According to the global forecast by Markets and Markets, the DevOps market is projected to grow from USD 3.4 billion in 2018 to USD 10.31 billion in 2023, at a CAGR of 24.7%.
The growth of the DevOps market is determined by several factors, including enhanced application complexities and the need for continuous and fast application delivery in a dynamic IT setup.
Moreover, the DevOps market is predicted to gain significant traction with the increased adoption of Artificial Intelligence, Machine Learning, and cloud computing. Other facets accountable for the DevOps market growth are improved collaboration among IT teams, the organizational focus on reducing operational expenses, and the digitization of enterprises to automate businesses.
DevOps for Mobile App Development
Today, the number of smartphone users has exceeded 3 billion, and according to Statista, it is expected to grow by several hundred million within the subsequent years.
DevOps for mobile app development is a current tactic that allows seamless application delivery from inception to production. It ceases the development-operation barrier and is a retreat from the conventional waterfall methodology for software development.
The exclusive technique emphasizes real-time collaboration among the stakeholders, comprising project managers, mobile app developers, and operation staff, to create a digital product.
The prime notion behind developing DevOps for mobile app development is fostering a collaborative culture amongst team members. Implementing DevOps has made it easy to align business goals, delivering higher value to clients.
A market study, it is confirmed that organizations that have implemented DevOps have benefitted from a 63% improvement in software deployment quality, and about 63% released new software frequently.
How to Implement Mobile DevOps?
Successful adoption of DevOps for mobile app development entails implementing three fundamental steps as discussed below:
1) Continuous Planning and Integration
Continuous planning refers to the collaboration of the entire mobile app project team, including developers, operations staff, project manager, and other relevant stakeholders, to finalize the scope of work for mobile application development.
Continuous integration ensures that the code developed by one developer seamlessly integrates with the code delivered by another developer. It demands frequent builds, which must be integrated with the last developed code.
2) Continuous Testing and Monitoring
Typically, mobile app testing is conducted manually on simulators and emulators instead of the real environment. However, organizations must understand that a mobile app can perform well in a test environment and may fail in a real environment.
Therefore, it is crucial to adopt automated testing to improve handling regular builds, bug identification, and error rectification. Moreover, implementing third-party SDKs to determine the cause of failure ensures continuous performance monitoring.
3) Continuous Delivery and Deployment
In continuous delivery, the code is deployed to the production environment by submitting each fix or change to the production-like environment.
Continuous deployment automatically deploys each change approved by continuous testing to the production environment.
How Does DevOps in Mobile Application Development Help Avoid Bottlenecks and Inefficiencies?
Mobile DevOps makes mobile application development processes efficient and faster while improving internal communication. When organizations effectively align mobile DevOps processes, practices, and tools, the following bottlenecks and inefficiencies can be avoided:
1) Inconsistent Development Environment
The mobile app development environment comprises tools, frameworks, hardware, and software. Mobile DevOps is responsible for workflow maintenance and how different aspects work together.
2) Human Errors
Any unexpected human intervention can quickly lead to errors impacting the entire application development workflow. Mobile DevOps ensures that the application development environment is planned for full automation, eliminating all manual interventions.
3) Manual Testing Process
Effective testing is imperative to develop better mobile apps and deliver unique and innovative feature updates. Mobile DevOps encourages an automatic, continuous testing process to measure and validate all parts of the code from start to delivery, including any changes applied in the lifecycle.
4) Lack of Ownership
It is very common for not every employee to know who is responsible for the process and who will get it straight. The right mobile DevOps approach demands clearly defining all the employees’ roles and responsibilities in the mobile development process.
The ROI of Mobile DevOps
Implementing mobile DevOps can be challenging and complex, but the benefits of DevOps are manifold.
Benefits at a glance:
- Improved customer experience
- The stable setting for easy deployments
- Better collaboration among team members
- Quick-release time
- The faster resolution of bugs and errors
- More time for innovation
- Quality software delivery
- Reduced Risk
The Crux of the Matter
There are several benefits of DevOps, and implementing DevOps could be a complete game-changer for an organization. Veritis, with proven excellence in IT, provides an effective DevOps implementation strategy, facilitating clients in incremental development, workload management, security, and automated testing techniques and delivering enhanced user experience.
Do you want to adopt DevOps in mobile app development? Consult Veritis DevOps consultants at 972-753-0022 or connect@veritis.com to implement DevOps strategically and add value to your organization in terms of increased efficacy, revenue, and user experience.
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