The world’s first quantum-entropy vault —
protecting your most sensitive data with quantum entropy encryption.
Keys are derived from certified quantum photonic hardware and real quantum computers
for provably unbreakable randomness.
Every file carries persistent policies signed with NIST-approved post-quantum algorithms
(e.g., SLH-DSA for maximum assurance), remains fully controlled even when exfiltrated,
and revokes to cryptographically verified, residue-free erasure.
Built for organizations that refuse to gamble on the quantum future.
Compliance-ready. Quantum-proof. NDA-safe.
Quantum-entropy-encrypted rules embedded in every file, enforcing access controls offline and off-network—even post-exfiltration. Survives quantum decryption attempts.
Built-in tamper-evidence via NIST PQC signatures and quantum-random hashes, providing cryptographic proof of origin for unbreakable audit trails and courtroom-ready defensibility.
Crypto-shred files with quantum-secure key destruction, generating verifiable proofs of erasure to eliminate ghost data and streamline GDPR/HIPAA compliance.
Q-Vault empowers secure collaboration on sensitive information — from trade secrets and M&A documents to proprietary IP and unreleased strategies.
Access policies and controls are cryptographically bound to each file, remaining fully enforced wherever the file travels — even outside your organization.
PQC-signed records embed tamper-evidence and provenance, delivering audit-ready traceability and unassailable integrity for legal and compliance need
Upon revocation, files are rendered permanently unreadable with cryptographic proof of erasure — leaving no trace and no possibility of recovery.
In today’s landscape, data breaches already cost millions and compliance failures invite crushing penalties.
But the real danger is “Harvest Now, Decrypt Later”: adversaries are stockpiling your encrypted data, waiting for quantum computers running Shor’s algorithm to break RSA and ECC in seconds. Experts predict viable systems by ~2030, putting trillions at risk across finance, healthcare, and defense.
Q-Vault is the only vault that uses keys derived from certified quantum photonic hardware and real quantum computers, delivering provably unbreakable information-theoretic randomness.
Paired with NIST-approved post-quantum signatures (SLH-DSA), persistent post-exfiltration policies, and cryptographically verified irrecoverable deletion, Q-Vault doesn’t just mitigate quantum risk — it eliminates it completely. No other solution even comes close.
Harnesses certified quantum entropy from photonic hardware and real quantum computers, paired with NIST-approved PQC, to defeat "Harvest Now, Decrypt Later" attacks and secure data indefinitely.
Quantum-entropy encryption and tamper-proof metadata ensure files remain unbreakable—even against large-scale quantum threats—no matter where they travel.
Access rules and compliance controls are cryptographically embedded and signed with quantum-safe algorithms, enforcing protection everywhere, even after exfiltration or renaming.
Cryptographically verified erasure eliminates ghost data with provable key destruction, simplifying compliance and reducing breach liability.
Built-in, PQC-signed records provide verifiable origin and tamper-evidence for seamless regulatory audits (GDPR, HIPAA, SOC 2).
Install in minutes, activate in seconds, agentless integration with tools like O365 and AWS—no exposed keys, no workflow disruption.
Where data exposure isn’t an option — it’s a catastrophe.
In industries where a single breach can cripple operations, invite regulatory action, or surrender valuable IP, Q-Vault delivers persistent protection that follows every file, unbreakable provenance for audits, and irreversible retirement — all backed by enterprise-grade assurances you can trust.
HIPAA-aligned protection of patient records, diagnostics, and biometric data with provable retirement.
Portable security for genomic datasets, clinical-trial archives, and proprietary research.
Auditable safeguarding of compliance archives, transaction histories, and risk models.
Policy-bound protection for KYC/AML records, tokenization logs, and payment data.
Secure governance of actuarial models, claims histories, and customer PII.
Provenance-tracked handling of case files, evidence, and confidential materials.
Irreversible retirement of telemetry, payload data, and mission logs.
Portable policies for call-detail records, routing metadata, and subscriber information.
Provenance for SCADA logs, infrastructure analytics, and grid-control data.
Secure digital-twin models, production telemetry, and automation data.
Policy enforcement for shipment metadata, routing intelligence, and contracts.
Auditable protection of private keys, off-chain metadata, and validator logs.
Irreversible retirement of training datasets, embeddings, and model inputs.
Portable security for snapshots, VM images, and customer partitions.
Provenance for sensor telemetry, mobility patterns, and resident data.
Secure telematics, autonomous-driving logs, and vehicle datasets.
Policy-bound protection for mission-control data and command sequences.
Irreversible retirement of incident logs and threat intelligence.
