PQPlatform-CoPro

Highly configurable HW PQC acceleration for existing subsystems, from Hash only to PQ/T Hybrid, with SCA and FIA protection

PQPlatform-CoPro is a highly flexible cryptographic coprocessor designed to add post-quantum capabilities to an existing security subsystem. With seamless operation, PQPlatform-CoPro runs under the control of a host CPU using PQShield-supplied firmware, ensuring low integration effort, and supporting a number of use cases such as quantum-safe secure boot, firmware updates, bulk encryption and hash acceleration.

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Design Space

With seamless operation, PQPlatform-CoPro runs under the control of a host CPU using PQShield-supplied firmware, ensuring low integration effort, and supporting a number of use cases such as quantum-safe secure boot, firmware updates, bulk encryption and hash acceleration. The platform is offered in several configurations to meet specific design needs.

 

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Key Benefits

  • PQC co-processor with hardware Keccak accelerator
  • SCA resistance (DPA), and FIA resistance, with optional HW for increased performance
  • Flexible architecture that can support both PQC and traditional cryptography
  • Silicon-proven 
  • Quantum-safe security for long-lifecycle products
  • HW/FW Co-design for crypto agility and updatability
  • Low power consumption
  • Scalable configurations
  • Suitable for ASIC or FPGA
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Common Use Cases

  • Secure boot
  • Secure firmware update
  • Device Attestation
  • Bulk encryption and hashing acceleration
  • Cryptographic primitives acceleration
  • TLS/DTLS handshake acceleration
  • Secure commissioning for IoT devices
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Example Use Cases

Use Case
Low integration, High Performance
Low integration effort with high performance outputs - combines lattice and hash based post-quantum technology in PQShield's PQPlatform-CoPro
Use Case
Secure boot
Secure boot with PQShield's hash-based and lattice-based processor, and full root-of-trust subsystem.
Use Case
Complete Post-quantum Processor
FIPS-certified lattice-based and hash-based cryptography in a quantum coprocessor

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