wellness.

      Similarly, logistics companies use IoT-integrated mobile apps for real-time tracking of vehicles and goods. This real-time data collection and analysis enables businesses to make informed decisions, offer personalized services, predict trends, and improve their operations.

  4. Blockchain technology for enhanced security

    Blockchain technology is dramatically reshaping the world of mobile apps, setting new standards for security, transparency, and efficiency. Implementing blockchain technology into your mobile apps offers several features, including:
    • Secure transactions and data management: Blockchains are immutable, making transactions and data stored within them highly secure. Blockchain can revolutionize how data is shared and managed when incorporated into mobile apps. For example, in financial mobile apps, blockchain technology can ensure safe, peer-to-peer transactions, eliminating the need for intermediaries and reducing the risk of fraud.
    • Decentralized applications (DApps) and smart contracts: DApps run on a P2P network rather than a single device. DApps interact with the blockchain to perform tasks and are characterized by their openness, decentralization, and incentivization. Today, many mobile apps are being created as DApps, taking advantage of these elements.

      Smart contracts are self-executing contracts with the terms written into code, enabling secure transactions. 

How to build robust and futuristic mobile apps for your business?

How to build robust and futuristic mobile apps for your business

How to build robust and futuristic mobile apps for your business?

Whether you run a B2B or a B2C business, you need a feature-rich mobile app to enhance user experience and boost customer interactions and sales. Mobile apps are prevalent across different verticals and industries. However, if you want to stand out from the crowd and build a scalable and feature-rich mobile app, you must follow these steps:

  1. Identify business goals and objectives 

    Before you develop a new app or modernize your existing app, it is critical to establish your business goals and objectives. Are you looking to increase sales, enhance customer engagement, streamline operations, or improve brand visibility? Having well-defined answers to these questions will help streamline your business strategy while providing a standard barometer for evaluating your mobile app performance and long-term success.

    By understanding your goals, you can align your app development process accordingly. This information will help you prioritize features, design a user-centric experience, and select the right mobile app technology and functionalities for your app. 
  2. Choose the right mobile app technology and platform

    With transparent objectives and goals, you can select the most relevant and effective mobile app technology to build a mobile app, catering to your business requirements. The mobile app technology you choose is influenced by the following factors:
    • Target audience and platform: Understand your target audience and the platforms these people use. Decide whether you need to build for iOS, Android, or both. Native development offers the best performance and platform-specific features, while cross-platform frameworks like Flutter or React Native provide code reusability and faster development.

    • Scalability and flexibility: Consider the future growth and scalability of your app. Choose a technology that can handle increasing user demands, evolving business needs, and integration with additional features and services.

    • User experience: Prioritize creating a seamless, highly responsive, and engaging user experience. Ensure the chosen technology supports smooth animations, responsiveness, and native-like interactions to engage users and provide a delightful experience. Here, decide which features you want and whether you want to integrate third-party services and APIs to enrich the customer experience.

    • Budget: Consider the development cost and time-to-market for the chosen technology. Balance the trade-offs between development speed, price, and desired features while adhering to security and industry best practices.                                                       

  3. Pick an ideal vendor or outsource to experts

    Experts with extensive industry experience should ideally handle your mobile app development project. Before you pick any specific vendor to develop your mobile apps, here are some factors you must consider:
    • Vendor portfolio: Conduct a thorough analysis of a vendor’s previous mobile app development projects. This information offers insight into their expertise and experience across different verticals.
    • Client reviews: Client reviews indicate the quality of work a service provider delivers in a specific domain. Gather feedback from third-party platforms and independent forums for an unbiased perspective on the expected work quality.
    • Technical proficiency: Assess the vendor’s technical proficiency and familiarity with the latest mobile app development technologies, frameworks, and platforms. Verify if the vendor can integrate modern features and functionalities within the app, providing a seamless user experience.
    • Cost and value: Review the vendor’s pricing structure and evaluate the value they deliver. Balance the cost with their expertise, quality, and innovation.
    • Collaboration and communication: Strong collaboration and communication with the vendor are key to successful app development. Evaluate their responsiveness, transparency, and willingness to understand your business objectives.
  4. Close collaboration with the development team <h3>
    Close collaboration with the development team is crucial for building robust and futuristic mobile apps for your business. This collaboration involves effective communication channels, feedback mechanisms, and a collaborative environment.

    Strong collaboration ensures the team understands your app’s objectives, features, and design requirements, and addresses any issues or changes promptly.

  5. Establish metrics to measure the app’s performance

    Establish relevant metrics to measure the app’s performance to build robust and futuristic mobile apps for your business. These metrics help you assess the app’s effectiveness and make data-driven decisions for improvement. Key performance indicators (KPIs) include user engagement, retention rates, conversion rates, app performance (load time, responsiveness), and user feedback.

    Setting measurable goals and tracking relevant metrics provide insights into the app’s success and identify areas for optimization.
  6. Regular updates and maintenance

    Building modern, scalable business apps doesn’t end with app development. Businesses must offer regular updates to introduce new features, enhancements, and improvements based on user feedback and market trends. This practice keeps your app relevant, competitive, and aligned with the evolving needs of your target audience.

Wrapping up

Today, businesses must leverage the latest mobile app technologies to build sophisticated and feature-rich digital experiences for their customers. Integrating the latest features powered by AI, IoT, AR & VR, and blockchain, allows businesses to build highly intuitive mobile apps that deliver on the promise of user-centric customer interaction. 

Turing’s mobile app development services are built on modern technologies to help you scale complex challenges while offering the most effective solutions tailored to your needs. We combine innovation, creativity, and deep industry expertise to create powerful mobile apps that enrich the user experience and deliver high ROIs.

Book a call today and experience the difference a truly modern app can make to your business.

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By Aug 2, 2023
Assessing Your Application Portfolio
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends Turing Services

Application Portfolio Assessment: Key Considerations and Best Practices

What is application portfolio assessment? What is application portfolio rationalization? What are the benefits of assessment? Let’s find out.

Are you looking for ways to improve your organization’s efficiency and reduce costs? One approach you may want to consider is application portfolio assessment. In this article, we will explore what application portfolio assessment is, why it’s important, and some key considerations and best practices for conducting an effective assessment.

What is Application Portfolio Assessment?

Application portfolio assessment is the process of evaluating and analyzing the software applications and systems that a company uses to support its business operations. This assessment is crucial because it helps companies identify the strengths and weaknesses of their application portfolio, which can lead to cost savings, increased efficiency, and improved customer experiences. In order to conduct an efficient portfolio assessment, you need efficient application engineering services

Why is Application Assessment Important?

Application portfolio assessment plays a crucial role in optimizing an organization’s technology landscape by identifying redundant applications and evaluating their business value, leading to streamlined operations and improved decision-making. Here are the major reasons why application assessment is important.

  1. Identifying Unnecessary Applications 

    Conducting an application assessment allows organizations to gain a clear understanding of their software inventory. It helps identify redundant, outdated, or underutilized applications that may no longer provide value. By identifying and eliminating unnecessary applications, businesses can streamline their IT landscape, reduce costs, and improve operational efficiency.
  2. Evaluating Business Value

    Legacy systems often lack clarity on their business value, making it challenging for organizations to prioritize investments and allocate resources effectively. An application assessment enables businesses to evaluate the relevance and impact of each application on their operations. This assessment helps identify high-value applications that should be maintained, enhanced, or replaced, leading to better strategic decision-making.
  3. Enhancing Integration and Collaboration

    Inefficient IT silos can result in the development of new systems instead of integrating functionalities into existing applications. An application assessment highlights integration opportunities and identifies areas where consolidation or integration can improve collaboration and information flow. This ensures that applications work harmoniously to support business processes, reducing redundancy and promoting a more agile and collaborative environment.
  4. Mitigating Risk and Security Concerns

    Outdated or unsupported applications pose significant security risks to organizations. Application assessments help identify vulnerable applications, outdated software versions, and potential security gaps. By identifying and addressing these risks, organizations can enhance their security posture, protect sensitive data, and comply with regulatory requirements.
  5. Enabling Future-Proofing and Digital Transformation

    Application assessments provide insights into the technological gaps within an organization’s application landscape. This knowledge enables businesses to plan for the future and align applications with strategic goals and digital transformation initiatives. By identifying opportunities for modernization, organizations can embrace new technologies, leverage cloud-native solutions, and stay competitive in a rapidly evolving market.

Value Pillars of Application Portfolio Rationalization

Value Pillars of Application Portfolio Assessment

Value Pillars of Application Portfolio Assessment

To ensure a balanced and efficient enterprise application development, many organizations prioritize the systematic identification and decommissioning of aging applications to drive operational efficiency, reduce complexity, and contain costs. The main goals of enterprise-level Application Portfolio Rationalization include:

  1. Simplified IT Landscape: Streamline the number of applications to benchmark levels and improve business agility.
  2. Cost Reduction: Optimize the number of applications within the portfolio to decrease costs.
  3. Complexity Reduction: Decrease the number of technologies and platforms used, reduce functional and technical complexity, and adopt a standard integration platform to improve overall process and service stability while reducing operational risk.
  4. Standardized and Simplified Business Processes: Reduce process variations across products, geographies, and contracts.
  5. System Diversity Reduction: Decrease the diversity of systems and enhance interoperability.
  6. Modernization: Redesign aging and high-value applications, automate applications, processes, and data, and leverage the adoption of new technologies such as IoT, Blockchain, AI, and ML-based applications.
  7. Cloud Migration: Identify opportunities to migrate to the cloud (SaaS, PaaS, etc.).
  8. Improved User Experience: Enhance the user experience of customer-facing applications.

Key Considerations for Application Portfolio Assessment

Let’s look at the key considerations one by one. 

  1. Business Value

    One of the primary considerations for an application portfolio assessment is the business value that each application provides. Companies should assess each application’s contribution to business operations and determine whether it aligns with the organization’s strategic goals. Applications that provide little or no value should be eliminated or replaced with more cost-effective solutions.

    To determine the business value of an application, you should consider the following factors:
    • How does the application support the organization’s strategic goals?
    • How does the application impact customer experience and satisfaction?
    • How does the application improve business processes or productivity?
  2. Technical Health

    Another important consideration is the technical health of the applications in the portfolio. Companies should assess the overall quality and reliability of their applications and determine whether they meet industry standards and best practices. For example, applications that are prone to crashes, security vulnerabilities, or performance issues can negatively impact the organization’s productivity and profitability.

    To assess the technical health of an application, you should consider the following factors:
    • Does the application meet industry standards and best practices?
    • Does the application have any technical issues or limitations?
    • Is the application scalable and flexible enough to meet changing business needs?
  3. Integration

    Integration is another key consideration in an application portfolio assessment. Companies should assess how well their applications integrate with each other and with third-party systems. Applications that are poorly integrated can result in data inconsistencies and inefficiencies, leading to increased costs and reduced productivity.

    To assess the integration of an application, you should consider the following factors:
    • How well does the application integrate with other applications and systems?
    • Does the application use standard interfaces and protocols?
    • Is the application’s data consistent with other applications and systems?
  4. Cost

    Cost is a critical consideration in an application portfolio assessment. Companies should evaluate the total cost of ownership (TCO) for each application, including licensing fees, maintenance costs, and support expenses. Applications that are too expensive or offer little value should be replaced or eliminated.

    To evaluate the cost of an application, you should consider the following factors:
    How much you will need to pay for licenses and how often do they need to be renewed?
    How often does the application need to be maintained and how much it will cost to keep it updated?
    What are the support expenses? Are they free or paid? How responsive and helpful is the support team?

Best Practices for Application Portfolio Assessment

To get the most out of an application portfolio assessment, it is essential to follow best practices. Here are some tips for conducting an effective application portfolio rationalization:

  1. Develop a Comprehensive Inventory

    The first step in any application portfolio assessment is to develop a comprehensive inventory of all the applications in use. This inventory should include details such as the application name, vendor, version, licensing, and support details. A comprehensive inventory provides a foundation for an effective assessment and helps companies identify redundant or overlapping applications.
  2. Evaluate Business and Technical Value

    Now, when it comes to assessing the business value, you need to focus on how each application supports your organization’s strategic goals and meets your customer’s needs. It’s important to determine if the application helps you achieve your desired outcomes and aligns with your overall business strategy.

    On the other hand, when it comes to technical value, you need to assess the application’s quality, reliability, scalability, and security. You must ensure that the application meets the technical requirements, adheres to industry standards, and can handle the expected load and user traffic. You also need to evaluate the application’s security features and ensure that it complies with data privacy and regulatory requirements.

    By conducting a thorough assessment of the business and technical value of each application in your portfolio, you can identify the most valuable applications that align with your strategic goals and provide the best technical performance. This will help you prioritize your resources and investments to ensure that your portfolio remains efficient, effective, and competitive in the ever-changing business landscape.
  3. Prioritize Applications for Action

    Based on the assessment, companies should prioritize applications for action. Applications that provide little value or are poorly integrated should be eliminated or replaced first. Applications that are critical to business operations but have technical issues should be addressed next.
  4. Create an Application Roadmap

    An application roadmap is a plan for how the organization will manage its application portfolio over time. The roadmap should include details such as application retirement plans, replacement timelines, and upgrade schedules. A roadmap helps companies prioritize and plan their application portfolio management efforts.

Benefits of Application Portfolio Rationalization

Benefits of Application Portfolio Assessment

Benefits of Application Portfolio Assessment

There are many benefits to conducting an effective application portfolio assessment:

  1. Cost Savings

    An application portfolio rationalization can help companies identify redundant or overlapping applications, leading to cost savings. Eliminating applications that offer little value or are too expensive to maintain can result in significant cost savings.
  2. Increased Efficiency

    Assessing the technical health and integration of the application portfolio can lead to increased efficiency. Applications that are poorly integrated or have technical issues can result in data inconsistencies and inefficiencies, leading to reduced productivity. Addressing these issues can help organizations improve their overall efficiency.
  3. Improved Customer Experience

    Assessing the business value of the application portfolio can help companies identify applications that directly support customer needs. Eliminating applications that offer little or no value can lead to improved customer experiences and satisfaction.
  4. Better Strategic Decision Making

    By understanding the business value and technical health of each application in the portfolio, companies can make better strategic decisions about their application portfolio management. For example, companies may decide to invest in upgrading certain applications or replace them with more modern and efficient solutions.

Conclusion

Application portfolio assessment or rationalization is a critical process for companies looking to optimize their application portfolio and achieve cost savings, increased efficiency, and improved customer experiences. By following best practices and conducting an effective assessment, organizations can identify opportunities for improvement and develop a roadmap for managing their application portfolio over time. With the right approach and mindset, application portfolio rationalization can become a key enabler of success for any organization.

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By Jun 28, 2023
Maximizing Business Value through Application Portfolio Rationalization
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends Turing Services

Maximizing Business Value through Application Portfolio Rationalization

Benefits of application portfolio rationalization: 1. leads to cost savings 2. improves application performance 3. offers better visibility into application usage

In today’s fast-paced, technology-driven world, companies rely heavily on various applications to perform their daily operations. However, maintaining a large number of applications can be challenging and expensive, forcing companies to focus on maximizing their value proposition while minimizing costs. One way to achieve this is through application portfolio rationalization (APR), a process that focuses on assessing the existing portfolio of applications and strategizing how to best leverage the footprint of applications.

What is Application Portfolio Rationalization?

What is Application Portfolio Rationalization

What is Application Portfolio Rationalization

Application portfolio rationalization is the process of assessing an organization’s existing application portfolio and identifying redundant or outdated applications. This process helps identify applications that can be consolidated, retired, or replaced with more efficient solutions. The main goal of application portfolio rationalization is to optimize the application portfolio, leading to reduced costs and improved operational efficiency. In order to conduct a successful portfolio rationalization, you need good application engineering services.

Benefits of Application Portfolio Rationalization

Benefits of Application Portfolio Rationalization

Benefits of Application Portfolio Rationalization

Application portfolio rationalization is more than just a buzzword—it’s a powerful strategy that can help organizations streamline their IT and significantly boost productivity. By combining cost optimization and performance enhancement, this strategy unlocks a world of opportunities for businesses to thrive.

Cost Optimization: Unleashing Financial Freedom

The magic of application portfolio rationalization truly begins when organizations grasp its potential for cost optimization. As the digital landscape expands and becomes more sophisticated, maintaining sprawling applications often becomes a financial drain. Instead of letting these redundant or antiquated applications sap your resources, application portfolio rationalization empowers your team to strategically purge unwarranted expenses.

By taking the axe to unnecessary applications, organizations can realize significant savings on maintenance and support costs. This fiscal freedom then allows more effective resource allocation, ultimately cutting down bloated IT expenditures and opening up new possibilities for growth and innovation.

Revolutionary Performance Improvements: Elevating Your IT Ecosystem

Another game-changing benefit of application portfolio rationalization is its ability to supercharge application performance. As technology evolves, managing an exceedingly complex web of applications becomes a daunting mission, often resulting in performance hiccups like sluggish response times or system crashes.

However, with an expertly rationalized application portfolio, your organization will be equipped to uncover and tackle underperforming applications at their roots. By zeroing in on the performance bottlenecks and implementing the right solutions, application portfolio rationalization translates into a faster, more efficient IT ecosystem that propels productivity to new heights.

In short, application portfolio rationalization redefines the way organizations optimize their IT—simultaneously streamlining costs and upping performance. Don’t let your organization be shackled by excessive applications; unlock the full potential of your IT with this transformative strategy.

Potential Pitfalls of Application Portfolio Rationalization

Potential Pitfalls of Application Portfolio Rationalization

Potential Pitfalls of Application Portfolio Rationalization

Application portfolio rationalization comes with a plethora of advantages, but it’s not without its share of challenges. Smart organizations will be ready to face these potential pitfalls head-on, ensuring that they reap only the rewards of a streamlined IT landscape.

Safeguarding Interconnected Business Processes

While reaping the benefits of application portfolio rationalization, organizations must tread cautiously to avoid disrupting critical business processes. Behind the curtain, applications often rely on each other to seamlessly perform an array of essential functions. Eliminating an application without thorough planning or testing can wreak havoc on vital processes and lead to costly downtime and missed revenue opportunities.

To circumnavigate this pitfall, organizations must establish a well-defined process for evaluating and rationalizing applications, effectively minimizing the risk of disruption and safeguarding interdependent operations.

Assessing Application Value: When Every Decision Counts

Another hurdle in application portfolio rationalization is the challenge of valuing each application’s contribution to the business. While some applications may be fundamental to a particular function, their true worth might not be immediately obvious. This creates a conundrum as organizations try to decide whether to retain, replace, or remove these applications.

The solution? A comprehensive analysis of each application’s value to the organization. With actionable data in hand, organizations can confidently make well-informed decisions that positively impact their IT infrastructure and bottom line.

That said, although application portfolio rationalization comes with its fair share of obstacles, a forward-thinking organization with the right strategies in place doesn’t need to break a sweat. Arm your team with proper planning and assessment tools to overcome these challenges and harness the full potential of rationalized IT.

How Application Portfolio Rationalization Maximizes Business Value

Despite these potential pitfalls, application portfolio rationalization can help organizations maximize business value. One way this is achieved is by improving alignment between IT and business objectives. Often, IT departments are tasked with maintaining and supporting applications, while the business has its own set of objectives. Application portfolio rationalization provides a framework for aligning IT and business objectives to ensure that the application portfolio supports the organization’s overall goals.

Another way that application portfolio rationalization can help maximize business value is through better visibility into application usage and performance. By analyzing application usage and performance metrics, organizations can gain a better understanding of how their applications are being used and identify areas for improvement. This can lead to more informed decision-making when it comes to rationalizing the application portfolio.

Conclusion

In summary, application portfolio rationalization is a process that can help organizations maximize business value by optimizing their application portfolio. It can lead to cost savings, improved application performance, better alignment between IT and business objectives, and better visibility into application usage and performance. However, be aware of the potential pitfalls, such as the risk of disrupting critical business processes and the difficulty of identifying the value of each application. With careful planning and execution, application portfolio rationalization can help organizations achieve their business goals and stay competitive in today’s ever-changing business landscape.

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By May 22, 2023
what are microservices?
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

What are Microservices? Understanding Architecture, Examples, and Best Practices for 2024

The microservices architecture divides an application into unique services. Each service controls its database, produces warnings, manages authentication, interacts with user interfaces, and logs data.

What are microservices? How do microservices work? How is microservices architecture different from monolithic architecture? What are the key characteristics of microservices architecture? What are some real-life examples of microservices?

This blog post will help you answer all these questions. 

What are microservices?

Microservices is an architectural approach to software development that uses small components and modules to create large applications. The small components and modules have a specific business goal. Also, each module uses APIs to communicate with the server of other modules. 

Note: Microservices started when software development took a service-oriented approach from the more rigid traditional approach. 

How do microservices work?

The microservices architecture divides an application into several unique services. Each service manages its database, generates alerts, handles user authentications, communicates with user interfaces, and logs data, among other tasks.

Users can isolate, rebuild, redeploy, and manage each service without affecting the overall applications.

How is microservices architecture different from monolithic architecture?

Applications are large, interconnected units that you cannot change easily in a monolithic architecture. Also, rewriting the code requires creating and deploying a new version of the software. All the processes rely on each other in the monolithic architecture. Therefore, the entire architecture requires scaling during an increase in bandwidth demand.

On the other hand, the microservices architecture allows large applications to split into small components that operate independently. Also, modifications are easy as you can update and redeploy specific services without impacting the entire application.  

Microservices architecture offers greater flexibility and easy-to-scale software applications.

Related post: Serverless Architecture vs Microservice Architecture: 3 Key Differences

What are the key characteristics of microservices architecture?

The key characteristics of a microservices architecture are as follows:

  • Numerous components
    Microservices can be split into numerous components wherein each component can be updated, deployed, and tested independently. Developers can work on specific components without compromising the entire application.
  • Resilience
    Microservices applications are resilient as they can divert traffic to other components when a component fails unexpectedly. Also, it is quite easy to monitor microservices for failure and identify what went wrong to fix the issues immediately.
  • Decentralized operations
    The microservices architecture offers decentralized data management wherein developers can create tools for specific components that other components can also use. Decentralization also allows users to use the code of other components to bootstrap applications without writing the code from scratch.
  • Easy routing
    Microservices applications use dumb wires to transmit information from one component to another. Microservices components receive requests, process them, and give an appropriate output to the requesting components. Microservices facilitate efficient routing by receiving requests and applying logic to give the correct response.

Related post: 8 Microservices Data Management Patterns

Examples of microservices

Major tech companies use microservices to increase the speed of operations and create resilient applications that are easy to update. Here are a few real-life examples of microservices in business operations…

  • Amazon

    Amazon built its website using monolithic architecture, creating tight-knit connections between multi-tiered services. Services like customer profiles, order management systems and inventory management in monolithic architecture existed in a single database.

    However, with growing demand, Amazon expanded its codebase and hired more developers. Soon upgrading the software application and website became more time-consuming, service interdependencies increased, and the software development life cycle slowed down.

    To counter these issues, Amazon shifted to microservices architecture, dividing software applications and websites into small independent components that would interact with each other using APIs.

    After shifting to the microservices architecture, developers analyzed the source code and isolated units of code easily. Also, developers wrapped the isolated units in a web interface and created separate functions for specific components without impacting the entire website.

    Amazon followed two fundamental rules for microservices applications, including the ‘two-pizza team’ rule and the ‘you built it, you run it’ rule. The two-pizza team rule ensured that no team was big enough to need more than two pizzas for lunch, whereas the ‘you build it, you run it’ rule ensured that the developers were responsible for the services they created.

    By using the microservices architecture, Amazon automated operational tasks, and scaled services for business needs and incoming traffic.

    Related post: Former Amazon VP on Conducting Effective Technical Interviews
  • Netflix

    Like Amazon, Netflix migrated to microservices architecture after the malfunction of its primary database. Netflix replaced relational databases in its data centers supporting vertical scaling with cloud-based distributed systems with horizontal scaling.

    With the help of microservices, Netflix divided the application architecture into different services, including one that stores all watched shows, a service responsible for payments, and a service that recommends similar shows, among others.

    In addition, with Netflix garnering a huge number of subscribers daily, it was not possible to build data centers immediately. By moving to AWS and using a microservices architecture, Netflix engineers scaled the capacity of servers immediately.

    Also, microservices applications increased the speed and agility of development, allowing developers to work in small teams.

    Related Post: Netflix, GitHub, and Honeycomb.io Use These Metrics for Continuous Improvement
  • Uber

    Initially, Uber used monolithic architecture for its ride-sharing application. At first, uber catered only to the city of San Francisco, so it was possible to meet business requirements, offer a clean codebase, and implement core business functionality.

    Uber started expanding to different cities around the world, which required many changes to the system. Uber faced a lot of challenges due to the limitations of the monolithic architecture, including bug fixes, the launch of new features, and integration with global operations, among others.

    By using the microservices architecture, Uber divided the ride-sharing application into small, easy-to-integrate components with a separate database. 

    In addition, by streamlining the development process, Uber achieved continuous delivery to all its locations and achieved high business growth.

Microservices best practices for 2024

Here are the microservices best practices for 2024…

  • Analyze your business requirement
    Organizations must analyze business requirements, core operations, and feature integration, among other things, before opting for microservices. Also, you must review your engineering team’s capability to check if they can migrate to the microservices architecture.
  • Secure design
    Microservices have a broader attack surface which is why you must adopt microservices with an API gateway. An API gateway will help you handle service requests, authentication, and throttling.

    Microservices must have a domain-specific design and should contain internal information to fulfill a specialized function. Also, microservice design should have high cohesion and minimal dependencies on other components.
  • Use virtual machines
    By using virtual machines, you can use a consistent development environment to adapt the framework and speed up the delivery of components in the microservices architecture.

    Also, you must have a specialized repository for each service to maintain clean control logs and ensure that all service endpoints include backward compatibility to prevent the application from breaking during service requests.
  • Hosting and deployment
    Separate hosting and deployment are one of the best practices for microservices as it helps save time and resources. Also, it enhances fault tolerance, reduces the chance of a complete outage, and isolates components from any error in other services.
    Organizations can use containers for microservices to enable platform interoperability and automate the deployment process using separate builds.

  • Choose the right database solutions
    While opting for microservices, it is essential to choose a database that can cater to the specific requirements of a microservice. By combining the right database with infrastructure and storage, you can create a robust framework and manage different services using a service mesh.

Related Post: 8 Microservices Data Management Patterns

Summary

Most organizations are embracing microservices architecture for software development to keep the application running while updating different components and causing zero inconveniences to users. However, organizations must acknowledge business needs and requirements to choose the right microservices architecture.

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FAQs 

  1. What are the components of microservices?
    The components of microservices are as follows:
    • Containers: Containers are packages of software that help isolate each service in a different environment.
    • Service Mesh: Service Mesh offers a security layer and dynamic messaging for smooth communication.
    • Service Discovery: Service Discovery helps manage microservices deployment and load distribution.
    • API Gateway: API gateway handles administrative tasks and performs load balancing when necessary.

  2. How many types of microservices exist?
    There are two types of microservices, stateless and stateful microservices. Stateless microservices respond to a request by processing it without maintaining any state information. On the other hand, stateful microservices maintain some form of state and utilize it while responding to service requests. 

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By Nov 25, 2022
Serverless Architecture vs Microservice Architecture
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

Serverless Architecture vs Microservice Architecture: 3 Key Differences

Serverless architecture is a way to build and run applications and services without managing infrastructure, whereas a microservice architecture is a type of application architecture…

What is microservice architecture? What is serverless architecture? Is serverless good for microservices? Is lambda a microservice? What is the difference between microservices and lambda? Is a serverless framework better for hosting microservices?

Looking for answers to such questions? Keep reading. 

What is microservice architecture?

Microservice architecture is an architectural pattern that arranges an application as a collection of loosely-coupled, fine-grained services communicating through lightweight protocols.

Microservices divide an application into a number of autonomous functions, which collaborate and interact with one another via APIs. 

Every microservice is independently tested and has its own database, libraries, and templates. Also, it’s frequently contrasted with a monolithic construction. 

Every component of microservices is independent of one another, so you don’t need to run a full program to use a single feature. 

For example, creating profiles, searching for music, creating playlists, and playing music are all distinct operations in a music streaming service that can be divided into a number of microservices. You only need to develop a new microservice and connect it to the rest of the system if you require a new feature.

How does microservice architecture work?

Microservices are autonomous parts that manage a certain functionality. Each service manages a certain process and operates independently. 

Practically, this idea is put into practice using containers. Developers frequently create microservices in containers using templates and code libraries. Each container contains everything a component needs to operate and offers a running environment for the service. The most widely used option for container development is Docker.

The development team goes through the following stages to implement a microservice architecture:

  • Decomposition: Divide the app’s features into smaller sections.
  • Design: Determine the connections between each service once you know which ones you will be working with. The hierarchy must also be established; which microservices will be dependent upon whom? 
  • Development: Create services as soon as the team has a map of the microservices and is clear on how the various parts of the system will work together. 
  • Deployment: Set microservices as FaaS in a serverless environment, distinct VMs, or containers.

What are the benefits of microservice architecture?

  • Capacity to build, test, and deploy services separately without negatively affecting other services or the parent application. 
  • Increased agility through quicker development and problem-solving without depending on the application’s full release. 
  • Performance can be scaled easily when traffic surges.
  • Flexibility to employ a variety of technologies and adjust business logic. 
  • Can be modified and used again in a variety of procedures or circumstances.

What are the challenges of microservice architecture?

  • When an application is divided into independent components, complexity rises. 
  • Increased effort is required to oversee numerous databases, guarantee data consistency, and watch each microservice. 
  • APIs for microservices are four times more prone to security breaches. 
  • For smaller businesses that need to quickly implement and iterate, microservices can be too slow and complex.
  • Higher test coverage and more stringent interface constraints are required in a distributed system.
  • The higher cost is involved.

What is serverless architecture?

Serverless architecture is a way to build and run web applications and services without managing their infrastructure. 

In a serverless architecture, the third-party cloud provider manages the server. The only thing that developers need to worry about is the code. The service provider handles everything, including security fixes, capacity management, scalability, logging, load balancing, and monitoring.

Serverless architecture can execute the complete program or just a portion of it. The server is only used when the application is in use; it allocates resources to the app as soon as its code is executed and releases them when the app is no longer in use. The app owner is charged only for the period when the app is running.

Backend-as-a-Service (BaaS) and function-as-a-service (FaaS) are two options that cloud providers can give. BaaS provides pre-built functionalities, allowing the developer to focus solely on the front end. Due to its limited customization and control, it is rarely used. 

Contrarily, FaaS is more adaptable. You can create an application as a collection of functions with FaaS. Each function has a trigger that causes activation. The function can never run continually; it is often temporary and is shut off as soon as it is no longer needed.

How does serverless architecture work?

In a serverless architecture, businesses host their application functions using the resources of outside vendors. The application’s logic and features are separated into functions, which are compact units that carry out discrete tasks in a limited time. As a reaction to a trigger, every function has a recursive activation option. 

Building responsive applications that swiftly handle user requests and utilize little RAM is possible with serverless architecture. 

Serverless architecture is affordable, quick, and lightweight. Also, serverless architecture is a preferred solution for real-time apps, virtual assistants, MVPs, etc..

To implement a serverless architecture, the development team goes through the following stages:

  • Functions: Code is created by programmers to carry out specific tasks for the application. Usually, it’s a quick and easy process. 
  • Event: Events are assigned by programmers to each function. Later, they enable functions if the predetermined conditions are satisfied. An HTTP request is an example of an event. 
  • Trigger: The function is triggered when a user pushes a specific key, taps a screen at a specific location, or clicks a button.
  • Execution: Runtime for the function begins. 
  • Output: Users receive updates via a specific output on the client side of the application.

What are the benefits of serverless architecture?

  • Increased emphasis on producing high-quality applications for faster deployment. 
  • Uses fewer resources to create, maintain, and improve the underlying infrastructure. 
  • Best suited for quick, real-time procedures. 
  • Less expensive to hire database and server specialists. 
  • Availability of various subscription-based pricing models for effective budget prediction.
  • Rapid scaling without degrading performance. 
  • The vendor holds responsibility for the management of computing resources.

What are the challenges of serverless architecture?

  • Changes in business logic or technology can make switching to a different vendor difficult.
  • If/when a neighboring tenant releases complex code, multi-tenant serverless platforms can cause performance difficulties.
  • When an application or function is started after being inactive for a long time, it may need a ‘cold start,’ which requires more time and effort.

What are the key differences between microservice architecture and serverless architecture? 

Here are a few key considerations while deciding whether to use microservices or serverless architectures.

  1. Approach

    Team resources are necessary for microservices because an internal or external team carries the tasks of monitoring, deployment, support, and maintenance. These teams also support the architecture, handle its computing, and ensure its safety. 

    Contrarily, serverless architecture depends on a third-party vendor. The business is not required to create, protect, and manage its server space. The cloud provider handles all internal functions. With this strategy, the project costs less.

    Related post: Multi-Cloud vs Hybrid Cloud: 3 Key Differences
  2. Cost

    Microservices’ creation and upkeep are more expensive because they rely on internal resources and team support. However, there are many benefits to this strategy. For example, the business does not rely on outsiders and does not run the risk of vendor lock-in.

    On the other hand, the ability to cut expenses is the primary competitive advantage of serverless architecture. Businesses that employ serverless architecture gain from pooling resources. They receive competitive pricing from vendors and save HR and admin costs. 
  3. Runtime

    The runtime of serverless functions is constrained. Every provider has a cap on how long a certain function can run. For instance, a function on AWS Lambda can run for 15 minutes. This is because functions are intended to be quick activities that don’t use a lot of RAM. 

    On the other hand, vendor requirements for runtime, storage space, and RAM do not apply to microservices. They are, therefore, more suited for intricate, long-term activities that need the storage and manipulation of massive volumes of data.

    Related post: Software Architecture Patterns: What Are the Types and Which Is the Best One for Your Project

Bottom line

Both serverless systems and microservices have benefits and drawbacks. Therefore, it all boils down to evaluating the business objectives and product scope of your organization before choosing an architecture. 

Serverless is a smart option if cost and speed to deploy-to-market are priorities. However, microservices are a more realistic choice if your company plans to create a huge, sophisticated application.

Alternatively, it is also possible to merge both of these technologies into a single cloud-native instance with the correct team and effort.

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FAQs

  1. Is lambda a microservice?
    With the help of AWS Lambda, you can run serverless functions in the cloud.

  2. Is a serverless framework better for hosting microservices?
    Microservices are the greatest option to choose if a large and complicated application needs to be built, while serverless is the ideal option if cost-effectiveness and rapid deployment are crucial.

 

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By Oct 25, 2022
Robotic Process Automation or RPA
Application Engineering Services Custom Engineering For Employers Tech Tips, Tools, and Trends

What Is Robotic Process Automation (RPA) and Why Does Your Business Need It?

Robotic Process Automation (RPA) is a technology that helps to build & manage software robots that mimic human actions interacting with digital systems. RPA converts formulaic tasks into automated processes with RPA ‘bots’.

What is RPA? What does robotic process automation do? Where is robotic process automation used? What is robotic process automation with an example?

Looking for these answers? Keep reading!

What is RPA?

Robotic process automation (RPA) is the application of technology that allows employees to configure computer software or a “robot” to capture and interpret existing applications for processing transactions, manipulating data, triggering responses, and communicating with other digital systems. In simple words, RPA helps to build and manage software robots that mimic human actions interacting with digital systems. 

Most importantly, RPA converts repetitive and mundane tasks into automated processes with RPA ‘bots’. This feature improves efficiency and accuracy within organizations by automating business processes. Additionally, it can help reduce costs by eliminating or automating low-value tasks, freeing up employees to work on more strategic initiatives. 

RPA automates some of the rule-based actions that a human performs. Rule-based actions are simple algorithmic tasks that follow a certain logic, sequence, and structure. RPA reduces employee workload by combining computer vision, automation, and ML technologies in business processes. 

Software developers program bots with RPA tools to perform repetitive tasks. Programming automates tasks that would have required human intervention. RPA systems, RPA software, RPA tools, and RPA technologies, essentially have the same meaning and are used interchangeably across the text.

What is Robotic Process Automation (RPA) with an example?

For example, let us consider the task of email processing. An employee reads the text on the screen, gathers necessary information, copies it into a word document, and then saves it. If you feed exact instructions into an RPA tool to follow the same workflow, the RPA performs the tasks on its own. RPA automatically processes relevant information from the email with screen scraping, segregates the data, and stores it in a word document. 

A rise in the adoption of RPAs indicates that the global market capacity of RPAs will reach $11 billion by 2027. RPA applications provide multiple opportunities for improvement across various aspects of a business. Departments like sales, HR, marketing, operations, customer service, and tech support directly benefit from using RPA. Here are a few reasons why your business needs RPA:

  1. Better productivity

    According to Automation Anywhere, employees spend 10-25 percent of work hours on repetitive tasks. RPA can automate repetitive tasks to ensure higher productivity. RPA improves the performance of various business operations. According to a recent survey by NICE, 27 percent of managers reported improved productivity due to RPA.

    RPA can perform a higher number of tasks than your small team of employees. If RPA takes over routine tasks, employees can focus on innovation and creative tasks. Better utilization of human resources helps to optimize the business processes effectively. In this way, Robotic Process Automation enables better productivity across workflows. 

  2. Higher efficiency 

    RPA technologies ensure higher efficiency in business processes. An RPA software can perform a routine task faster than a person. Robotic Process Automation technologies speed up simple tasks like email blasts, salary distribution, invoice processing, analytics, etc.

    Additionally, RPA systems can simplify laborious tasks by up to 80 percent. RPA software can operate 24/7, and require no breaks. And thus, RPA improves efficiency across business processes.

  3. Better accuracy 
    Better Accuracy

    Robotic Process Automation (RPA) – Better Accuracy

    Humans tend to make mistakes; however, RPA tools don’t. RPA tools ensure better accuracy compared to manual work. RPA software eliminates the possibility of human errors through automation. RPA platforms are 100 percent error-free since they strictly follow the code embedded in their system.

    For example, let us consider the data sorting process for a business. If businesses streamline input-output processes, RPA solutions can perform the tasks accurately. Maintaining a uniform format will make it easy for RPA software to analyze and sort data effectively. To process structured input data, RPA needs to be configured accordingly. These steps will enhance the overall accuracy of the process.

    RPA is consistent and reliable, making it a necessary tool for any business. According to the Deloitte Global RPA Survey, 85 percent of staff confirmed that RPA meets and exceeds accuracy expectations. And so, to implement RPA, the business should plan, map, and optimize processes correctly. 

  4. Higher security 

    Humans may leak data, intentionally or unintentionally. This error can bring serious consequences for businesses holding confidential data. Naturally, reducing the number of employees that have access to sensitive information will enhance data security.

    RPA technologies remove human dependency and reduce data touchpoints. Unlike humans, automated processes cannot cause accidental security breaches. Thus, RPA ensures better security of data systems through automation. 

  5. Improved scalability
    Improved Scalability

    Robotic Process Automation (RPA) – Improved Scalability

    Let us consider the example of workloads that vary. When workloads increase or decrease, managers need to scale their human resources. Onboarding employees requires tedious assessment and training. When the demand subsides, businesses struggle with the under-utilization of the HR bandwidth. 

    RPA tools easily cope with the variable workloads. Robotic automation is scalable and adjusts to the variation in demand/supply. And thus, Robotic Process Automation enhances scalability and reduces the financial impact of variations.

  6. Effective analytics

    Data analysts need to analyze the changes in demand or supply, customer satisfaction levels, product success rates, etc. Analyzed data needs further processing, to provide valuable insights for effective management. It is time-consuming and cumbersome to repeatedly gather, monitor, and apply data about the organizational processes. 

     

    When the same parameters need to be measured, data analysis can seem repetitive. RPA technologies can be programmed to gather actionable data, perform data analysis, and present it to managers. Using RPA for data analytics reduces turnaround times, and enables managers to make better decisions in a short time.

    Efficient data collection ensures better decision-making. RPA software simplifies the data analytics involved in business processes. Enhanced clarity and better data processing allow managers to have better control over the business. Thus, RPA can significantly speed up data collection and data processing for your business

Why Robotic Process Automation (RPA) could be the next big thing for your business?

Robotic Process Automation is crucial for improving different aspects of a business. Due to multiple benefits, high demand for RPA exists across various industries. But designing and implementing an RPA system is challenging.

AI and ML engineers simplify the creation and maintenance of RPA systems. Expert machine learning engineers train the RPA bots with instructions to follow during process execution. Hire ML engineers to update the process, flow, and change the automated elements. 

For accurate performance and effective automation, AI engineers program RPA systems. AI engineers work on RPA to automate routine tasks. Hiring experienced AI developers helps businesses create better RPAs for unsupervised processing.

IT companies leverage RPA systems to speed up the commissioning of their cloud systems. RPA systems aid faster and more secure data migration, along with better cost-efficiency and agility for cloud technologies. Read this article to learn how IT companies are switching to cloud technologies


FAQs

  • What does robotic process automation do?

RPA enables businesses to create automatic processes that function on behalf of a human being. With AI and ML, robotic process automation increases the efficiency of business processes by letting software code perform simple tasks in a pre-defined manner. 

  • Where is robotic process automation used?

Business processes that involve repetitive tasks use Robotic process automation. RPA has applications in finance, banking, health care, insurance, telecom, and other industries.

  • What is robotic process automation with an example?

RPA is the process of commissioning software programs that can perform routine tasks without human intervention. A great example of RPA is a ‘chatbot’, which automatically responds to customers online. Chatbots use RPA tools and AI to reply with pre-programmed texts for specific user queries. RPA engineer integrates automated responses through assumptions about possible doubts that a customer may ask.

RPA can revolutionize the way your business executes certain key tasks. Turing can help your business reap the benefits of Robotic Process Automation. Turing provides remote software developers that can help you build your RPA system. 

Do you wish to leverage RPA to enhance productivity across your business processes? Are you looking for developers to work on designing RPA systems for your business? Try Turing. Turing will help you hire experienced AI and ML engineers to integrate RPA. Visit the Hire page to know more!

Are you struggling to hire top-notch talent for your company? Refer to this article, to learn a few practical tips for hiring the best employees for your business.

Get in touch with our team and start optimizing business processes with Silicon Valley-caliber developers. Visit the Hire Developers page for more information.

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By May 20, 2022