Business and engineering evidence together
Rationalization decisions account for product value and the technical reality underneath it.
Decide where to invest, consolidate, re-engineer, modernize, or retire.
Product Portfolio Rationalization brings business and engineering evidence into decisions across software products, platforms, and major product capabilities. We help leadership identify where the portfolio deserves investment, where overlap should be consolidated, which products should be re-engineered or modernized, and which should be maintained or retired.
Product portfolios accumulate over time through acquisitions, market expansion, custom variants, and local technology decisions. Overlap, duplicated capabilities, aging stacks, and hidden dependencies consume engineering capacity, but rationalization becomes subjective when business value and technical reality are reviewed separately.
The assessment combines portfolio-level product evidence with system intelligence from the applications themselves. Where deeper application understanding is required, ASIMOV can reconstruct system knowledge and dependencies; for live products, the same Semantic Engineering discipline provides a more reliable view than surveys or architecture inventories alone.
Establish the product, platform, capability, dependency, usage, cost, and technical-health baseline.
Compare strategic value, business role, engineering effort, overlap, technical risk, and modernization potential on a consistent decision frame.
Identify invest, consolidate, re-engineer, modernize, maintain, and retire candidates with supporting evidence.
A portfolio inventory connecting business role to engineering reality
Consistent decision criteria across products, platforms, and capabilities
Invest, consolidate, re-engineer, modernize, maintain, and retire recommendations
Dependency-aware sequencing and transition considerations
A rationalization roadmap that redirects engineering capacity toward strategic products
Can reconstruct application knowledge, dependencies, target options, and modernization readiness where deeper evidence is needed for a portfolio decision.
Provides live-application modeling and impact context where portfolio decisions require deeper brownfield engineering evidence.
Scores and sequences opportunities into a fundable roadmap.
Engineering capacity redirected from duplicate or low-value product work
More defensible investment and retirement decisions
Clearer linkage between product strategy and modernization priorities
Reduced portfolio complexity over time
Rationalization decisions account for product value and the technical reality underneath it.
We can go beyond inventory data and reconstruct dependencies, rules, and modernization constraints for complex applications with limited documentation.
Recommendations distinguish investment, consolidation, re-engineering, modernization, maintenance, and retirement rather than producing a generic health score.
Portfolio decisions are ordered around transition risk and system relationships, not only individual product scores.
When a rationalization decision leads to modernization or re-engineering, Accion can carry the evidence into ASIMOV-led transformation or ongoing product engineering.
Recommendations are backed by business and engineering evidence, so leaders can understand why each portfolio decision is being made.
It is an evidence-based review of software products, platforms, and major capabilities to determine where to invest, consolidate, re-engineer, modernize, maintain, or retire.
We use consistent business and engineering criteria and, where needed, reconstruct application dependencies and technical health so recommendations are not based only on stakeholder opinion or outdated inventories.
The roadmap identifies sequencing and transition needs. Where decisions require re-engineering, modernization, convergence, or ongoing product evolution, the same system evidence can carry into the delivery engagement.