Strict Write Discipline (SWD)

A validation-first protocol for safe AI-generated changes. SWD transforms raw AI output into controlled, auditable filesystem actions by enforcing a strict verification loop: intent โ†’ dry-run โ†’ snapshot โ†’ verification โ†’ commit.

Core Internal State & Routing Logic
INTENT CAPTUREProposed ChangesetDRY RUNVirtual ExecutionSNAPSHOT SYNCGround Truth BaselineHASH VERIFICATIONChecksum Zero-DivergenceCOMMITVerified State ChangeHOST FILESYSTEMHASH MISMATCHSTATE RE-INJECTIONdry_run_execstate_snapshotverify_sum* Red arc indicates a Correction Turn triggered by detected context divergence.
01

Intent Capture

Captured AI output is treated as a Proposed Intent, not a direct command. Each node must contain explicit metadata: Target Path, Operation (CREATE, MODIFY, DELETE), Source Hash (SHA-256), and anticipated Byte Size.

02

Snapshot Sync

The system performs an instantaneous sync with the Host Filesystem. Actual state overrides internal AI assumptions, creating a verified ground truth baseline. Every referenced file must exist and match captured checksums before the dry-run commences.

03

Correction Turn

If an intent references invalid or inconsistent system state (e.g., hallucinated paths or stale hashes), execution is blocked. Real-time filesystem state is re-injected into the AI context, triggering an immediate self-correction loop.

04

Atomic Verification

Intents are only promoted to a COMMIT state once verification yields zero divergence. This architecture ensures atomic, validated writes under controlled conditions, eliminating partial or broken file updates.

Enforce Structural Safety

Deploy the SWD protocol in your development environment to transform generative AI into a verified engineering partner.

Get StartedTechnical Specification