Formally Verified Libraries
High-assurance C and Rust implementations of ML-KEM and ML-DSA. Designed for rapid deployment across federal networks and tactical Edge devices where hardware updates are not immediately feasible.
Governments worldwide are recognizing that quantum computing poses an existential threat to national security and global data privacy. With the finalization of NIST FIPS standards, federal agencies and their suppliers must now execute a “Lab-to-Fab” transition to quantum-resilient systems to protect everything from classified communications to civil infrastructure.
The Federal Migration Mandate
The transition to Post-Quantum Cryptography (PQC) is no longer a research initiative. It is a federal requirement. U.S. government agencies are directed to identify and prioritize the replacement of quantum-vulnerable algorithms across all systems.
This transition presents significant logistical and technical challenges for public sector infrastructure:
What the mandate demands
- Strict Compliance
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Mandatory adherence to NIST FIPS 203, 204, and 205 standards.
- Supply Chain Assurance
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Ensuring that silicon and software components are trusted and resilient against adversarial tampering.
- Lifecycle Longevity
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Securing weapons systems, satellites, and energy grids designed to last for 30+ years.
- Interoperability
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Managing hybrid environments during the long transition from classical to PQC.
Trusted Federal Partner
PQSecure is a proven collaborator with the National Science Foundation (NSF). We deliver U.S.-developed, hardware-grade cryptographic IP and software libraries that meet the highest standards of assurance for Defense, Intelligence, and Critical Infrastructure.
Accelerating U.S. post-quantum adoption through proven co-design.
Federal and consortium partnersMission-Critical Quantum Solutions
Whether securing tactical communications or federal data repositories, our NIST-standard solutions provide the foundation for quantum-safe sovereignty.
Side-Channel Protected IP
Hardware accelerators engineered for U.S. sovereign silicon programs and Defense microelectronics. Features advanced masking and fault-injection mitigations to withstand sophisticated adversarial attacks.
Algorithm Change Without a Respin
For the 30-year platforms above, where the standard will move at least once before the system retires. Continuous cryptographic agility across secure boot, TLS, IPsec, and MACsec, with no hardware refresh.
Explore Agility In development
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