roadmap-update

Roadmap reprioritization involves analyzing sprint data and capacity constraints to safely shift items. This skill validates current roadmap state and dependencies to recommend safe changes while documenting the updates for stakeholders.

Automated roadmap planning reads existing roadmap files and sprint results to identify dependency conflicts. It applies prioritization frameworks like RICE, MoSCoW, or ICE to evaluate and reschedule items without breaking dependency chains.

Applying RICE to an existing roadmap requires reading current items and sprint data to score and reorder priorities. This skill calculates RICE scores, validates capacity constraints, and outputs documented changes to your roadmap file.

Yes, you can update roadmap items using MoSCoW prioritization integrated with sprint results. The skill reads your current roadmap state and sprint capacity, then categorizes items into Must, Should, Could, and Wont while validating dependencies.

Roadmap planning automation requires specific files including a roadmap markdown file and a configuration JSON file. The skill reads these files alongside sprint results to analyze dependencies, validate capacity, and generate safe reprioritization recommendations.

Reprioritization with capacity constraints is limited by existing sprint allocations and dependency chains. The skill validates against current capacity data to prevent overallocation, but cannot bypass hard dependency conflicts or create capacity beyond available limits.