Engineering plate 02 / deterministic transaction

One instruction, ten accountable stages

Every accepted instruction travels through a fixed lifecycle. Each stage has one owner, one inspectable event, and an explicit failure boundary.

ATOMICBOUNDEDREPLAYABLENO PARTIAL COMMIT
Full-size schematic of the ten-stage deterministic instruction lifecycle
PLATE 02 / FULL RESOLUTIONBEFORE STATE + INSTRUCTION + EVENTS + AFTER STATE
01 / BINAH

Parse

Normalize Hebrew source and preserve source locations.

02 / GEVURAH

Validate

Reject unsupported source, invalid bounds, and denied capabilities.

03 / KETER

Context

Bind purpose, engine version, seed, and resource budget.

04 / PATH MAP

Activate

Resolve the instruction’s architectural route.

05 / NODE PAIR

Services

Record which service responsibilities participate.

06 / LETTER PLANE

Transform

Execute exactly once in the canonical IvritCode engine.

07 / YESOD

Synchronize

Record state and replay inputs at the integration boundary.

08 / TIFERET

Coherence

Reconcile trace metadata without altering register semantics.

09 / DAAT

Observe

Commit one deterministic, inspectable snapshot.

10 / MALCHUT

Output

Render the validated snapshot to screen, sound, file, or export.

Event envelope

Sequence, stage identifier, status, message, state hash, path, gate, and register changes make the run auditable and replayable.

Atomicity

A failure stops the lifecycle and reports its owner. The active machine state is not partially committed, and Malchut remains locked.