// TauGuard Proof

From claim
to proof.

TauGuard treats proof as a chain rather than a single benchmark number. The relevant question is not only whether a mechanism can produce a result, but whether its governing relationship can be grounded, reproduced, bound to consequence, re-evaluated when conditions change, preserved after commitment and independently verified.

// The seven proof requirements

Seven questions.
One evidence chain.

The following seven requirements define the proof programme used for the ARCHONT GOS / TauMesh mechanism demonstration. They should be read as distinct proof obligations, not as one generic test.

PROOF / 01

Independent reality grounding

The governed decision must be grounded in independently established reality rather than relying only on the system's own internal assertion.

Evidence: independent input, source or observation trace.
PROOF / 02

Formal reproducible admissibility

The conditions determining whether a consequence is admissible must be explicit enough for an independent evaluator to reproduce the result.

Evidence: declared inputs, rules, parameters and deterministic calculation.
PROOF / 03

Exact-action binding through effect

The authorized action must be bound to the actual consequence pathway, rather than treating authorization as a detached permission statement.

Evidence: action identity, authority, effect and execution relationship.
PROOF / 04

Alternate-route closure

Permissibility must not be bypassed simply by reaching the same consequence through another operational route.

Evidence: equivalent or alternate routes resolve against the same governing boundary.
PROOF / 05

Changed-condition requalification

A previous approval does not automatically remain valid after a material change to state, rule, evidence, dependency or other governed condition.

Evidence: Delta → Impact → Invalidation → Re-evaluation.
PROOF / 06

Post-commit custody

Governance does not end at the moment of commitment. The resulting consequence must remain attributable to its governed lineage.

Evidence: persistent custody, lineage and governance memory.
PROOF / 07

Independent reproduction

An evaluator outside the original implementation should be able to reproduce the documented normative mechanism within its stated scope.

Evidence: independent calculation or execution using declared material.
DEPLOYMENT

Verified production deployment

Simulation evidence and independent reproduction must not be silently represented as proof of production deployment. Deployment requires its own verification evidence.

Evidence: independently verifiable production environment and operational record.
// Proof chain

The mechanism must survive
the whole lifecycle.

For ARCHONT GOS, the proof chain connects governed reality to admissibility, action, consequence, change and preserved governance memory.

REALITYGrounded state
ADMISSIBILITYFormal evaluation
BINDINGExact action
EFFECTOperational consequence
CHANGENew condition
REQUALIFYNew Standing
CUSTODYGovernance memory
// Evidence boundaries

What the proof
does not claim.

Simulation

A controlled simulation demonstrates the implemented mechanism under its configured scenarios. It does not by itself establish production deployment.

Normative mathematics

Published governance mathematics may be disclosed for reproducibility. Disclosure does not transfer TauGuard implementation IP.

Independent reproduction

Reproduction demonstrates that a documented mechanism can be independently reconstructed within its declared scope.

Production verification

Production claims require separate evidence from an actual operational deployment and must not be inferred from a simulation.

Important:

The simulator may contain deliberately hardcoded fixture data because its purpose is to demonstrate the working mechanism. Hardcoded demonstration data is therefore not, by itself, evidence of a hidden production data source or a defect in the demonstration model. The relevant question is whether the declared mechanism behaves deterministically and whether its stated proof obligations can be examined.