Deferred Layer ​

The deferred layer covers that portion of Realith's future precision that depends on implementation, prototype, pilot, cryptographic choice, or operational validation.

The deferred layer is not an open architectural question, but future precision that must not yet be fixed before implementation and operational support appear.

The deferred layer includes ​

• the exact field composition, commitment shape, and cryptographic packaging of the published verification surface;
• the final format and verifier profile of Published State Summary;
• the final vocabulary split and admissibility rules for contour-relative cross-contour artifacts;
• the target-side lifecycle mechanics of such artifacts, including own structure, own active version, and own transition line;
• the exact low-level canonization mechanics, tie-breaking rules, and formal merge procedure of the lower canonization layer;
• the formalized policy language;
• the exact conformance taxonomy and profile matrix for compatible surfaces;
• detailed deployment, node-role, and security profiles;
• performance, storage, and availability guarantees;
• the final public token standard;
• the exact bridge-path mechanics, including the transition between forms, the completion rule, and other details of the bridge state machine;
• the exact threshold logic for token-bearing regimes;
• the final articulation of commitment states such as hold, lock, and bond;
• the exact subject aggregation and subject-of-threshold discipline for token-mediated participation;
• bounded enforcement, forfeiture, and other exact consequences after qualification;
• the execution/conformance profile of token-bearing regimes;
• the final EVM execution profile.

The deferred layer describes the type of future precision, not a public ban on false representation. The question of misrepresentation risk is separately retained by the page What Must Not Be Presented as Settled.