ShardStitch

Local-first AI coding layer for memory, recovery, verification, tool routing, visual control, and cross-tool work across Claude, Cursor, Codex, Gemini, and Roo Code.

AI coding memory, recovery, and orchestration stay grounded in project state instead of the old chat.

ShardStitch keeps the whole AI coding workflow grounded.

Local memory, verified facts, recovery state, routing signals, failed attempts, and the next action for the same tool or the next one. See pricing

ShardStitch keeps local memory, verified working state, and tool context together across Claude, Cursor, Codex, Gemini, and more - recovering failed sessions, routing work to the right tool, and preserving control when the workflow changes.

Memory, verification, and routing stay local. The next tool gets the context it needs without inheriting the old session's noise.

Your last tool said the tests passed. The diff says they did not. ShardStitch tags that line INFERRED , so the next AI treats it as a claim to re-check - caught and quarantined before the next agent builds on it.

The labels are enforced through the handoff packet and MCP tools. The next tool sees what is verified, what is inferred, and what must be checked before continuing.

CLAIM "Tests passed" Old tool summary says the refactor is clean.

DISK Diff disagrees Changed files show the failing assertion was never updated.

HANDOFF INFERRED The next AI must verify before building on this line.

A local packet for the next model: verified disk fa