en.Wedoany.com Reported - American Binary announced that all 120 security properties of MaxKyber, the core network protocol of its enterprise VPN product Ambit Client, have received independent certification, verified by a third party to fully comply with the Commercial National Security Algorithm Suite 2.0 (CNSA 2.0). The verification was conducted through an exhaustive private peer review of its symbolic proofs (Tamarin + ProVerif) and engineering documentation by Dr. Joe Kiniry, PhD, and Dr. Tom Shrimpton, PhD, senior experts from academia and industry. Both experts have extensive careers in academia and industry and previously served as Chief Scientists at Galois.
Against the backdrop of emerging quantum threats and unproven solutions, this formal third-party verification distinguishes MaxKyber from traditional or hybrid approaches, providing certainty for engineering implementation and compliance with national security requirements. MaxKyber offers long-term, comprehensive post-quantum security, unlike short-term interim solutions such as hybrid schemes. This achievement marks a shift from speculative security to a verified, provable foundation of resilience, establishing a new global benchmark for secure communications.
American Binary has also signed ACM Turing Award laureate and cryptography pioneer Whitfield Diffie, co-inventor of the Diffie-Hellman key exchange, as a key advisor. Diffie joins existing cryptography advisors Bruce Schneier and Brian LaMacchia.
Key security pillars of the MaxKyber certification include: defense against "Harvest Now, Decrypt Later" (HNDL) attacks, protecting today's data from quantum adversaries by exclusively using CNSA 2.0 algorithms, including ML-KEM-1024 without any classical key exchange variants; comprehensive symbolic verification covering 120 security properties across 11 key categories; and architectural stability rooted in proven, reliable design patterns.
This foundational security architecture yields four key impacts. Impact One: Clear Security and Mitigation of "Harvest Now, Decrypt Later." MaxKyber achieves ultimate post-quantum cryptographic purity by using pure CNSA 2.0 post-quantum key exchange, replacing Diffie-Hellman key exchange with ML-KEM-1024 operations. MaxKyber exclusively employs CNSA 2.0-approved algorithms, specifically ML-KEM-1024 (FIPS 203), AES-256-GCM, and SHA-512/256, providing the highest currently available security level.
Impact Two: Optimized Performance from Mobile and Packet-Loss Environments to High-Performance Scenarios. MaxKyber optimizes efficiency through "Authenticated Key Exchange" (AKE), achieving mutual authentication in a single round trip, significantly reducing network data load. Quantitatively, AKE saves approximately 4,600 bytes per handshake compared to suboptimal approaches. A partner benchmarking Ambit Client with MaxKyber found download speeds 70% faster than comparable enterprise VPNs using classical encryption. Additionally, MaxKyber is suitable for high-performance scenarios such as AI workloads, 3D model processing, etc., leveraging vector packet processing and Data Plane Development Kit to minimize overhead to the technical minimum.
Impact Three: Compliance Cost Savings. For CISOs and legal departments, formal verification provides a transparent "glass box" security view beyond traditional testing. For integration partners, symbolic proofs significantly shorten due diligence cycles, enabling partners to reduce the research phase required for new cryptographic implementations.
Impact Four: Accelerated R&D. For engineering teams looking to integrate or customize the technology, American Binary's documentation provides pre-verified, comprehensive, high-quality materials, offering a shortcut for rapid integration. The scale of documentation and formal models provided is unprecedented in the VPN industry, enabling integration partners to save months or even years of R&D effort.
American Binary is a deep-tech cybersecurity leader focused on developing CNSA 2.0 post-quantum cryptographic solutions, providing a provable foundation for secure and resilient communications in the quantum era.
