BTQ Technologies and ICTK completed the technical design of a hybrid security processor, moving their post-quantum chip program into manufacturing preparation and foundry scheduling.
The architecture combines BTQ’s compute-in-memory cryptography block with ICTK’s ECC-free VIA PUF hardware identity layer to cut latency and power use for edge, IoT and AI devices running PQC workloads.
A $15 million late-2025 co-investment and development pact has now been turned into a deployable silicon blueprint, with physical validation chips due to strategic partners and enterprise customers by end-2026.
BTQ is pitching the platform into government and regulated enterprise markets, citing U.S. quantum-safe migration mandates and ICTK’s existing telecom foothold, including deployments with South Korea’s LG U+.
Can this processor secure global supply chains in time to meet the urgent 2030 US quantum-readiness deadline?
Is this chip our last defense for AI data before quantum computers break all current encryption?
How does a chip with a unique 'digital fingerprint' prevent cloning and protect our most critical infrastructure?
BTQ’s QCIM+PUF Quantum-Safe Security Chip: Design Finalized, $15M Commercialization Pathway, and 2026 Test Shipments Target Critical Infrastructure
Overview
BTQ has finalized the design of a groundbreaking quantum-safe hardware solution that combines its Quantum Compute-in-Memory (QCIM) cryptographic accelerator with a robust PUF platform. This innovation marks a major step toward securing digital infrastructure against future quantum threats. The chip is engineered to deliver hardware-rooted trust, secure device identity, and cryptographic agility, making it suitable for a wide range of applications such as IoT, AI systems, and industrial networks. By executing cryptographic operations directly inside the memory subsystem, QCIM supports both classical and post-quantum cryptography in a compact, low-power design.