Forge is the first architecture compiler — not a linter, not a code generator. It absorbs any Python/JS repo, classifies every symbol into a 5-tier monadic structure, flags upward-import violations, and certifies the rebuild with SHA-256. 262 tests. AI coding tools generate code; Forge governs architecture. Nothing else does this. Live demo analyzes real repos like Flask in seconds.
No reviews yetBe the first to leave a review for Atomadic Forge: MCP Architecture Copilot
Maker
📌
I am launching Atomadic Forge today.
The problem is simple: AI coding agents are now fast enough to create architectural debt faster than teams can review it.
Forge is not another coding assistant. It is an architectural governance layer for AI-generated codebases: repo recon, scoring, preflight, enforcement, and MCP tools agents can use before they make a mess.
The thesis:
Copilot/Cursor/Claude Code generate.
Forge governs.
I am looking for three kinds of people today:
1. Engineers using AI agents in real repos who will give blunt feedback.
2. Devtool founders/operators who understand the CI/code-quality market.
3. Investors or customers who believe AI-generated code needs governance, not just speed.
Forge: https://forge.atomadic.tech
Subscribe: https://forge.atomadic.tech/subs...
Repo: https://github.com/atomadictech/...
Investor page: https://invest.atomadic.tech
Point any MCP-aware coding tool at a messy repo and get back a tier-disciplined, certified, emergent-enhanced, ship-ready package — in minutes. This is Round 2 of the Forge MCP bridge: the full transmuter pipeline is now agent-callable.
Five new MCP tools (Round 2 — in addition to the existing 29):
MCP tool
CLI equivalent
Use this when
auto
forge auto
You want Forge to absorb any source repo into a tier-disciplined output package in one call (scout → cherry → assimilate → wire → certify).
cherry
forge cherry
You want a cherry-pick manifest of symbols from a scouted repo before assimilating — surgical control over what gets imported.
finalize
forge finalize
You have a cherry-pick manifest and want to materialize it into a tier-organized output package, then wire and certify.
iterate(CLI today; MCP in Round 3)
forge iterate
You have an intent string and want Forge to drive an LLM loop until certify >= target_score. The MCP form is being refactored so the calling agent drives its own LLM.
evolve(CLI today; MCP in Round 3)
forge evolve
Recursive iterate, treating prior output as seed. Same Round-3 refactor as iterate.
The strategic positioning: Forge is the architecture substrate that Cursor, Copilot, Claude, Aider, and Devin want to depend on — not a competitor to those tools. They generate code fast; Forge gives that code architectural gravity. When an agent calls auto, it gets back a tier-organized, import-law-enforced, certify-scored package it can continue building on. The agent stays in the loop; Forge keeps the law.
the Forge just got a huge update! https://github.com/atomadic-forge
Atomadic Forge
From spaghetti to shippable in one MCP call
Point any MCP-aware coding tool at a messy repo and get back a tier-disciplined, certified, emergent-enhanced, ship-ready package — in minutes. This is Round 2 of the Forge MCP bridge: the full transmuter pipeline is now agent-callable.
Five new MCP tools (Round 2 — in addition to the existing 29):
MCP tool
CLI equivalent
Use this when
auto
forge auto
You want Forge to absorb any source repo into a tier-disciplined output package in one call (scout → cherry → assimilate → wire → certify).
cherry
forge cherry
You want a cherry-pick manifest of symbols from a scouted repo before assimilating — surgical control over what gets imported.
finalize
forge finalize
You have a cherry-pick manifest and want to materialize it into a tier-organized output package, then wire and certify.
iterate (CLI today; MCP in Round 3)
forge iterate
You have an intent string and want Forge to drive an LLM loop until certify >= target_score. The MCP form is being refactored so the calling agent drives its own LLM.
evolve (CLI today; MCP in Round 3)
forge evolve
Recursive iterate, treating prior output as seed. Same Round-3 refactor as iterate.
The strategic positioning: Forge is the architecture substrate that Cursor, Copilot, Claude, Aider, and Devin want to depend on — not a competitor to those tools. They generate code fast; Forge gives that code architectural gravity. When an agent calls auto, it gets back a tier-organized, import-law-enforced, certify-scored package it can continue building on. The agent stays in the loop; Forge keeps the law.