Core Invention
A deterministic, snapshot-bound control primitive in which execution produces provisional computational state, while externally effective computing state is created only after verification and a deterministic publication commit records a publication hash as a state transition in append-only storage.
The separation is structural: execution state may produce results, but those results remain non-authoritative by construction. Activation, visibility, transmissibility, replication, issuance, or other externally enabling operations occur only when the system produces verifiable deterministic transition evidence under a snapshot-bound registry context.
Commit-gated activation
Externally effective activation is prohibited until commit confirmation is recorded.
Publication wrapper + publication hash
Verified outputs are wrapped with snapshot bindings, canonicalised, and hashed to produce a recomputable publication hash.
Append-only recording
Commit events and identifiers are recorded immutably to provide a stable verification surface.
Why the invention is structural
The objective is not stronger policy or better logging. The objective is a deterministic control primitive that makes externally effective computing state an explicit and verifiable transition, not an implicit side effect of execution.
Common approach
- Execution emits outputs immediately
- Logs are used as retrospective evidence
- Determinism is incidental, not enforced
- Verification depends on runtime trust
Commit-gated approach
- Transmission inhibition prevents premature external effect
- Verification gates run under snapshot-bound context
- Publication wrapper is canonicalised and hashed
- Commit event recorded in append-only storage