🔐 Post-Quantum Cryptography must be real, deployable, and secure — across software and silicon.
This recent Microchip Technology Inc. blog on Post-Quantum Cryptography on FPGAs highlights an important industry shift: hashtag#PQC is moving beyond theory and into hardware platforms that actually ship.
👉 https://lnkd.in/eQXW5Tw6
At PQSecure, this direction strongly resonates with our mission. We believe quantum-safe security cannot be solved with software alone — it requires end-to-end engineering across software, hardware, and HW/SW co-design.
What sets PQSecure apart:
✅ Pure Software PQC Libraries (C & Rust)
High-performance, portable PQC implementations optimized for embedded and edge systems — designed for secure integration into firmware, RTOS, and modern Rust-based stacks.
✅ Hardware-Grade PQC IP for Silicon
FPGA- and ASIC-ready PQC accelerators engineered for performance, power efficiency, and long-term deployability — not just reference designs.
✅ HW/SW Co-Design with RISC-V
Tight integration of PQC accelerators with RISC-V processors, enabling scalable, open, and upgradeable quantum-safe architectures.
✅ Built-in Side-Channel Protections
Countermeasures against power, timing, and EM leakage designed directly into both software and hardware implementations — addressing real-world attack models.
✅ NIST CAVP / ACVP-Certified Implementations
Standards-aligned, validated cryptographic components to support compliance, assurance, and production readiness.
Post-quantum security is not a checkbox — it’s a system-level challenge spanning algorithms, microarchitecture, firmware, and silicon.
At PQSecure, we’re proud to support the ecosystem with deployable, validated, and side-channel-resilient PQC solutions — in C, Rust, and silicon.
https://lnkd.in/eQaHaQtT