THE QUANTUM-SAFE
EVIDENCE & SECURITY
PLATFORM
Discover quantum risk. Protect critical data. Preserve digital evidence. Verify integrity with post-quantum cryptography.
DISCOVER → PROTECT → PRESERVE → VERIFY
EVIDENCE
INTEGRITY.
FOUR LAYERS. ONE PLATFORM. POST-QUANTUM CRYPTOGRAPHY, DIGITAL EVIDENCE, SECURITY CONTROLS, AND PRIVACY GOVERNANCE.
POST-QUANTUM CRYPTOGRAPHY
NIST-standardized post-quantum algorithms. Hybrid signatures combining ML-DSA-65 and Ed25519 for post-quantum migration with classical verification compatibility.
DIGITAL EVIDENCE
Cryptographic integrity, provenance, metadata capture and certificate-generation capabilities designed to support electronic-record workflows under Section 63 of the Bharatiya Sakshya Adhiniyam, 2023.
SECURITY
IT Act-aligned controls for access monitoring, integrity verification, and tamper-evident logging. Security incident evidence captured with cryptographic signatures.
PRIVACY
Personal-data governance with AES-256-GCM encryption at rest, data classification policies, retention enforcement, and controlled deletion workflows aligned with the DPDP framework.
OPEN CRYPTO
NETWORK TESTS.
REAL-TIME VALIDATION AGAINST GLOBAL STANDARDS (OQS, NIST ACVP, CLOUDFLARE). QUANTUM BLUE STRICTLY IMPLEMENTS FINAL FIPS 203/204 STANDARDS, NOT ROUND-3 SUBMISSIONS.
ML-DSA-65 (Dilithium3)
ML-KEM-768 (Kyber768)
X25519+ML-KEM-768
DISCOVER → PROTECT → PRESERVE → VERIFY
QUANTUMBLUE COMBINES POST-QUANTUM CRYPTOGRAPHY, DIGITAL EVIDENCE INTEGRITY, SECURITY CONTROLS, AND PRIVACY GOVERNANCE IN A SINGLE PLATFORM.
The Cryptographic Digital Twin continuously models your organization's cryptographic surface — what exists, where it lives, what data it protects, and whether migration has been verified. This is what makes the platform hard to replace.
POST-QUANTUM CRYPTOGRAPHY
NIST-standardized post-quantum algorithms protecting against "Store Now, Decrypt Later" attacks. Hybrid signatures combining ML-DSA-65 and Ed25519 for post-quantum migration with classical verification compatibility.
DIGITAL EVIDENCE
Cryptographic integrity, provenance, metadata capture and certificate-generation capabilities designed to support electronic-record workflows under Section 63 of the Bharatiya Sakshya Adhiniyam, 2023.
SECURITY
IT Act-aligned controls for access monitoring, integrity verification, and tamper-evident logging. Security incident evidence captured with cryptographic signatures and chain-of-custody integrity.
PRIVACY
Personal-data governance with AES-256-GCM encryption at rest, data classification policies, retention enforcement, and controlled deletion workflows aligned with the DPDP framework.
PROOF_OF_MIGRATION
The highest-value layer: a continuously updated Cryptographic Digital Twin that scores quantum risk, tracks migration events, produces independently verifiable evidence, and lets anyone verify integrity without trusting the platform.
FROM CAPTURE TO CERTIFICATION
EVERY EVIDENCE RECORD FOLLOWS THIS CRYPTOGRAPHIC PIPELINE — EACH STEP BUILT ON THE PREVIOUS ONE.
CAPTURE
Record evidence metadata and source information.
HASH
Generate cryptographic fingerprints with SHA-256.
SIGN
Apply hybrid classical + post-quantum signatures.
TIMESTAMP
Bind evidence to a trusted time source (RFC 3161).
PRESERVE
Maintain provenance and chain of custody.
VERIFY
Detect modification or integrity failure.
CERTIFY
Generate the applicable evidence documentation.
CAPTURE. HASH. SIGN.
TIMESTAMP. PRESERVE. VERIFY. CERTIFY.
CAPTURE
Record evidence metadata and source information. The foundation of every evidence record — capturing what was acquired, from where, and under what conditions.
HASH
Generate cryptographic fingerprints using SHA-256. The document's digital fingerprint — any modification changes the hash and breaks the chain.
SIGN
Apply hybrid classical + post-quantum signatures. ML-DSA-65 combined with Ed25519 for quantum-safe authenticity with classical verification compatibility.
TIMESTAMP
Bind evidence to a trusted time source via RFC 3161. Proof of existence at a specific moment — independent of the evidence creator.
PRESERVE
Maintain provenance and chain of custody. Every access, transfer, and transformation is logged in a tamper-evident hash chain.
VERIFY
Detect modification or integrity failure. Anyone can verify the evidence independently — the chain, signature, timestamp, and hash all confirm integrity.
CERTIFY
Generate the applicable evidence documentation. BSA §63 certificate workflows produce court-ready records with device particulars, production details, and operating conditions.
BUILT ON RECOGNIZED STANDARDS
BSA §63
Electronic Evidence
IT Act
Security Controls
DPDP
Data Governance
RFC 3161
Trusted Timestamping
FIPS 203/204
Post-Quantum Crypto
Control mapping — not a representation that QuantumBlue itself guarantees statutory compliance or legal admissibility. QuantumBlue provides technical controls that support applicable legal and evidentiary requirements.
The Proof of Migration framework produces independently verifiable evidence artifacts — SHA-256 integrity hashes, digital signatures, RFC 3161 timestamps, and full chain-of-custody records — that auditable regulatory frameworks can reference without requiring trust in QuantumBlue's internal logs.
VERIFY DIGITAL EVIDENCE
Upload an evidence package or enter an Evidence ID to check cryptographic integrity, signature validity, timestamp authenticity, and chain-of-custody continuity.
Verification performed by QuantumBlue. This check confirms cryptographic integrity, signature validity, timestamp authenticity, and chain-of-custody continuity for the submitted evidence record.
EVIDENCE
INTEGRITY.
POST-QUANTUM CRYPTOGRAPHY. DIGITAL EVIDENCE. SECURITY CONTROLS. PRIVACY GOVERNANCE.
SIGNATURE
ML-DSA-65STANDARD
FIPS_204TIMESTAMP
RFC_3161EVIDENCE
BSA_§63