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DevOps and Security Glossary Terms

Application Lifecycle Management

What is Application Lifecycle Management?

Any new product released to the marketplace can be controlled the process known as product lifecycle management (PLM), which includes all of the activities needed to manage a product from its initial inception through to service and disposal. In traditional industrial applications, the product management lifecycle consists of four parts:

  1. Conception of a new product
  2. Product design
  3. Product realization
  4. Product maintenance and end-of-life services

Application lifecycle management (ALM) can be understood as PLM applied to software applications. It encompasses all aspects of the application lifecycle from gathering initial requirements through to servicing and maintaining the application until it is no longer used. Application lifecycle management software tools help to provide visibility and transparency while promoting communication and collaboration throughout the application lifecycle.

While there is a significant overlap between application lifecycle management and the software development life cycle (SDLC), they are not technically the same thing. ALM covers additional aspects of application management outside of software development, especially the usage, maintenance and servicing of the application after it has already been developed.

Why is Application Lifecycle Management Important?

The process of application lifecycle management begins when an organization decides to invest time and money into solving a problem by building software and continues until the application is no longer in use. A structured framework for managing the application throughout its lifecycle helps organizations in the following ways:

  • Effectively outline requirements that capture real user needs or business opportunities
  • Design an application that meets the requirements of both customers and the business
  • Develop strategies and procedures for testing the application thoroughly to minimize time spent on debugging and reduce the impact of coding errors on customers
  • Deploy high-performing products that meet customer demands and drive business results (sales, revenue, performance, etc.)

Application Lifecycle Management: Agile vs Waterfall Methodologies

The increasing popularity of the agile manifesto and agile software development has fundamentally changed how many software development teams and IT organizations manage the application life cycle. Agile methodology has in many ways replaced the older, now somewhat out-dated Waterfall methodology for planning, developing and servicing new software applications.

In the waterfall method, the software development process is divided into distinct phases that are meant to be completed sequentially without going backward. Each phase is completed exactly one time and the outputs from each phase act as the inputs for the next phase. A project in the waterfall project may begin with a business analysis of requirements before progressing to project design, development, and through the additional steps necessary to produce the application. Each phase of the project will most likely be completed by a designated working group with expertise in that area.

In the Agile method, developers take an incremental approach to software development that is more flexible. Activities like developing requirements, designing and architecting code and programming may be visited and revisited several times throughout the development process. The agile manifesto encourages organizations to create integrated project delivery teams that collaborate on each phase of project delivery, rather than having siloed teams for each phase of the project.

Project teams will have different approaches to application lifecycle management depending on the working methods and frameworks used to organize the software development and ALM processes.

Three Core Aspects of Application Lifecycle Management

Application lifecycle management incorporates three closely connected aspects of management: governance, development, and operations. Each component plays a different role in effectively directing activities around the application throughout its life cycle and ensuring that the organization is adequately positioned to create and derive value from its investments in technology.

Application Governance

Governance describes the processes and activities used by the organization to exercise decision-making control over applications that are being developed. The purpose of application governance is to ensure that the application consistently meets the needs of the business. Effective governance depends on a clear and efficient structure for decision-making, and on placing the right people in the right roles to make the best decisions about the application and its development and operation. Organizations must also ensure adequate transparency and flow of information such that project managers can make the most informed decisions to direct the lifecycle of the application.

Application Development

Application development includes the gathering and analysis of user requirements, the development, and testing of new code, building and testing new releases and the deployment of the application into the production environment. While application governance lasts for the entire application lifecycle, the application development process is not always active. Most application development may take place prior to the initial deployment, with additional development activities taking place post-deployment in response to changing user needs.

Application Operations

Application lifecycle management includes the operation of an application that has already been developed and deployed by the organization. Applications operations includes the monitoring and performance measurement of applications in production, development, and implementation of appropriate monitoring tools, providing development teams with access to performance data, configuring application infrastructure, and coordinating the response to application issues such as performance faults or degradation. Application operations begin once an application has been deployed and continues through to the end of the application life cycle.

What are the Key Activities of Application Lifecycle Management?

Each of the core aspects of application lifecycle management is supported by a set of processes and activities. Application governance, development and operations all include a range of tasks that must be executed by members of the organization throughout the application life cycle.

Governance Activities

  • Identifying key stakeholders
  • Assigning a sole point of accountability for the project
  • Establishing project ownership
  • Identifying decision-making teams
  • Ideation
  • Creating a business case for the project or application
  • Establishing requirements and user needs to inform the application development process
  • Project management and selection of working methods (agile, waterfall, DevOps, etc.)
  • Benefits management
  • Discontinuation

Development Activities

  • Designing application according to user needs
  • Establishing software architecture
  • Application coding
  • Change management
  • Version control
  • Configuration management
  • Quality assurance and testing
  • Build management
  • Release management and deployment

Operations Activities

  • Customer support
  • Software maintenance
  • Software performance monitoring
  • Software security monitoring
  • Reporting

Sumo Logic Supports Application Lifecycle Management with Performance Monitoring

Once an application has been deployed, IT operations analysts take on the responsibility of implementing and configuring a monitoring tool to ensure that the application meets the performance and usability requirements of customers and the business.

For organizations that host applications in the cloud, Sumo Logic's cloud-native platform is the ideal solution for monitoring cloud applications. Sumo Logic provides security, operational and business analytics that helps secure your public cloud data assets while driving performance excellence and business success.

Complete visibility for DevSecOps

Reduce downtime and move from reactive to proactive monitoring.