Trust Layer for Trusted
Data SystemsAbout us / Foundation
A cryptographic trust layer for the data stack
QNFoundrix Systems Private Limited is a deep-tech startup focused on building quantum-safe trusted infrastructure for storage and data systems.
Founded with a vision to redefine trust in data lifecycle operations, the company operates at the intersection of semiconductor systems, artificial intelligence, and cryptographic security.
QNFoundrix is currently advancing its technologies through prototype validation and industry collaboration.
01
Cryptographic Verification
Immutable proof chains generated at the hardware level. Every erasure, every state transition, attested with signatures that cannot be forged or retroactively altered.
02
AI-Powered Analysis
Machine learning models trained to detect residual data patterns, anomalous signal artefacts, and reliability degradation — invisible to conventional validation methods.
03
Post-Quantum Security
Cryptographic primitives built to withstand quantum computing attacks. Lattice-based signatures and hash-based proofs aligned with NIST post-quantum standards.
Core Technology
Two systems. One trust guarantee.
QSSE form the engine of the QNFoundrix platform — each addressing a distinct layer of the data integrity problem.
Quantum-Safe Storage Eraser
QSSE is a cryptographically verifiable storage sanitization framework designed for modern flash-based systems.
It introduces an independent validation layer that evaluates post-erase residual data characteristics using AI-driven analysis and produces structured, tamper-evident attestation artifacts.
The system integrates post-quantum cryptographic primitives to ensure long-term security of erase proofs and supports policy-driven execution aligned with compliance and governance requirements.
QSSE enables storage systems to move from implicit trust to provable, auditable data sanitization.
- 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
Why it matters / The Problem
Why Verifiable Trust Matters
Data lifecycle operations such as erase, reuse, and decommissioning remain fundamentally unverifiable in current systems.
This creates risks in:
- Data remanence and leakage
- Compliance and regulatory exposure
- Supply chain trust gaps
- Forensic and audit limitations
94%
of decommissioned drives still contain recoverable data (Blancco 2023)
$4.9M
Average cost of a data breach — IBM Cost of Data Breach Report 2024
2030
NIST deadline for post-quantum cryptography migration across critical infrastructure
100%
Of QNFoundrix proof chains are hardware-attested, not software-asserted
TECHNOLOGY FOUNDATIONS
Deep-Tech Foundations
Systems are built on a convergence of advanced technologies:
- Artificial Intelligence for residual validation, anomaly detection, and decision modeling
- Post-Quantum Cryptography (PQC) for future-proof security and attestation
- Storage System Integration across NVMe, NAND, and controller architectures
- Cryptographic Attestation and Ledgering for tamper-evident audit trails
- Policy-Driven Execution for compliance-aware operation
Applications
Built for industries where failure is not an option
QNFoundrix builds infrastructure primitives that enable systems to generate immutable, verifiable proof of their own integrity — from the moment data is written to the moment it is erased.
01
Data Centers
Verified decommissioning for hyperscale infrastructure. Every retired storage unit leaves with a cryptographic certificate of complete data destruction — eliminating liability and satisfying auditors at enterprise scale.
02
Cloud Infrastructure
Cryptographic proof of tenant data isolation. Cloud providers can now offer verifiable guarantees that previous tenant data is eliminated before storage is re-provisioned — a first in the industry.
03
Government & Defense
Classified data erasure with unbreakable chain-of-custody. QSSE satisfies the strictest national security requirements — with post-quantum attestation that future-proofs today’s compliance posture.
04
Semiconductor & Storage OEM
Embed hardware-level attestation directly into storage products. OEMs can ship drives with built-in QSSE capability — enabling certified erasure as a product feature and opening new enterprise market segments.
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
