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Welcome to CBCE Skill INDIA. An ISO 9001:2015 Certified Autonomous Body | Best Quality Computer and Skills Training Provider Organization. Established Under Indian Trust Act 1882, Govt. of India. Identity No. - IV-190200628, and registered under NITI Aayog Govt. of India. Identity No. - WB/2023/0344555. Also registered under Ministry of Micro, Small & Medium Enterprises - MSME (Govt. of India). Registration Number - UDYAM-WB-06-0031863

How does APM help in Identifying Redundant or Obsolete Applications?


APM help in Identifying Redundant or Obsolete Applications

Application Portfolio Management (APM) helps in identifying redundant or obsolete applications through systematic assessment and analysis of the entire application landscape. Here's how APM facilitates this process:

 

  1. Comprehensive Inventory: APM begins by creating a comprehensive inventory of all applications used within the organization. This includes documenting details such as application name, purpose, functionality, ownership, usage statistics, dependencies, and associated costs. By having a clear understanding of the entire application portfolio, organizations can identify potential redundancies more effectively.

  2. Usage Analysis: APM involves analyzing usage patterns and metrics for each application in the portfolio. This includes assessing factors such as user adoption rates, frequency of use, active user counts, and user satisfaction scores. Applications with low usage or declining user engagement may be candidates for further investigation as potential candidates for consolidation or retirement.

  3. Functionality Overlap: APM evaluates the functionality and capabilities of each application to identify instances of overlap or duplication. This involves comparing the features and functionalities offered by different applications to determine if multiple applications are performing similar functions redundantly. Applications that provide duplicate or overlapping functionalities may be candidates for consolidation or retirement to streamline operations and reduce complexity.

  4. Technology Stack Analysis: APM assesses the technology stack and architecture of each application to identify outdated or obsolete technologies. Applications that rely on deprecated or unsupported technologies may pose risks in terms of security vulnerabilities, compatibility issues, and ongoing maintenance challenges. Identifying applications with outdated technology stacks allows organizations to prioritize modernization efforts and reduce reliance on legacy systems.

  5. Business Value Assessment: APM evaluates the business value and strategic importance of each application in the portfolio. Applications that no longer align with business objectives or deliver tangible value to the organization may be candidates for retirement or replacement. By assessing the contribution of each application to business goals, organizations can prioritize investments in applications that have the greatest impact on performance and competitiveness.

  6. Lifecycle Stage Analysis: APM assesses the lifecycle stage of each application, including factors such as age, obsolescence, and supportability. Applications that have reached the end of their lifecycle or are no longer supported by vendors may be candidates for retirement. By identifying applications at the end of their lifecycle, organizations can plan for their replacement or decommissioning to avoid potential risks and disruptions.

  7. Cost Analysis: APM evaluates the total cost of ownership (TCO) for each application, including acquisition costs, licensing fees, maintenance costs, and support costs. Applications that incur high costs without delivering commensurate value may be candidates for optimization or retirement. By conducting cost-benefit analysis, organizations can identify opportunities to reduce costs and optimize resource allocation within the application portfolio.

 

Overall, APM helps in identifying redundant or obsolete applications by analyzing usage patterns, functionality overlap, technology stacks, business value, lifecycle stages, and costs associated with each application. By systematically assessing the application portfolio, organizations can identify opportunities for consolidation, modernization, or retirement to streamline operations, reduce costs, and improve overall efficiency.

 

 

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