This technical note releases MIZAN Boundary Tagging v0.1, a waqf-grade method to admit “modular / non-replicable” technologies without source disclosure by enforcing boundary contracts and offline replay. Each module is defined only by a typed I/O interface, invariants, break conditions (kill-criteria), and test vectors. Execution produces a deterministic receipt chain (SHA3-256), enabling independent verification across machines.The package includes a 24/7 self-service gate: any actor can download the ZIP, fill the interface forms (no internals), run the verifier locally (ADMITTED / REJECTED / PENDING), publish their ProofBundle as their own Zenodo DOI, and request certification using only three hashes. D10Z/MIZAN then issues CertificationReceipt v2.0 (TÜV 2.0) as a cryptographic attestation of admissibility.Hard falsifier (F2): if offline replay does not reproduce the same receipt chain under the published contract and test vectors, the module is non-admissible. This replaces narrative evaluation, prestige review, and opaque “trust me” claims with executable governance.

MIZAN, D10Z, Boundary Tagging, boundary contract, offline replay, receipt chain, SHA3-256, Ed25519, kill-criteria, falsifier, admissibility gate, TÜV 2.0, waqf-grade

10.5281/zenodo.18676397 → isContinuationOf10.5281/zenodo.18794712 → isSupplementTo