Verification Layer for
Critical Storage Infrastructure
Infrastructure that generates cryptographic proof of data integrity and verified sanitization — where conventional systems rely on assumption, assertion, or logs.
About us / Foundation
Verification layer for storage integrity & sanitization
QNFoundrix builds infrastructure primitives that enable systems to generate immutable, verifiable proof of data integrity and sanitization after erase operations.
Independent of firmware or controller-level trust assumptions, QNFoundrix technologies validate the actual storage state through residual analysis and cryptographic attestation.
This enables systems to move from assumed data deletion to independently verifiable sanitization.
01
Cryptographic Verification
Tamper-evident proof chains generated for erase operations and the resulting storage state. Each operation is cryptographically attested and cannot be retroactively altered.
02
AI-Powered Analysis
AI models trained to detect post-erase residual patterns, signal remanence, and anomalous artifacts — enabling validation beyond conventional verification techniques.
03
Post-Quantum Security
Post-quantum cryptographic primitives securing attestation artifacts, ensuring long-term verifiability against future computational advances.
Core Technology
One Verifiable Trust Outcome.
QSSE forms the core engine of the QNFoundrix platform — addressing the critical gap in verifiable data sanitization.
- QSSE
Quantum-Safe Storage Engine
QSSE is a cryptographically verifiable storage sanitization engine designed for modern flash-based systems.
It introduces an independent validation layer that evaluates post-erase residual data signals and remanence characteristics using AI-driven analysis to produce structured, tamper-evident attestation artifacts.
Core Components
Key Capabilities
- Multi-pass secure erase with cryptographic verification
- AI-based residual data detection post-erase
- NIST SP 800-88 and DoD 5220.22-M compliant
- Hardware-level attestation with post-quantum signatures
- Tamper-evident audit trail for compliance reporting
Host / Application Layer
Controller / Storage Path
QSSE Verification Layer
Non-Volatile Storage Media
Verifiable Trust Outcome
Audit / Compliance / Remote Assurance
TECHNOLOGY FOUNDATIONS
Deep-Tech Foundations
Systems are built on a convergence of advanced technologies. These components operate as an integrated trust layer independent of traditional firmware assumptions.
Artificial Intelligence
AI-driven analysis integrated across NVMe, NAND, and controller architectures to detect post-erase residual signals and anomalies.
Post-Quantum Cryptography (PQC)
Post-quantum cryptographic primitives securing attestation artifacts and proof chains against future computational threats.
Storage System Integration
Deep integration across NVMe, NAND, and controller architectures enabling direct visibility into physical storage state for independent validation.
Cryptographic Attestation & Ledgering
Tamper-evident audit trails generated through cryptographic proof chains and immutable ledger records.
Policy-Driven Execution
Policy-driven execution enabling compliance-aligned validation workflows and governance enforcement.
Hardware-Software Co-Design
Co-designed validation architecture bridging storage controllers, firmware, and application layers to enable end-to-end verifiable outcomes.
Why it matters
Storage is the blind spot of security
This gap persists even in Zero Trust architectures, which do not extend to verifiable data sanitization at the storage layer.
QNFoundrix closes this gap with infrastructure that generates machine-readable, cryptographically binding proof — not logs, not reports. Proof.
This creates risks in:
- Data remanence and potential leakage
- Regulatory and compliance exposure
- Supply chain trust gaps
- Forensic and audit limitations
%
of decommissioned drives still contain recoverable data (Blancco 2023)
Average cost of a data breach — IBM Cost of Data Breach Report 2024
NIST deadline for post-quantum cryptography migration across critical infrastructure
%
Proof chains anchored in hardware-backed trust — not software-only assertions
Applications
Built for industries where failure is not an option
QNFoundrix builds infrastructure primitives that enable systems to generate immutable, verifiable proof of data sanitization and post-erase storage integrity.
Data Centers
Verified decommissioning for hyperscale infrastructure. Every retired storage unit produces cryptographic proof of complete data sanitization — eliminating liability and enabling audit-ready validation at scale.
- Audit Trail
- Bulk Certification
Cloud Infrastructure
Cryptographic proof of tenant data sanitization. Cloud providers can offer verifiable guarantees that previous tenant data is eliminated before storage is re-provisioned.
- Tenant Isolation
- API Integration
Government & Defense
Classified data sanitization with verifiable chain-of-custody. QSSE supports stringent national security requirements through cryptographic attestation and post-quantum-secured proof artifacts.
- Post-Quantum
- Chain of Custody
Semiconductor & Storage OEM
Embed verifiable sanitization and attestation directly into storage products. OEMs can deliver built-in QSSE capability — enabling cryptographic proof of erase outcomes as a native product feature.
- OEM Integration
- Hardware Attestation
Collaborate
Collaboration & Technology Partnerships
We collaborate with partners across the following domains:
We work with semiconductor companies, storage OEMs, cloud providers, and research institutions building next-generation secure infrastructure.
Engagements are focused on co-development, system integration, and validation of verifiable data sanitization capabilities.
For collaboration and partnership inquiries, contact us at admin@qnfoundrix.com
Olympia Tech Park, Guindy Industrial Estate
Chennai – 600032, Tamil Nadu, India
Core Technology: QSSE (Quantum-Safe Storage Engine)
QNFoundrix © 2026. Website design by Mozaic Technologies
Sectors
Cloud Infrastructure
Government & Defense
Semiconductor OEM
