Parity With TypeScript

Rust .me is a port of the TypeScript kernel, not a new semantic system.

The Rust implementation is allowed to improve internal mechanics: stricter types, memory safety, smaller runtime shape, cheaper embedding, and cleaner host contracts.

It is not allowed to change .me meaning.

Current Parity Surface

The Rust port currently covers:

• hash-chained memory,
• path grammar and selectors,
• public and owner projections,
• identity, secret, noise, pointer, derivation, query, remove,
• operator registry,
• semantic replay,
• eager/lazy recompute modes,
• inspect() and explain(),
• secret material v3 fixture parity,
• WrappedSecretV1,
• Ed25519 proofs,
• me:// execution,
• JSON snapshots,
• runtime events,
• runtime receipts.

Contract Files

• tests/axioms_contract.rs
• tests/kernel_contract.rs
• tests/path_contract.rs
• tests/execute_contract.rs
• tests/event_contract.rs
• tests/runtime_contract.rs
• tests/storage_contract.rs
• tests/proof_contract.rs
• tests/keyspace_contract.rs
• tests/wrapped_secret_contract.rs
• tests/typescript_fixture_contract.rs

Known Boundary

Rust is not yet a drop-in replacement for the TypeScript kernel inside monad.ai.

That requires an integration layer and host decision, not more kernel semantics.