HARDWARE SECURITY

SynQ Secure Chip (SQ-HRoT-01)

Hardware Security. Sovereign. Indigenous. Quantum-Safe. The hardware root of trust for critical infrastructure.

THE CHALLENGE

Modern digital infrastructure depends on hardware-level trust. Yet most TPMs, HSMs, secure chips, and Hardware Roots of Trust rely on foreign silicon and externally controlled supply chains, creating exposure to supply-chain compromise, embedded backdoors, kill-switch risks, side-channel attacks, and long-term quantum-era vulnerabilities. As quantum computing advances and cyber threats evolve, existing hardware trust models face security challenges they were never designed to withstand. Sovereign nations and critical infrastructure environments require sovereign, quantum-safe silicon trusted at the hardware foundation itself.

WHAT IT DELIVERS

Hardware Security. Sovereign. Indigenous. Quantum-Safe. The hardware root of trust for critical infrastructure.

SQ-HRoT-01 is a sovereign, indigenous, quantum-safe Hardware Root of Trust platform engineered to establish trusted hardware foundations across critical infrastructure, telecom systems, secure devices, strategic networks, defence environments, and national digital ecosystems. The platform integrates NIST-aligned post-quantum cryptographic engines including ML-KEM and ML-DSA, Physical Unclonable Function (PUF)-based device identity, high-entropy True Random Number Generation (TRNG), secure cryptographic key storage, hardware isolation, and tamper-resistant security architecture with active tamper detection and zeroisation capabilities.

The Platform Integrates

Post-Quantum Cryptographic Engines

Hardware Chain of Trust Architecture

Physical Unclonable Function (PUF) Identity Systems

High-Entropy True Random Number Generation (TRNG)

Secure Key Storage & Cryptographic Isolation

Tamper-Resistant Security Architecture

Integrated Security Components

ML-KEM & ML-DSA PQC Algorithms

Physical Unclonable Function (PUF) Device Identity

NIST-Aligned TRNG Infrastructure

Secure Boot & Attestation Engine

Side-Channel Attack Protection

Hardware-Based Key Isolation

Active Tamper Detection & Zeroization

Development & Indigenous Ecosystem

Indigenous RTL Design & Verification

FPGA Prototype Validation

Semiconductor Fabrication Alignment

Secure Packaging & Testing

Certification & Deployment Readiness

Sovereign Hardware Security, Built from the Silicon Up.

SQ-HRoT-01 introduces a sovereign quantum-safe Hardware Root of Trust architecture engineered for critical infrastructure, defence systems, telecom networks, and national digital ecosystems. Designed to target FIPS 140-3 Level 3 and Common Criteria EAL5+ security standards, the platform is built for environments where hardware trust, secure silicon verification, and supply-chain assurance are mission-critical requirements. Executed as an indigenous semiconductor initiative under the Atmanirbhar Bharat framework in strategic partnership with GlobalFoundries, the platform targets a 180nm System-on-Chip architecture integrating Synergy Quantum's post-quantum cryptographic core stack.

FIVE-LAYER SECURITY STACK

Immutable Hardware Root of Trust CoreThe foundational immutable trust anchor embedded at the silicon level.

Hardware Security and Tamper-Resistance PerimeterPhysical and logical security boundary with active tamper detection and zeroisation.

Secure Cryptographic Key Vault and One-Time Programmable StorageProtected cryptographic key storage with OTP-based secure provisioning.

Post-Quantum Cryptographic Accelerator EngineHardware-accelerated ML-KEM and ML-DSA post-quantum cryptographic operations.

Secure Chain of Trust, Device Attestation, and Verification LayerEnd-to-end chain of trust enforcement with hardware-rooted device attestation.

Secure Host Interface and Trusted Application Integration LayerProtected interface layer for secure host communication and trusted application integration.

HARDWARE SECURITYSynQ Secure Chip (SQ-HRoT-01)

WHY SQ-HROT-01

Eliminates dependency on foreign silicon and externally controlled semiconductor supply chains. Reduces exposure to hardware backdoors, hidden control surfaces, side-channel attacks, and supply-chain compromise risks. Integrates post-quantum cryptographic security at the hardware layer to address long-term quantum vulnerability exposure. Designed to secure the trusted foundation of critical infrastructure, telecom networks, defence systems, and sovereign digital ecosystems. One indigenous secure chip architecture protecting every critical connection.