Adopting Blueprints

Choosing which adoption story matches you (ICP-style paths A / B / C) — not the command-by-command first hour.

What it is

Choosing which adoption story matches you (ICP-style paths A / B / C) — not the command-by-command first hour.

ForgeSDLC treats delivery as human-governed, agent-assisted work: Blueprints gives you the traceable documentation baseline; Forge and Versonas add governed review and execution patterns. This page is about which adoption slice to start with, not every command.

Blueprints is a reusable documentation framework: SDLC, PDLC, disciplines, and Forge / Versona patterns you consume as a Blueprints tree in your repository (often a submodule named blueprints/). Your project work lives in sdlc/, docs/, forge/ at the repository root — not in edits to the frozen baseline inside the Blueprints tree (see Blueprint policy).

Hands-on first hour: Quickstarts — First hour.

Terms (quick read)

Term Plain language
Blueprints Software delivery documentation framework — SDLC/PDLC text, ceremonies, and templates you submodule into a repo.
Forge Methodology tooling in your repo (config, logs, optional tasklets) that aligns editors and automation with that framework.
Forge Studio Local workspace UI for delivery visibility — part of Lenses; runs on your machine, not inside blueprints/.
Wizard Guided planning / assessment workflow in Studio — structured sessions and exports; does not auto-change your submodule.
Versona Discipline-specific perspective (reviewer lens) used in Forge-aligned sessions — e.g. architecture, testing, security voice.

When to use it

Use this page before you deep-read methodology folders or maintainer docs. Pick a path below, then run the first hour or the full Project setup checklist.

Prerequisites

  1. Add Blueprints to your repo (typically as a git submodule at blueprints/; or copy the tree if you do not use submodules). The handbook home summarizes layout expectations.
  2. Use the decision guide and path pages next.

Decision guide

Answer in order; the first row that matches your situation is usually the right starting path.

Question If yes →
You mainly need a solid text baseline and minimal ceremony Start with path A
You must align several contributors or repos on vocabulary and ceremonies Path B after A’s basics
You maintain a platform corpus and many products must pin the same upstream Path C (often with governance for submodule bumps)

Path choice (visual)

The decision guide above maps three situations to paths A, B, and C. Use it before deep-reading methodology folders.

Adoption path choice — match your situation to path A, B, or C from the table above

What changes vs what stays frozen

Area What you add or own in your repo What stays upstream (do not fork casually)
Interpretations, principles, “how we run it” Project sdlc/, docs/, optional forge/ blueprints/sdlc/ baseline text — see Blueprint policy
Tooling and editor alignment Cursor rules, optional Forge tasklets — see Project setup checklist Templates in blueprints/ you copy or sync; not edited in place for product specifics
Submodule pointer Your commit moves blueprints/ to a new SHA Upstream autowww/blueprints remains the canonical framework

Risks and trade-offs (chooser)

Path Main trade-off Mitigation
A Too little shared process if the team grows Move to B when you need shared ceremony language
B Heavier alignment cost Anchor one repo; use Team rollout patterns
C Submodule drift across products Published “golden” SHA + cadence; see Updating the submodule

Choose your path (deep dives)

Path Page
A — Solo developer or small team Adopting Blueprints — path A
B — Team lead / EM Adopting Blueprints — path B
C — Organization / platform group Adopting Blueprints — path C

How to verify success

You have picked a path and can follow that path’s Steps page. Next, confirm repo checks in first hour or Project setup profile.

What to do next


Maintainer and GitHub-only detail

Release notes and framework-product context live on GitHub (for example ADOPTION.md, ROADMAP.md). Skip this block until you need upstream or release mechanics.