application lifecycle management tools

Application lifecycle management is the technique of handling a product’s life from conception to retirement. To avoid your product or system crashing, the ALM tools will be of great help. This article talks more about application lifecycle management tools, such as HP ALM tools, agile ALM tools, the ALM tool comparison, and stages.

What Is an Application Lifecycle Management Tool?

ALM is the specification, design, development, and testing of a software application. Application lifecycle management tools encompass the complete lifecycle of a system, from concept to development, testing, deployment, support, and finally retirement.

ALM solutions are essentially project management tools that aid in the coordination of people and processes. You can also look for a program that incorporates capabilities like version control, real-time team communication, requirements management, estimating and project planning, source code management, and test management.

Application lifecycle management is a procedure for software development even while assisting you with software management throughout time.

HP Application Lifecycle Management Tools

HP ALM (Application Life Cycle Management tools) is a web-based platform that assists organizations in managing the application lifecycle, beginning with project planning and requirements gathering and ending with testing and deployment, which would otherwise be a time-consuming effort.

Meanwhile, we use HP-ALM to keep track of project milestones, deliverables, and resources. It also helps maintain track of project health, which is a set of standards that allow product owners to assess the current state of the product. It is also critical to understand the Quality Center’s history, architecture, and workflow.

HP application lifecycle management tools customers have access to native communication tools such as email notifications, reports, dashboard capabilities, and in-house notifications at every point of the development cycle. Nine different spoken languages are supported by the HP application lifecycle management package.

About HP ALM tools

HP Application Lifecycle Management software offers a central platform for controlling and automating operations necessary for the main application lifecycle, as well as assisting in driving the entire application lifecycle management from inception to retirement. Moreover, HP Application Lifecycle Management improves application conversion by enabling application teams to plan, construct, and prepare for the deployment of apps, components, and services on time and with higher quality. HP Application Lifecycle Management also bridges the gap between IT team silos and disparate working practices regarding project planning and tracking, requirements definition and management, application development, functional, performance, and security testing, defect tracking, and application readiness for release.

Furthermore, HP Application Lifecycle Management offers a full line of view around through teams and corporate discharge trains across the core application lifecycle, preparing all stakeholders for the impact of change brought about by application transformation and reducing “time to know,” which can lead to errors and a lack of delivery readiness. The HP ALM also enhances the capability of HP Quality Center Enterprise software to meet the needs of large, multinational companies with efforts spanning hundreds of applications and globally dispersed teams. It is suited for customers who have a high-performance application center.

HP Application Lifecycle Management tools solve these issues and help organizations drive standard processes and common practices while improving productivity and cooperation across all application initiatives. The shared repository can be quickly extended because it is built on a consistent, open, and standards-based architecture.

Application Lifecycle Management Tools Comparison.

The application development life cycle management (ADLM) technology market focuses on software development life cycle planning and governance operations (SDLC). However, ADLM products are primarily concerned with the “development” phase of an application’s life cycle. 

In brief, software requirements tools comparison definition and management, software change and configuration management, and application lifecycle system planning are key components of an ADLM solution, with a contemporary emphasis on agile planning, work item management, and quality management, including defect management. Other significant features also include reporting, workflow, version management integration, wiki and collaboration support, and excellent connectivity with other application lifecycle management tools comparison technologies. 

The application lifecycle management tools comparison suite establishes an ecosystem for people to interact and fulfill tasks while developing or enhancing software. The following are some tools for application lifecycle management:

#1. JIRA Application

In brief, it is smart, efficient, simple to use, simple to maintain, and aids in project management.

#2. Bitbucket

Bitbucket is a fantastic platform for managing Git repositories. It is also useful for finding code, maintaining branches, and handling pull requests.

#3. Bamboo

Bamboo is a fantastic continuous integration pipeline-based technology that aids in the development, testing, and deployment of software on a single platform.

#4. Anthos, Google Cloud

Google Cloud Anthos enables the development and management of modern hybrid apps on existing on-premises or public cloud investments. Meanwhile, Anthos, which is built on Google-pioneered open-source technologies like Kubernetes, Istio, and Knative, offers consistency between on-premises and cloud settings. As well as revolutionary technologies like service mesh, containers, and microservices, Anthos helps expedite application development and strategy to enable your business.

#5. Use Jama Connect for Requirements Management

Jama Software is dedicated to increasing the success of innovation through requirements management, risk management, and test management. Meanwhile, numerous firsts for humanity rely on Jama Connect to reduce the risk of product failure, delays, cost overruns, compliance gaps, defects, and rework. Jama Connect delivers Live Traceability in a unique way by siloing development, testing, and risk activities in order to provide end-to-end compliance, risk mitigation, and process improvement.

#6. Codebeamer

Codebeamer is a full-stack Application Lifecycle Management system that helps to simplify difficult product and software engineering at scale. Also, the open platform expands ALM functionality with product line configuration capabilities and offers unparalleled configuration for complicated operations. Codebeamer provides comprehensive requirements, risk, and test management capabilities, as well as unique digital workflows and integration with your development toolchain.

#7. Orcanos

Orcanos is a compliance management SaaS that integrates Design Control (ALM), Quality Management (eQMS), and Manufacturing Execution Quality Control System (MES). It is also designed for life sciences companies that develop, manufacture, and market life-saving goods and services (medical devices, pharmaceuticals, automobiles, aerospace, and defense). The Orcanos platform is the only collaborative environment with a track record of success in accelerating product delivery while lowering total failure, cost, and risk.

#8. ALM Helix

Helix ALM (formerly TestTrack) is a customizable Agile project management tool that enables you to consolidate and manage criteria, test cases, bugs, and other development artifacts, as well as their relationships. The modular structure of Helix ALM enables you to license only the capabilities you require right now and easily add more later. Helix ALM allows you to do the following:

  • You can effectively reduce development risk by boosting project visibility.
  • It also enables cross-team and cross-department collaboration.
  • Moreover, traceability should be automated among all project tasks and data, from requirement capture and risk evaluation to testing and defect management.
  • Finally, baselines are used to store and display historical data.

#9. Micro Focus ALM Quality Center

Micro Focus ALM/Quality Center acts as a centralized control point for software quality and the implementation of stringent, auditable lifecycle processes. With a requirements-driven and risk-based testing methodology, companies may achieve high efficiency and evaluate quality in complex multi-application setups. Meanwhile, advanced reporting gives users a comprehensive perspective on all releases, allowing them to obtain fresh insights and make more educated decisions.

Why is ALM Important?

ALM assists businesses in establishing and upholding proper project criteria. By including regular, thorough testing, ALM also enhances the development process. During the software’s lifetime, it also aids developers in modifying development procedures and objectives. Last but not least, ALM makes sure that all teams, including development, operations, and security, can work together productively to create the greatest software.

Leading software providers also often upgrade their products. Application lifecycle management expedites workflows and ensures that high-quality products are launched, giving enterprises a competitive edge and high levels of efficiency.

How Are Application Lifecycle Management Tools Purchased?

The majority of application lifecycle management technologies offer modules that can be purchased separately, while some offer full feature packages in a single purchase. Because of this, businesses can scale up as they grow and only pay for the features they actually use.

What is ALM Used For?

Before delivering software, ALM offers a framework for identifying requirements and developing procedures, governance, and techniques. ALM provides the framework through which software is created, evaluated, and maintained. Additionally, it is built with protections and checkboxes to make sure software satisfies compliance, governance, effectiveness, usability, performance, and other standards before it is made available for use in real-world settings. Finally, ALM gives businesses continual chances to measure productivity to make sure they accomplish their ROI goals for software development and to review and change costs to meet shifting budget constraints.

Agile ALM Tools

Agile ALM tools aid in the implementation of typical agile procedures. They connect well with key agile processes. The technologies enable all stakeholders to gain access to crucial information. They also help the development team, testers, project managers, and business users communicate with one another.

An Agile ALM tool supports the Agile process. There is no precise checklist to determine whether a tool is an Agile ALM tool, but it must enable you to become Agile—it must assist the team do its work better by gathering and distributing information in an inclusive, interdisciplinary manner. An Agile ALM technology should bring benefits to the system and promote stakeholder participation.

Agile ALM tools are the practice of managing your requirements, bugs, and tests utilizing Agile procedures. It includes the entire application management lifecycle. This comprises tasks like design, deployment, development, testing, and release. To understand how Agile tools aid ALM and why this unification exists, we must revisit its guiding principles. The Agile Manifesto contains four Agile Software Development principles:

  • Individuals and their interactions with processes and instruments are the focus of this article.
  • Working software is preferred over extensive documentation.
  • Customer involvement in contract negotiation
  • Responding to change and sticking to a plan
  • The Agile ALM catchphrase
  • Task-based learning
  • Management of functional and technical release
  • Development through collaboration
  • Stakeholder engagement and quality assurance

Application Lifecycle Management Stages

The application lifecycle management has stages that it goes through, which are listed below;

  • Specifying needs is one of the application lifecycle management stages.
  • Product development.
  • Quality control and testing.
  • Deployment is part of the stages of application lifecycle management tools.
  • Product maintenance and improvement should be ongoing.

What Are Agile ALM Tools?

These are the tools:

  • Agile Tools for the Web and the Cloud
  • Collaboration and Agile Tools
  • Continuous delivery and automation
  • Feedback from Customers and Consistent Delivery

Which of the Following Are Alm Tools?

These are the tools:

  • Atlassian Jira
  • IBM ALM solutions
  • CA Agile Central
  • Microsoft Azure DevOps Server
  • Tuleap
  • Basecamp

What Is the Alm Tool in Scrum?

It is the Testing instrument.

Software Testing via Automation HP ALM is Hewlett-Application Packard’s Lifecycle Management software. It is a test management solution that covers practically all aspects of the testing process. An agile tool is a scrum tool.

Is Jira an Agile Lifecycle Management Tool?

Yes, Jira Software is an agile project management application that works with any agile approach, whether it’s scrum, kanban, or your own custom blend. You can organize, monitor, and manage all your agile software development projects from a single application, which includes agile boards, backlogs, roadmaps, reports, integrations, and add-ons.

What Is the Difference Between ALM and SDLC?

ALM is not synonymous with the software development lifecycle (SDLC). (It is also not to be confused with API Lifecycle Management). ALM encompasses an application’s whole lifecycle, from conception to demise. SDLC only addresses the creation of an application. Testing is also included in the SDLC. As a result, ALM incorporates SDLC by definition. However, SDLC only addresses a small portion of ALM.

The key distinction is that SDLC is primarily concerned with the development phase, whereas ALM is concerned with the full application life cycle, from idea to maintenance and, eventually, decommissioning, and continues after the application has been developed.

SDLC is a component of application life cycle management, particularly during the stages of development, testing, and deployment. For a particular application, ALM may include many development life cycles.

What are the Stages of ALM?

Application lifecycle management basically consists of five stages. They are;

Defining requirements
Development of the product
Testing and quality assurance
Continuous maintenance and improvement of the product

Advantages of Application Lifecycle Management Software

The advantages of ALMT are as follows:

  • Releases that are faster
  • Compliance
  • Goods of High Quality
  • Visibility

What Businesses Benefit Most From Application Lifecycle Management Tools?

Although application development is a typical project for businesses of all sizes, your company may not find it beneficial to use application lifecycle management solutions if it does not frequently work on new software projects. ALM technologies are an excellent choice for companies that regularly develop new software applications.

How Are Application Lifecycle Management Tools Purchased?

The vast majority of application lifecycle management tools consist of individual modules that may be bought separately, while some of these products do sell comprehensive feature sets in a single bundle. This allows companies to just pay for the things they require, with the ability to scale even higher as their businesses expand.


Every business wants its brand to grow and remain for a lifetime. Some systems don’t last long. They crash because of a lack of proper maintenance. These ALM tools will help design and develop your system till you stop or your retirement. This article teaches about “application lifecycle management tools.”

Application Lifecycle Management Tools FAQs

What kinds of task items may application lifecycle management systems generate?

  • Requirements are used to organize, synchronize, and coordinate the lifecycle activities for developing or updating software applications.
  • Coding and development.
  • Assurance of quality.
  • Deployment and Release Software upkeep.
  • Track and document workflow and completion.

What is an agile lifecycle management tool?


CollabNet is an excellent Agile application lifecycle management platform. Its distributed version control solution is ideal for large projects and large companies. While not a complete solution in and of itself, CollabNet interacts readily with several commonly used open-source programs such as Jenkins or Git.

Why is ALM so important?

An ALM solution provides a high-visibility, high-transparency, teamwork environment that allows you to display what you do to your customers, offer them early and often awareness of the work you do, cooperate to help them define their true requirements – and allow them to adjust them because they understand them.

  1. Konga Yakata: Top deals in 2023
  2. AGILE PROJECT MANAGEMENT TOOLS: Definition,Uses, And List of APM
  3. Product Lifecycle Management PLM: Detailed Guide to the PLM System
  4. PLM SOFTWARE: Best Product Lifecycle Management Software Reviews & Comparisons
  5. Konga Black Friday: Best deals for 2020 (+ quick guide)
  6. PLM Tools: Top Product Management Tools List in 2023


Leave a Reply

Your email address will not be published.

You May Also Like