Technology Portfolio Management (TPM) Best Practices - Identify and eliminate technology redundancy and duplication
Technology Portfolio Management (TPM) Best Practices
Chapter 54. Identify and eliminate technology redundancy and duplication
Executive Summary: Chapter Overview
IF4ITThe Bottom Line
Core Concepts
| Concept | Definition & Strategic Role |
|---|---|
| and eliminate technology redundancy and duplication | Defines the chapter’s primary TPM concern and the disciplined practice needed to govern it consistently across the technology portfolio. |
| Overview | Establishes the ownership, standards, evidence, and decision mechanisms required to turn the guidance into repeatable portfolio governance. |
| Best Practice | Connects the practice to operational action, portfolio transparency, risk reduction, cost control, modernization, and strategic enterprise outcomes. |
Quick Q&A
Question: What is the central guidance in the chapter “Identify and eliminate technology redundancy and duplication”?
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Overview
Most enterprise technology portfolios contain significant redundancy — multiple technologies performing similar or identical functions for different teams, typically because each team independently selected tools without awareness of what other teams were already using. Technology redundancy multiplies cost: each instance requires its own license or subscription, its own support and maintenance, and its own skills investment. It multiplies risk: each technology creates its own security footprint, compliance exposure, and integration complexity. And it multiplies governance burden: maintaining multiple technologies that serve the same purpose requires proportionally more governance effort without producing proportionally more organizational value.
Best Practice
Systematically analyze the Technologies Inventory family for functional redundancy using the taxonomy categories as the analytical framework. Within each taxonomy sub-category, identify technologies that perform overlapping or identical functions for potentially consolidable user populations. For each redundancy cluster, assess: whether consolidation is feasible given the technical and organizational complexity involved; what the net financial and operational benefit of consolidation would be after accounting for migration cost, user disruption, and transition effort; and which technology in the cluster is the strongest consolidation candidate based on the assessment framework. Develop a consolidation plan that sequences the elimination of redundant technologies in order of net benefit, and prioritize consolidation of existing capabilities over net new technology acquisition wherever a rationalized existing technology can serve the organizational need.
Benefit(s)
Eliminating technology redundancy produces compounding financial and operational benefits. License and subscription costs fall as redundant technologies are retired. Skills investment becomes more focused as the organization concentrates training and development resources on a smaller, more purposefully selected technology set. Security and compliance exposure falls as the attack surface and compliance footprint shrink. And governance burden decreases as the number of technologies requiring active management contracts rather than expanding with each new team adoption decision.
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