Deterministic Adversarial Red Teaming, Exploit Validation & Closed-Loop Telemetry Auditing

1. Annual Cybersecurity Risk Management, Strategy & Governance Disclosure

Pursuant to institutional cybersecurity transparency standards (Form 20-F Item 16K and Form 10-K Item 1C equivalents), Cnanie Security Labs publishes this annual attestation of its cybersecurity governance structure, recognized security framework alignment, and mandatory incident-response testing protocols.

1.1 Accountable Security Executive & Oversight

Direct executive accountability and operational oversight for cybersecurity risk management, adversarial containment, and incident response reside with Yehonatan Elias Cnanie, Principal Security Executive & Offensive Security Lead ([email protected]). The Principal Security Executive reviews real-time telemetry anomalies, approves all internal red-team engagement scopes prior to execution, and enforces zero-trust isolation across all cloud and bare-metal compute nodes.

1.2 Named Cybersecurity Framework (NIST CSF 2.0 & ISO/IEC 27001:2022 Alignment)

Cnanie Security Labs' security program is architected, audited, and maintained in strict accordance with the National Institute of Standards and Technology Cybersecurity Framework (NIST CSF 2.0) across all six core functions (Govern, Identify, Protect, Detect, Respond, Recover) and mapped to ISO/IEC 27001:2022 cryptographic and access-control annexes:

1.3 Incident-Response Testing, Tabletop Exercises & Assessment

Cnanie Security Labs conducts formal quarterly incident-response (IR) containment drills and live adversarial fault-injection assessments simulating credential compromise, WebSocket stream poisoning, cryptographic replay attacks, and autonomous model jailbreak escalation. All findings are documented in formal post-mortem artifacts with verified patch validation within 14 calendar days.

2. Cnanie Adversarial Red Team — Function Charter & Published Security Research

Function Name: Cnanie Adversarial Red Team (3 Security Researchers & Offensive Engineers)
Function Lead: Yehonatan Cnanie, Offensive Security Lead ([email protected])
Internal Authorization Protocol: Every offensive engagement requires a formal written scope, explicit target asset manifest, and bounded execution window signed off by the Security Lead and System Owner prior to initiation. All exploit verification traces and findings are logged deterministically and reported within 14 days for mandatory remediation verification.

2.1 Published Technical Research Advisory (2026-AR-04)

Title: Mitigating Asynchronous State-Machine Desynchronization, HMAC Query-Canonicalization Bypass, and WebSocket Control-Plane Exhaustion in High-Frequency Execution Conduits (Published Q4 2026).

Abstract: This research details our internal red-team discovery and remediation of three critical vulnerability classes in autonomous M2M execution pipelines: (1) premature state-settlement race conditions during asynchronous order/state mutations when relying on non-monotonic sequence acknowledgments; (2) signature-verification discrepancies between inline URI query strings and canonicalized HMAC-SHA256 payload targets; and (3) multi-topic subscription frame rejection across partitioned WebSocket pools. Our offensive testing team developed deterministic state-machine closure proofs and zero-latency invariant traps that eliminate unauthenticated state transitions across distributed cloud endpoints.

2.2 Active Red Team Operations & Continuous Penetration Testing Scope

3. Corporate & Security Point of Contact

Legal Entity: Yehonatan Elias Cnanie (DBA: Cnanie Security Labs)
Registration / VAT ID: 216015776 (Israel Tax Authority)
Registered Headquarters: 41 Yehoshua Bin-Nun Street, Herzliya, 4676341, Israel
European Infrastructure Node: Amsterdam, North Holland, Netherlands
Security & Vulnerability Disclosure Contact: [email protected]