Quantum Security Testing & Certification Lab

India's first vendor-neutral laboratory providing end-to-end testing, side-channel evaluation, certification readiness, and AI-driven risk assessment for PQC, QKD, and QRNG hardware.

PQC Testing & Validation

Functional verification, software/hardware performance benchmarking, and interoperability testing across NIST FIPS 203/204/205 algorithms.

QKD & QRNG Evaluation

Protocol conformance testing, Key Distillation Engine verification, optical link interoperability, and photonic entropy source characterization.

Physical Leakage Audit

Differential Power Analysis (DPA), Electromagnetic Analysis (EMA), and Laser Fault Injection (LFI) resistance diagnostics for microchips.

Certification Readiness

Pre-certification evaluation aligned with ISO/IEC 17025, FIPS 140-3 Security Level 4, Common Criteria (ISO 15408), and ETSI standards.

AI Lab Platform

AI Quantum Risk Assessment (Q-RAT) & CBOM

Automated Cryptographic Bill of Materials (CBOM) discovery scanning enterprise software, binary packages, and firmware to identify legacy crypto vulnerabilities.

AI Cryptographic Discovery

Scans enterprise codebases, binaries, databases, and microservices to detect hidden legacy crypto primitives.

Automated CBOM Generation

Creates real-time Cryptographic Bill of Materials detailing key lengths, algorithm usage, and certificate expiries.

HNDL Risk Scoring

Evaluates Harvest-Now-Decrypt-Later exposure vectors for sensitive long-term data assets.

Crypto-Agility Hot-Swap

Enables instant policy-driven algorithm substitution without refactoring core application logic.

Silicon & Physical Security

Hardware Security & Side-Channel Evaluation

Physical side-channel analysis, power/electromagnetic leakage diagnostics, and hardware tamper resistance evaluation for cryptographic chips.

SECQURED-SEC

ML-KEM HW COREFIPS 140-3 LEVEL 4

SCA / DPA HARDENED

SIDE-CHANNEL LEAKAGE DIAGNOSTICS

Differential Power Analysis (DPA), Electromagnetic Analysis (EMA), and Laser Fault Injection (LFI) simulation.

Side-Channel Analysis (DPA / EMA)

Measures power consumption and electromagnetic radiation during cryptographic execution to isolate secret key leakage points.

Fault Injection Diagnostics (LFI / Voltage)

Simulates laser fault injection and power glitch attacks to verify hardware tamper-resistance and failure safety.

Cryptographic Hardware Accelerators

Custom FPGA and ASIC silicon IP blocks accelerating ML-KEM matrix operations with minimal power envelope.

Secure Element & HSM Hardening

Physical anti-tamper shielding and secure key storage modules for defense, automotive, and IoT edge devices.