How Feature1 Works
From strategy and PRDs to release-ready work — with product intent preserved through every handoff
The Feature1 Pipeline
Seven stages from repo connection to validated, release-ready work
Connect Your Repository
Onboard your GitHub, GitLab, or Bitbucket repository in minutes. Feature1 securely indexes your codebase and establishes a persistent connection to track changes over time.
Build Domain Intelligence
The AI constructs a semantic knowledge graph of your codebase — understanding modules, dependencies, conventions, and architectural patterns. This graph powers every downstream decision.
Plan Features
Turn strategy, PRDs, backlog priorities, and product objectives into sprint-ready scope. Feature1 keeps rationale, risks, dependencies, effort estimates, acceptance criteria, and implementation plans linked for product managers and their collaborators.
Generate User Stories & ACs
User stories and acceptance criteria are auto-generated from feature analysis, fully aligned with your domain model. Each story is traceable, testable, and ready for implementation.
Implement with AI
Move approved scope into a controlled engineering handoff. Use Copilot for Driver-Navigator implementation, or choose Autopilot for well-scoped work where AI can implement acceptance criteria between human approval gates.
Validate with QA Feedback
Acceptance criteria checks, preview validation, bug feedback, and QA notes stay connected to the original objective and PRD. Teams can see what passed, what changed, and what still needs attention before release.
Review & Communicate
A pull request is created with a full diff, validation notes, QA feedback, and implementation context. Release notes and stakeholder updates trace shipped work back to objectives, PRDs, validation outcomes, QA feedback, and customer value. Your team manages merge and deployment through its CI/CD pipeline.
Choose Your Mode
Two ways to work with Feature1 — pick the level of control that suits your team
HITL Autopilot
Feature1 automates selected implementation work between approval gates. Product and engineering leaders keep control of scope, validation, QA feedback, and release communication while AI helps move well-defined work toward PR review.
- Automation between human approval gates
- Implementation option for well-scoped work
- Validation results and QA feedback captured
- Objective-linked release notes on every merge
- Continuous learning from merged code
- Ideal for repeatable engineering tasks
Driver-Navigator
The MCP client (Claude Code or Codex CLI) drives the implementation while you navigate — guiding design decisions and architecture choices at each step.
- Driver-Navigator pair programming pattern
- MCP client (Claude Code or Codex CLI) drives code
- You navigate design decisions and architecture
- Guide each step without writing it yourself
- Full audit trail of every AI action
MCP Integration
Connect Claude Code and other AI agents directly to Feature1 via the Model Context Protocol
What is MCP?
The Model Context Protocol (MCP) is an open standard that lets AI agents securely connect to external tools and data sources. Feature1 exposes its workflow through an MCP server so compatible agents can carry planning context, implementation tasks, validation status, and PR metadata across the delivery loop.
Ready to ship faster?
Connect your repo, preserve product intent from PRD to sprint, and give your team clearer validation before release.