Application lifecycle management is an ecosystem under which the application undergoes changes, upgrades, maintenance and service updates. This is an important aspect of the application’s development, as it impacts its efficiency and performance. Application Lifecycle Management tools (ALM) allow covering every phase during the existence of the application. It also enables multiple stakeholders involved in the process to work in a collaborative manner.

With DevOps engineering, you can speed up application development and create a unified front across application development and operations teams. Under the DevOps model, software development is delivered as an ongoing service, so there is less room for bugs and errors that can damage the robustness of the application.

Why is application management important for your business?

When applications are efficiently managed, you do not only reduce time to market in software development, but also save on IT resources

Automation and seamless collaboration between teams are at the core of the DevOps model. By maintaining continuous integration and continuous delivery through the automation of key areas such as regressive testing and the release of code changes, DevOps software development allows your teams to focus on long-term and high-value issues. 

Also, DevOps engineering reduces the risk of human error and introduces consistency across the SDLC by automating repetitive and manual tasks, and processes. Whether you are looking to enhance your existing infrastructure or deploy a new system, DevOps software development provides greater visibility into crucial IT operations and helps to eliminate flaws quickly and efficiently, resulting in long-term benefits for your business.

How does DevOps engineering enhance innovation and speed up delivery?

DevOps software development brings together development and operations into one team to provide more flexible and agile software products

In the traditional setup, application development follows a linear-sequential life cycle model, also known as “the waterfall model”. Each phase must be completed before the next phase can begin and there is no overlapping in the phases. As a result, the application goes through a long development process, with several separate teams being responsible for a different phase. One main drawback of traditional resource management is that no working software is produced until late during the life cycle. Also, this model does not perform well under changing requirements and is not suitable for long and ongoing projects.

DevOps’ set of tools and practices changes the game by bridging the gap between the resistance of the operations to change and the need for developers to answer new requirements.