QSequre
QSEQURE
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.

Partnership Inquiry Research Collaboration

Quantum Safe Security

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Join organizations already hardening critical infrastructure against harvest now, decrypt later scenarios with actionable post quantum migration plans.

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Readiness Snapshot

Crypto Policy

NIST Aligned

Threat Monitoring

24/7 Active

Key Rotation

Automated