Designing, Building, and Maintaining Comprehensive and Usable Enterprise Capability Models

Best Practice: Create Executive Views

Description

Executive views should present the Enterprise Capability Model (ECM) through the lens of strategy, investment, maturity, health, risk, transformation, and target-state needs. They should be concise, visual, and decision-oriented.

Useful executive views may include the Enterprise Capability Management Dashboard, also known as the Executive Capability Dashboard, as well as capability heatmaps, investment-priority views, strategic-goal alignment views, target-state gap views, risk exposure summaries, transformation roadmaps, and capability health dashboard panels.

Benefit(s)

Executive views help leaders quickly understand where enterprise attention is needed. They show which capabilities are strategically important, which are weak, which are risky, and which require investment or transformation.

They also help connect planning and funding discussions to enterprise abilities rather than isolated projects, applications, departments, or technologies.

Best Practice: Create Architecture Views

Description

Architecture views should show how capabilities relate to Applications, Data, Processes, Technologies, Integrations, Value Chain Stages, Organizations, Initiatives, Risks, Controls, and target-state architecture decisions.

These views should help architects analyze dependencies, identify gaps, understand impacts, assess redundancy, evaluate modernization options, and design future-state solutions.

Benefit(s)

Architecture views make the ECM useful for practical architecture work. They help architects move from business intent to application, data, technology, integration, and operating-model implications.

They also create a common bridge between business architecture, enterprise architecture, solution architecture, application portfolio management, and technology portfolio management.

Best Practice: Create Portfolio Views

Description

Portfolio views should show how applications, technologies, vendors, contracts, costs, lifecycle status, risks, and initiatives support or constrain capabilities. They should help portfolio teams compare support quality and investment need across capability areas.

Useful portfolio views may include application-to-capability matrices, capability support heatmaps, redundancy maps, under-supported capability views, technology lifecycle views, cost-to-capability views, vendor dependency views, and investment tier views.

Benefit(s)

Portfolio views help teams make rationalization, modernization, consolidation, retirement, and investment decisions based on capability value and risk.

They also help justify portfolio actions in business terms. Instead of saying an application is redundant or obsolete in isolation, the enterprise can explain how it affects capability health, strategic importance, operational support, and transformation outcomes.

Best Practice: Create Knowledge Views

Description

Knowledge views should support browsing, searching, learning, onboarding, and AI-assisted question answering. They should be readable for non-architects and should organize content around capability meaning, ownership, relationships, and next-step navigation.

These views may include capability index pages, capability hierarchy browsers, generated capability pages, related-knowledge lists, AI-generated summaries, frequently asked questions, owner/steward contact views, and role-specific learning paths.

Knowledge views should also include intranet views, wiki views, EDMS classification views, enterprise search facets, and AI/RAG retrieval views. These views should expose capability-based metadata, parent-child navigation, semantic predicates, relationship attributes, and SME connections so both humans and AI agents can interpret the content more accurately.

Benefit(s)

Knowledge views extend the value of the ECM beyond architecture and governance teams. They help employees and consultants understand the enterprise more quickly and navigate related information more confidently.

They also create a strong foundation for AI-assisted enterprise knowledge experiences because the model provides structured context for search, summarization, explanation, and relationship traversal.