Pioneering Initiative

AGILE PQCASIC

Designing application-specific integrated circuits tailored for PQC, featuring strong defenses against side-channel and fault injection attacks.

Hardware Security

Built-in protection against physical and logical attacks at the silicon level

Side-Channel Protection

Advanced countermeasures against timing, power, and electromagnetic attacks

Agile Architecture

Flexible design supporting multiple PQC algorithms and future standards

Standards-Aligned

Compliant with NIST PQC standards and industry security requirements

Technical Capabilities

Advanced hardware features designed for maximum security and performance

Multi-Algorithm Support
Hardware acceleration for CRYSTALS-Kyber, CRYSTALS-Dilithium, FALCON, and SPHINCS+
  • Key generation: < 1ms
  • Encryption: < 0.5ms
  • Signature: < 2ms
  • Verification: < 1ms
Security Features
Comprehensive protection against known attack vectors
  • True random number generator
  • Secure key storage
  • Tamper detection
  • Fault injection resistance
Performance Optimization
High-speed cryptographic operations with minimal power consumption
  • 10,000+ ops/sec
  • Low power: < 100mW
  • Small footprint: < 5mm²
  • Temperature range: -40°C to 85°C

Target Applications

Critical systems requiring the highest levels of quantum-resistant security

High-security communication systems

Critical infrastructure protection

Financial transaction processing

Government and defense applications

Automotive security modules

Industrial control systems

Why Choose Hardware PQC?

Unmatched Security

Hardware-level protection that software solutions cannot provide

Superior Performance

Dedicated silicon optimized for PQC algorithms delivers maximum speed

Future-Proof Design

Agile architecture adapts to evolving PQC standards and requirements

Cost-Effective

Reduced system complexity and power consumption lower total cost of ownership

Development Timeline

Our roadmap to delivering cutting-edge PQC hardware solutions

Completed
Phase 1
Architecture Design

Core architecture and security features defined

In Progress
Phase 2
RTL Development

Hardware description language implementation

Planned
Phase 3
Verification & Testing

Comprehensive testing and security validation

Planned
Phase 4
Fabrication

Silicon fabrication and production readiness

In Development

Partner with Us on Hardware Innovation

Join our development program and be among the first to access next-generation PQC hardware solutions.

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