Modern data centers are massive repositories of sensitive information. From financial transactions to genomic data, the cloud hosts the world’s critical assets. As hyper-converged architectures proliferate, the facility itself becomes a physical target for side-channel attacks, making quantum-resilient hardware security at the silicon level a prerequisite for trust.
Migrating a data center to NIST-standardized Post-Quantum Cryptography (PQC) introduces unprecedented computational demands. PQC algorithms like ML-KEM require significantly larger key sizes and complex modular arithmetic that consume precious CPU cycles.
Without dedicated optimization, deploying PQC on a hyperscale basis introduces severe risks:
What hyperscale exposes
Slow handshakes can grind millions of concurrent connections to a halt.
Heavy arithmetic increases energy consumption, impacting the center’s bottom line and sustainability goals.
Increased key and certificate sizes overwhelm storage repositories.
Solutions must meet stringent certification deadlines without violating multi-year deployment lifecycles.
PQSecure specializes in accelerating post-quantum crypto. We deliver high-throughput, standards-compliant solutions engineered for the massive I/O demands of the data center. Our portfolio is optimized for massive parallel processing on the highest-performance silicon, ensuring you can scale your quantum security infrastructure without scaling your latency or your power budget.
Hyperscale security, zero throughput loss.
Cloud and silicon partnersFrom robust software libraries for network orchestration to ultra-fast hardware IP for dedicated server security, we have the architecture to secure your facility.
Ideal for software-defined networking (SDN) and network function virtualization (NFV). These memory-safe libraries ensure secure internal communication (East-West traffic) and rapid deployment without hardware dependencies.
The Rust half of that stack, named because the libraries above are what the original page called memory-safe. Pure Rust with no unsafe core, formally verified with Kani, NIST CAVP certified under A7616.
Dedicated hardware IP cores designed for server SoCs, storage controllers, and secure inter-gateway bridges. Delivers the maximum throughput needed to secure mass-scale connections with built-in side-channel (SCA) protections.
Continuous cryptographic agility across TLS, IPsec, MACsec, secure boot, and Root of Trust deployments, without replacing the hardware that supports them.
Explore Agility In development
Talk with our team about the constraints of your platform, your timeline, and the standards you have to meet.
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