Post-quantum cryptography IP · Secure-element silicon
Hardware-rooted crypto engines and roots-of-trust with firmware-updateable algorithms — deploy post-quantum cryptography on resource-constrained devices without silicon redesigns or re-certification.
Traditional crypto architectures require separate hardware blocks for RSA, ECC, and each post-quantum algorithm — forcing costly redesigns as standards evolve. QCIM's Processing-in-Memory architecture provides a single unified block handling every asymmetric algorithm through firmware-updateable kernels. Hardware stays constant, cryptographic capability expands.
Hardware security boundaries remain constant while firmware algorithms evolve.
Re-certification takes 12–18 months and costs millions when algorithm standards change — practically impossible for fielded systems. QCIM's cryptographic boundaries are hardware-anchored and algorithm-agnostic, so products remain compliant across 15+ year deployments without silicon respins.
One unified block for every asymmetric algorithm.
Supporting RSA, ECC, and multiple PQ algorithms traditionally demands separate accelerators, eating die area and power budget. QCIM's Processing-in-Memory architecture handles all asymmetric cryptography in a single block — lower area, lower power, more room for application logic.
Standard bus interfaces, pre-configured synthesis, validation suites.
Complex integration slows hardware security adoption and inflates engineering risk. QCIM provides AXI and APB interfaces, FPGA synthesis scripts, comprehensive drivers, and validation collateral — FPGA or ASIC integration in weeks, not quarters.
Line-rate quantum-resistant encryption for hyperscale infrastructure.
TLS termination, VPN gateways, and cloud HSMs at the throughput SLAs data centers actually run. Drop-in PQC without rack-space or performance compromise.
FIPS 140-3 and CC EAL5+ ready roots-of-trust with integrated anti-tamper.
Hardware-isolated key storage, side-channel resistance, and crypto agility for classified systems and long-lifecycle critical infrastructure.
ISO 26262 ASIL-D-ready PQC for safety-critical systems.
Secure boot, firmware authentication, and encrypted V2X / OTA — without compromising functional safety certification.
Sub-milliwatt post-quantum crypto for 15+ year field deployments.
Hardware key derivation and secure identity at the power budget of battery-driven sensors and industrial controllers.
Ultra-compact PQC for mobile, payment, and wallet silicon.
Quantum-resistant key storage and transaction signing in less than 0.5mm² — no form-factor redesigns required.
Request technical specifications, evaluation IP, or a consultation with our hardware security team. FPGA IP is available now; engagement starts within five business days.