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PQPerform Lattice is developed for applications demanding high-speed cryptographic performance, providing an all-in-one solution engineered for high-throughput requirements. It seamlessly fits into network hardware and HSMs (Hardware Security Modules) settings that necessitate rapid digital signature and key exchange processing. This post-quantum processor is optimized for maximum compatibility with Linux systems.
With PQPlatform Lattice, PQShield extends lattice-based cryptography capabilities for hardware implementations requiring post-quantum security. This engine provides minimal-area solutions with side-channel protection, suitable for embedded devices. Integrated with SHA-3, this platform is aligned with NIST standards and is optimal for systems demanding small area deployment with robust security.
This platform provides a full-stack cryptographic subsystem, independent of the main processor, for secure execution of cryptographic tasks. PQPlatform SubSys handles key establishment and signature processes using post-quantum algorithms. It features integral memory and an independent CPU to offload cryptographic loads from the host system, establishing a secure boundary for critical operations.
Designed for memory-constrained applications, PQCryptoLib Embedded extends the capabilities of PQCryptoLib to environments like microcontrollers and IoT devices. This specialized library emphasizes configurability to optimize for minimal binary size and memory usage, essential in constrained computing environments. It offers secure post-quantum cryptographic algorithms suited for devices where resource allocation is a challenge.
PQCryptoLib is a comprehensive cryptographic library offering support for the latest post-quantum and classical algorithms. Certified under FIPS 140-3, this library is central to offering crypto-agility and protecting against potential 'harvest-now, decrypt-later' attacks. PQCryptoLib provides a secure API for integrating hybrid solutions within TLS 1.3. Its primary aim is to aid organizations in transitioning to quantum-resilient infrastructures seamlessly.
PQPlatform CoPro consolidates high-performance hash and lattice-based cryptography in one entity, specifically designed for minimal system integration effort while maximizing cryptographic capability. It's aimed at enhancing existing security infrastructures with post-quantum capabilities, maintaining operational efficiency while providing solid side-channel countermeasures.
The PQSDK is a versatile software development kit designed to simplify the prototyping and experimentation of both post-quantum and conventional cryptographic primitives. It integrates PQShield's PQCryptoLib library with OpenSSL and mbedTLS, two prominent cryptographic libraries. PQSDK is tailored to facilitate secure application prototyping and enable post-quantum enhancements in secure communication protocols, like TLS 1.3.
PQPlatform Hash acts as a hardware accelerator specializing in hash-based signature schemes. It supports various Hash-Based Signature Schemes (HBSS) like LMS and XMSS, providing boosting capabilities for embedded devices demanding high signature verification throughput. PQPlatform Hash is engineered to balance memory and processing efficiency, making it suitable for constrained environments needing high-performance cryptographic operations.
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