1 · Operator
Registry operator/carrier operates registry functions; operation does not transfer sovereignty over registered local machines.
Ownerless Machine Registry Machine — Binds registration, deterministic search, versions, download and integrity evidence without turning recommendation, ranking or marketplace logic into authority.
This page describes a source-bound C0 machine architecture. It is not software, not a platform, and not proof of an already bound or productively activated operator instance.
Roles are bound separately. Operation, authority, sovereignty and formation are not the same thing.
Registry operator/carrier operates registry functions; operation does not transfer sovereignty over registered local machines.
No additional delegated sovereignty domain is claimed at C0 level.
Target rules are defined and authorized in the machine’s own engineering/instance-binding path by its bound sovereign; no Factory authorship is claimed.
Self-build / Engineering
Binds registration, deterministic search, versions, download and integrity evidence without turning recommendation, ranking or marketplace logic into authority.
This machine binds registration, deterministic checking, status formation, search, delivery and cryptographic evidence-certificate effects for SES machine artifacts.
This machine binds registration, deterministic checking, status formation, search, delivery and cryptographic evidence-certificate effects for SES machine artifacts.
Registry effects include upload, acceptance or rejection, checking, listing, deterministic search, download, certificates, versions, suspension, revocation and revalidation.
Scope is the registry effect space of one concrete registry instance, not a universal authority over all SES machines.
External systems may supply input, carry technical functions, contribute receipts or evidence, or execute bound consequences. Participation, access, provider status, model output, or technical capability does not create normative authority. The concrete role remains source- and instance-bound.
This source defines registry effect, not an operational SEBG baseline. Baseline guidance for operator machines is separate.
This A6 does not impose a generic result model. The source-specific rule/state/judgment model remains controlling. Missing authority, missing required state, conflict, UNKNOWN/OPEN, or another source-defined non-PASS state must not be converted into validity by runtime guessing or programmer defaults.
Evidence and state recording are required for registry effects; deterministic search, not recommendation or probabilistic ranking, remains the source-bound model.
A source-defined failure is not merely a warning. It binds the specified non-PASS consequence. A material source, scope, authority, rule, state, evidence, or dependency change reopens affected gates; prior PASS is not silently inherited.
The constitutive order remains: Sovereign / Domain → Quality / Process / Systems Engineering → Domain Assurance → Technical Carrier Engineering. Carriers come after normative and machine closure; they may not invent missing rules, authority, or consequences.
Effect space, authority, and acceptance boundaries.
Close scope, rules, state, failure, evidence, and revalidation.
Review domain meaning and claim-relevant assurance.
Technically carry the already closed order.
The public page binds the machine-type architecture. C1 closes concrete artifacts, C2 binds one operator instance, technical carriers carry the already closed machine, C3 proves activation readiness, and C4 productively activates that exact instance. Public C0 does not transfer PASS to an operator instance.
Source-bound C0 version: v1.0. This A6 publishes no CID, no IPFS link, and no A7/version route. Publication integrity will be closed later as a separate project and is not a substitute for C0/C1/C2/C3/C4.
Place concrete operator formation from C0 through C1/C2 and carriers to C3/C4.
Go to Apply →Return to the public catalogue and compare other generic C0 architectures.
Go to Machines →Place Quality, Process and Systems Engineering for the next closure step.
Go to Verify →