American-engineered
Quantum-safe cryptography, engineered in America.
Post-quantum cryptographic IP: side-channel-protected silicon and formally verified software, engineered for long-lifecycle system security.
Certification
NIST CAVP
Algorithms
ML-KEM · ML-DSA · SLH-DSA
Origin
Boca Raton, FL · Washington, D.C.
Funding
DARPA EEI · NSF SBIR
Designed and built in the United States.
Post-quantum protection, end to end
From side-channel-protected silicon IP to formally verified software and quantum-safe secure boot: five layers of cryptographic defense for long-lifecycle systems.
Silicon IP
Explore the IP core
Libraries
View the libraries
Architectures
See the architecture
Root-of-Trust
Explore secure boot
Platform
Explore TRUST
PQSecure™ — Hardware
High-assurance, side-channel-protected cryptographic hardware IP.
PQSecure™ — Software
Production-grade, formally verified post-quantum cryptography libraries in C and Rust.
PQSecure™ — HW/SW Co-Design
Crypto-agile HW/SW co-design for RISC-V and ARM, built for algorithm transitions without hardware respins.
PQSecure™ — Boot
Quantum-safe secure boot family for constrained Root-of-Trust environments.
PQSecure™ — TRUST
Memory-safe post-quantum cryptography in Rust, formally verified with Kani.
Independently validated. Federally recognized.
Validated through U.S. federal cryptographic programs. Every credential listed here is independently verifiable.
NIST
CAVP
Rust libraries validated for ML-KEM, ML-DSA, SLH-DSA, LMS and SHA-2/3. Independently listed on the NIST Computer Security Resource Center.
View the official NIST CAVP listing →
NIST
ACVP
Algorithm implementations certified through automated validation testing.
National Science Foundation
NSF SBIR
Phase I & II awarded. Federally funded American research.
NSA / NIST
CNSA 2.0
Implements NIST FIPS 203, 204, 205 (ML-KEM, ML-DSA, SLH-DSA). CNSA 2.0 mandates these algorithms. It is a migration requirement, not a vendor certification program.
NIST NCCoE
PQC Consortium
Technology Partner, NIST NCCoE Crypto Agility project.
Consortium member
Built for long-lifecycle infrastructure
Engineered for systems that must remain secure for decades, from constrained IoT edge devices to government networks.
Latest from PQSecure
All news →
Jun 2, 2026
PQSecure™-Agility Earns NIST CAVP Validation
We are thrilled to announce that PQSecure™-Agility, our comprehensive hardware/software co-design framework for crypto-agile security, has officially achieved NIST CAVP validation. As the global transition to quantum-safe cryptography accelerates, the industry faces a dual challenge: implementing next-generation algorithms while simultaneously defending against sophisticated physical threats. PQSecure™-Agility solves this by delivering […]
Feb 25, 2026
PQSecure Welcomes Cryptography Veteran Mike Borza to Accelerate Quantum-Safe Growth
We’re excited to welcome Mike Borza to the team at PQSecure! Mike Borza is a seasoned cryptography veteran with decades of experience spanning product security, silicon IP, EDA ecosystems, and advanced cryptographic technologies—including post-quantum cryptography. His background in shaping secure products and working closely with industry leaders brings tremendous strategic […]
Plan your quantum-safe transition
Talk to our U.S.-based team about protecting your products for the decades ahead.