Defining DevOps

DevOps came as a rescue to those who waited for a collaborative solution between different departments of software development. So, basically, DevOps is a modern software engineering trend that focuses on effective collaboration between developers, project managers, and operation staff streamlined towards organizational goals. 

Before DevOps, the conventional approaches incorporated lacked coordination between the departments of Software Development that will eventually lead to the additional time and costs in development and customer dissatisfaction. 

DevOps is a pretty straightforward concept that bridges the gap between the teams managing different operations in software development. Since the introduction of DevOps, it has become a buzzword in the IT industry that has an intended goal of being able to release the product faster and with greater stability. DevOps is still an evolving concept that encompasses so many areas and is being adapted based on the organization’s specific goals and priorities, one can also opt top notch DevOps consulting services to make the collaboration with engineers to ease the development process and achieve organizational development goals. is one of the best service providers in this space that you can try. 

Now that DevOps has brought the development and operations team on the same page, here are few benefits of adopting DevOps in your organization. 

Benefits of Adopting DevOps

The developers have been through the struggle of writing the complete code and conveying it to the team managing operations. DevOps comes with the ability to equally distributing the responsibilities of the process among different teams aligned towards a single goal of the product’s performance. 

Adopting of DevOps will equip your enterprise with the following:

  • Faster bug fixes and resolution of problems.
  • Faster delivery of the product.
  • Continuous software delivery
  • Stable environment and easy deployment
  • Increased efficiency 
  • Enhanced customer experience
  • Higher Employee engagement

Adopting DevOps in Mobile App Development

DevOps ensures that all different teams in Software Development become more productive in terms of development and execution. When DevOps is adopted in Mobile App Development, it can prove to be game changer for many businesses. However, it is not an easy task to adopt DevOps in Mobile App Development as it involves making various technical and business decisions. But, once it is implemented, it can bring value to the organization in terms of efficiency, revenue and client satisfaction. 

Before moving forward to know how to adopt DevOps in Mobile app Development let us have a glance at few of the reasons to why adopt DevOps in Mobile app Development.

Reasons to adopt DevOps in Mobile Development

Creative and functionally efficient Mobile app development 

The user experience is one of the most important factors that is to be counted on. Mobile DevOps enables regression testing, transparent development process, instant reporting and feedback that results in optimized user experience with faster troubleshooting of errors. 

Faster Delivery and release time

DevOps strengthens the collaboration among different teams of software development, simplifying the process of information sharing those results in faster code release. 

Reduces Bottlenecks

DevOps ensures better communication among teams, transparent process in building better products. It removes several bottlenecks that include lack of ownership, instability in the workflow, lack of ownership, poor communication, and manual testing process.

Now, let’s understand how to adopt mobile DevOps.

How to Adopt Mobile DevOps?

If you are looking forward to adopt Mobile DevOps in your organization then here are three thumb rules to be followed such as.

#1 Rule – Continuous Integration and Continuous Delivery

The mobile app development team should ensure the traceability of all development assets that include code, scripts, configurations, documents, text files and others. The continuous integration has to be practiced to ensure that the code delivered by one team works with the other as well. 

Android and iOS are dominating mobile app landscape and are very much fragmented. Due to which, developers must maintain a separate build for each of variants and targeted platforms. 

#2 Rule – Testing and Monitoring

Mobile App Development still lags behind web apps in terms of test automation. The testing is mostly done on simulators rather than on physical devices. Testing on simulators is a manual process. When the number of platforms is given the only possible way to test the app is through automated testing tools. 

Every application needs interaction with the backend application and services. Mobile application follows a rapid development process that results in more releases when compared to backend application. Such development process results in features in the app that are not supported by production environment. The whole ecosystem needs to be made available on virtual instances to solve this issue. It results in rapid testing and saves hardware resource costs as well. 

Sometimes the application performs well in test environment but fails in live one. So, it is important for the developers to ensure continuous performance monitoring by integrating third party SDKs.

# 3 Rule – Quality and Delivery

The developers are ought to closely monitor the ratings and feedbacks on the App store in order to look for future enhancements to continuously improve their mobile apps.                                                

Challenges faced in adopting DevOps for Mobile Application Development

Adopting DevOps for web applications and mobile applications do have the same basic principles but, there are few challenges that are encountered when adopting DevOps in mobile app development.

The Deployment issues

A mobile app cannot be directly deployed to a mobile device. The application should either go through the Google Play Store for Android or through App Store for iOS. Later, the app goes through the review and submission process of the environment to be deployed in. 

Multiple platform support

The mobile applications target multiple devices, OS versions and more as they have multiple target environments. 

The application testing

It is extremely important to perform rigorous testing using usability, functional and performance testing techniques for the application to prevent the unsatisfied customers from publically harming your brand through App store or Google Play store.

The Pull Deployment Model

The push model allows the new version of web app or cloud based app to be pushed. The traditional deployments operate on such model. But, the process of updating a mobile app is a pull process and completely depends on the choice of user to update the app or not.