RECEIZ v113.0.0 — PRODUCTION GLOBAL RECONCILIATION
RECEIZ v113.0.0 — PRODUCTION GLOBAL RECONCILIATION
Long-form post
Receiz v112 made the authority hierarchy executable.
Receiz v113 carries independently verified offline artifact history into a production coordination domain without surrendering truth back to the server.
That is the breakthrough.
Creating an artifact that verifies offline is one problem.
Allowing that artifact to move, evolve, accumulate lawful history, survive disconnection, and remain independently understandable is another.
But the deepest problem comes afterward:
How does independently held truth return to a shared production environment without allowing the infrastructure to rewrite it, reorder it, silently merge it, or declare itself the source of truth?
Receiz v113.0.0 answers that question.
The artifact determines what exists.
Verified causal history determines what lawfully happened.
The named domain coordinates whether it accepts that exact history as its next head.
That distinction is the entire release.
“Global” does not mean universal consensus. It does not mean every server, network, device, or observer has seen the artifact. It does not mean the server created the history.
It means one explicitly named production domain—receiz.com/global/v1—accepted one exact, independently verified artifact as the next head of one stable artifact resource.
The domain coordinates acceptance beneath proof.
It does not manufacture proof.
The public SDK now exposes a provider-neutral remote-domain facade for planning, staging, commitment, accepted-head resolution, indeterminate-attempt recovery, and effect-status resolution.
The underlying infrastructure may use Postgres, Supabase, private object storage, RPCs, locks, and internal tables. None of those provider mechanics appear in the public authority language.
Developers interact with Receiz primitives.
The provider remains replaceable.
The authority hierarchy remains unchanged.
A Connect token may authenticate the account, tenant, consent, and API scope. It may grant access to the coordination rail. It cannot authorize an artifact mutation.
Access is not authority.
The application first creates a deterministic reconciliation plan from the stable artifact identity, expected accepted head, exact sealed artifact, verified causal history, admitted Identity Seal issuer, commit domain, tenant, registry, operation matrix, and caller-retained idempotency identity.
The completed capability payload is then signed with the admitted Identity Seal.
That capability binds one actor to one artifact, one operation, one tenant, one domain, one plan digest, one expected head, one effects ceiling, one registry, one operation matrix, one Kai-valid interval, and one reconciliation attempt.
It cannot rewrite the history that preceded it.
Every intermediate handoff must independently prove itself.
If an artifact moved from A to B, A must have authorized B.
If it later moved from B to C, B must have authorized C.
The final submitter cannot retroactively authorize the complete chain.
A ten-handoff descendant requires ten lawful causal transitions. One invalid intermediate link rejects the entire descendant atomically.
No server timestamp can rescue it.
No database insertion order can outrank it.
No “latest revision” field can select a winner.
No HTTP arrival race can manufacture authority.
No Date.parse() comparison can decide what lawfully happened.
Receiz follows verified predecessor relationships, accepted-head lineage, registry-authorized reducers, key state at each causal position, and Kai/proof ordering.
Chronos remains useful for display, retention schedules, operational budgets, and cleanup.
Chronos does not govern causality.
After planning and authorization, the exact artifact bytes are placed into neutral immutable staging. Staging changes no head, ownership, projection, settlement, publication, or domain state.
The staged reference binds the artifact digest, plan digest, proposed head, byte length, tenant, domain, immutable object version, storage-integrity digest, and storage-key digest.
Commit cannot accept whichever bytes currently exist at a convenient logical path.
It must resolve that exact immutable version.
At the atomic boundary, the production transaction locks the pair consisting of the commit domain and stable artifact identity. From one consistent snapshot, it rechecks the expected head, account, tenant, token, Identity Seal key, revocation epoch, capability, idempotency state, command identity, and authorization state.
Then the server independently verifies the artifact again.
It streams or safely spools the exact staged bytes.
It recomputes the artifact digest.
It verifies every handoff.
It reconstructs the reconciliation plan.
It resolves the admitted issuer from independently verified identity artifact truth.
It verifies the capability binding.
Only then may the named domain advance.
Acceptance is one transaction or none.
The accepted head, artifact digest, immutable reference, ordered history additions, command identity, scoped idempotency result, receipt, effect state, audit reference, and outbox intents are recorded atomically.
External effects remain outside that transaction.
This creates another crucial separation:
Accepted does not mean delivered.
The artifact head may be accepted while payment, notification, indexing, game projection, publication, or another external consequence remains pending, retrying, delivered, or dead-lettered.
A delayed notification cannot reverse accepted history.
A failed projection cannot make the artifact untrue.
A payment provider cannot replace causal authority.
The effect resolver reports consequences. It does not govern truth.
V113 also refuses to hide conflict.
A verified local descendant may be accepted.
A verified remote descendant returns remote-ahead.
Verified sibling branches remain divergent.
No common predecessor is rejected.
There is no silent merge, last-write-wins rule, timestamp winner, automatic rebase, CRDT winner, or server-selected branch.
The system does not pretend two lawful but incompatible histories are one history.
It names the divergence and performs zero authority-bearing writes.
Even uncertainty is treated honestly.
A lost network response does not automatically mean the commit failed. COMMIT_OUTCOME_UNKNOWN preserves the original attempt and idempotency identity. The lawful next action is to retry identically or resolve the original attempt read-only.
A new request cannot erase unresolved uncertainty by inventing a new attempt.
Accepted-head resolution is monotonic. The remote response must authenticate its protocol, domain, tenant, account, registry, operation matrix, artifact digest, and accepted head. Exact bytes are independently verified after retrieval.
The returned head must equal or descend from the caller’s known head.
Verified knowledge cannot roll backward.
Private resolution is also intentionally non-enumerable. Unauthorized and nonexistent resources remain opaque. Direct storage URLs, provider identifiers, cross-tenant deduplication signals, and public digest enumeration are forbidden.
Verification remains bounded by signed protocol law. Artifact size, archive expansion, history depth, predecessor fetches, reducers, namespaces, and law-expression operations all have explicit maxima.
Resource exhaustion is reported as operational exhaustion.
The system does not falsely label an artifact cryptographically invalid merely because the current machine could not finish processing it.
This is not a sync feature.
Sync copies state between machines.
Production Global Reconciliation determines whether independently held, independently verified causal history may lawfully become the next accepted head of a named coordination domain.
The user does not return to the server asking it to remember what happened.
The artifact carries what exists.
The verified history carries what happened.
The Identity Seals carry who authorized each transition.
The domain verifies all of it and coordinates acceptance.
V113 carries 57 constitutional laws, 17 protocol maxima, nine active MCP tools, two new operation-matrix entries, monotonic resolution, indeterminate recovery, observable effect lifecycles, bounded verification, private immutable staging, and first-party Receiz.com production coordination mechanics.
But the meaning is simpler:
Offline truth can now return to a global production rail without becoming server truth.
The artifact remains stronger.
The history remains causal.
The infrastructure remains subordinate.
Artifact truth determines what exists.
The named domain coordinates acceptance.
Verified history determines what lawfully happened.
Effects arrive later.
That is Receiz v113.0.0.
Production Global Reconciliation is live. receiz-v113-production-global-reconciliation-release-book.pdf