en.Wedoany.com Reported - BTQ Technologies Corp. (NASDAQ: BTQ) has completed the technical design phase of its next-generation hybrid security processor. The global quantum security engineering company developed the system architecture in direct collaboration with South Korean security component pioneer ICTK Co., Ltd. (KOSDAQ: 456010), integrating a post-quantum cryptography (PQC) accelerator with hardware-based physical identity identification. The $15 million joint investment and development agreement reached at the end of 2025 has now been transformed into a deployable silicon blueprint, with manufacturing preparation and wafer fab scheduling actively progressing.
The newly completed semiconductor architecture directly targets critical performance bottlenecks faced by modern edge computing nodes, IoT hardware arrays, and AI processors: the typically high latency and energy overhead associated with running resource-intensive lattice-based post-quantum algorithms. BTQ bypasses this limitation through its proprietary Quantum Computing in Memory (QCIM) soft IP architecture. By executing complex multi-layer cryptographic subroutines directly within the chip's internal memory subsystem, rather than continuously transferring data between external CPU cores, it minimizes data bus congestion, reduces power consumption, and ensures real-time processing agility for both traditional classical cryptography and next-generation quantum-resistant protocols.
To establish a zero-trust hardware identity layer, the platform incorporates ICTK's proprietary VIA PUF™ technology. Unlike traditional SRAM-based Physical Unclonable Functions (PUFs)—which may drift due to temperature variations or require dense error correction code (ECC) sub-chips to maintain stability—VIA PUF is entirely passive and ECC-free. It derives a permanent, unclonable digital fingerprint from the microscopic random structural variations naturally occurring in hundreds of thousands of microfabricated logic vias during the wafer lithography process. This hardware root of trust renders the chip nearly immune to reverse engineering, side-channel attacks, or device cloning, enabling high-assurance enterprise and government networks to verify device authenticity at the physical silicon layer.
Under the leadership of BTQ CEO and Chairman Olivier Roussy Newton, the productization strategy aims to capitalize on recent U.S. executive orders requiring federal infrastructure and supply chains to accelerate migration to quantum-safe verification protocols. ICTK's existing footprint in regulated markets—including active hardware deployments with major telecom entities such as South Korea's LG U+—provides an ecosystem pathway for the platform's commercial launch in the Asia-Pacific region and global B2B sectors.
According to the joint deployment timeline, BTQ expects to complete manufacturing and deliver physical verification test chips to core strategic partners and key enterprise customers by the end of 2026. These engineering samples will undergo rigorous field testing and laboratory evaluation to measure actual energy efficiency, algorithm execution time, and regulatory compliance pathways, paving the way for large-scale wafer tape-out and mass manufacturing deployment.
