SecureVault — Post-Quantum Encryption for Legacy Systems

Quantum-proof your legacy infrastructure before Q-Day arrives

SecureVault automatically scans your existing enterprise systems for RSA and ECC cryptography vulnerable to quantum attacks, then deploys NIST-standardized post-quantum encryption overlays using eBPF kernel interception—no code changes required. Government contractors and mid-market enterprises gain immediate compliance with emerging quantum-safe mandates while maintaining full backward compatibility with legacy applications that can't be rewritten.

Key Benefits:

- Zero-downtime migration from quantum-vulnerable RSA/ECC to NIST-approved PQC algorithms (CRYSTALS-Kyber, Dilithium) without touching application code

- Automated vulnerability scanning that maps every cryptographic endpoint across your infrastructure and prioritizes migration by risk exposure

- Compliance dashboard with audit trails proving quantum-readiness for government contracts, insurance requirements, and regulatory frameworks

MVP Scope: MVP delivers quantum vulnerability scanning across enterprise infrastructure with automated detection of RSA/ECC usage, risk prioritization matrix, and transparent PQC encryption overlay for TLS connections without application code changes. Includes basic compliance reporting and integration with existing monitoring tools (CloudTrail, Datadog). Target: 500-person enterprises facing NIST/NSA compliance deadlines.

Tech Stack: Liboqs (NIST-standardized PQC algorithms), eBPF for kernel-level traffic interception, Kubernetes for orchestration, PostgreSQL for key/certificate storage, React for compliance dashboard, Python/Go for backend services

Components:

- Quantum Vulnerability Scanner

- PQC Overlay Engine

- Cryptographic Key Management Service

- Compliance Audit Dashboard

- Migration Orchestration Platform

---

Quality assessment: Strong technical concept with real market urgency (quantum threat to legacy systems) and concrete implementation details (liboqs, eBPF, NIST standards), but artifact is incomplete (MVP scope cut off mid-sentence) and lacks depth on how kernel-level interception handles cryptographic operations without breaking application semantics or performance—a critical technical challenge for the approach.