Replacing Unverifiable Static Narratives with Reproducible Cryptographic Passports and Standalone Replay
A traditional penetration test ends with a static PDF document that becomes outdated after code changes and cannot be re-verified by an inspector. The platform replaces subjective prose with a cryptographic JSON passport and a 105-entry hash chain that any auditor can replay offline without network access.
Conventional penetration testing deliverables suffer from a structural credibility gap: the client receives a static prose report containing screenshots that cannot be independently re-executed, while vulnerabilities remain open in manual queues. When a regulator, an acquiring bank, or a board of directors asks whether the flaws are actually closed, a static text document provides no mathematical proof.
Security Officer (Plain Meaning): Halts "Accept unverified static PDF pentest narrative lacking reproducible witness hashes or tamper-evident ledger" before socket (0 live DB damage, signed GOST receipt)
IT Auditor & SecOps (Evidence): Scope Board & Regulator Cryptographic Evidence | Wire Rule SEC-ZD-CMP-08 | Formal Witness a609e382d41b70f6
Technocrat, CTO & VC (Moat): Z3 Invariant (assert (and (= (verify_chain_standalone audit_ledger) PAS... | FP = 0.0% | Contract IMMUNE-CMP-A609E382 (mcp-sentinel 1.1.2)
1. Regulatory Enforcement and Verification Schematic for CMP-EVD-08
Deterministic compliance verification flow for CMP-EVD-08 (Board & Regulator Cryptographic Evidence, GOST R 34.11-2012 + SHA-256 Standalone Replay): wire rule SEC-ZD-CMP-08 intercepts destructive mutations prior to socket transmission, witness a609e382d41b70f6 seals the empirical proof, and compiler emits gateway contract IMMUNE-CMP-A609E382 for mcp-sentinel.
2. Regulatory Mandate, Safe Execution, and Solver Invariant for CMP-EVD-08
Under rule SEC-ZD-CMP-08, every claim in the verification protocol is bound to an executable check. Gate C (verify_gate_c.py) parses the abstract syntax tree of the test runner to prove that zero accuracy numbers are hardcoded constants. Gate E (verify_gate_e.py) verifies SHA-256 parity across all 46 production files.
Every probe, decoy comparison, and synthesized rule is appended to a tamper-evident ledger hashed with GOST R 34.11-2012 (Streebog-256, 105 records on the reference stand), yielding formal witness a609e382d41b70f6. Modifying a single byte or sequence index in the log breaks the cryptographic chain immediately.
Section Identifier: CMP-EVD-08 (red_team_reporting_evidence)
Standard & Profile: Board & Regulator Cryptographic Evidence | GOST R 34.11-2012 + SHA-256 Standalone Replay
Verification Mode: Deterministic Verification (AUTO_SCAN)
Candidate Probe: POST /api/v1/compliance/verify-evidence {"passport_sha256":"12893d4741eac397","ledger_entries":105,"check_ast_purity":true}
Prevented Harm: Accept unverified static PDF pentest narrative lacking reproducible witness hashes or tamper-evident ledger
Z3 Solver Invariant: (assert (and (= (verify_chain_standalone audit_ledger) PASS) (= (ast_hardcoded_constants_count) 0) (= (file_sha256_parity_count) 46)))
Wire Verification Rule: SEC-ZD-CMP-08
Formal Witness Hash: a609e382d41b70f6
Compiled Sentinel Rule: IMMUNE-CMP-A609E382 (mcp-sentinel 1.1.2)
3. Cryptographic Acceptance Evidence for IMMUNE-CMP-A609E382 and Streebog-256 Receipt
From witness a609e382d41b70f6, the compiler emits verification contract IMMUNE-CMP-A609E382 for border enforcement. Using the standalone verifier script iss_verifier.py or the interactive passport verifier below, an external inspector can validate the entire evidence chain inside an air-gapped room without trusting the vendor.
4. Auditor and Inspector Reference Notes for CMP-EVD-08
How an external inspector verifies that benchmark metrics are not hardcoded
Running verify_gate_c.py inspects the Python abstract syntax tree and confirms that every reported ratio is computed dynamically from live socket responses.
Executive summary metrics for the board of directors versus technical logs for engineers
The passport presents four clear board indicators (zero false alarms, zero database damage, compiled gateway contracts, and 12/12 passed gates) backed by 105 cryptographic receipts.