QuantumRivet
Security should never be added after software is built.
It should be engineered into every line of code.
A 30-layer defense-in-depth substrate for regulated, sovereign, and IP-sensitive environments — the first integrated architecture to unify all six security tiers. 27 quantum-resilient layers raise the cost of attack beyond any known compute; 3 quantum-immune layers remove entire attack classes outright. NIST PQC compliant across FIPS 203, 204, and 205.
Six Tiers. 30 Layers. Zero Compromise.
Each layer is anchored in a different mathematical foundation. No two adjacent layers share one, so an attacker must break at least three unrelated foundations simultaneously to cross the full stack.
Surface Cloak
L1-L5Quantum-ResilientHides and hardens the externally-reachable surface. Endpoint cloaking, request validation, connection throttling, traffic classification, and ML-KEM-1024 session authentication that must complete before any request is accepted.
Execution Shield
L6-L10Quantum-ResilientProtects in-process boundary and computation integrity. Process hardening, millisecond-cadence in-memory data guard, distributed consensus, ML-DSA-87 code authorization, and write-boundary enforcement.
Knowledge Fortress
L11-L16Quantum-ResilientProtects intellectual property, customer data, and compliance posture. AES-256-GCM record-level encryption, access segmentation, immutable logging, cross-tenant isolation, historical-data protection, and compliance enforcement.
Cluster Defense
L17-L22Quantum-ResilientDefends multi-node deployments against lateral movement and advanced persistent threats. ML-KEM-1024 node-to-node tunnels, behavioral monitoring, peer verification, coordinated detection, 60-second ML-DSA-87 credential expiry, and network-wide threat-intelligence sharing.
Mathematical Foundation
L23-L27Quantum-ResilientMakes the stack resilient to single-primitive cryptanalysis. Defense diversity across unrelated mathematical foundations, surface adaptation, payload rejection at the encoding level, continuous integrity, and SLH-DSA-256f cryptographic-health monitoring.
Topological Immunity
L28-L30Quantum-ImmuneRemoves entire attack classes rather than raising their cost. Quantum-immune key exchange that destroys key-derivation inputs, structural supply-chain verification that catches injected code by mathematical structure, and cryptographic-health anomaly response.
Built on NIST Post-Quantum Standards
QuantumRivet is engineered on standardized post-quantum cryptography — not experimental primitives. Six layers were upgraded to the finalized NIST PQC suite.
Quantum-resistant key encapsulation for sessions and node tunnels (L5, L17).
Lattice-based signatures for code authorization and 60-second credential rotation (L9, L21).
Hash-based signatures anchoring cryptographic-health monitoring and forensic integrity (L27).
Authenticated per-record encryption across the Knowledge Fortress (L11).
Real Breaches. Killed by Construction.
These are the breaches that put enterprises in headlines. Mapped against QuantumRivet, each one dies against a specific layer — before impact.
ShinyHunters / PeopleSoft RCE
L5 ML-KEM-1024 handshake is required before any request. No handshake means no entry. L17 tunnels reject SSH lateral movement; L21 voids credentials in 60 seconds.
Mercor 4 TB Supply-Chain Exfiltration
L26 Continuous Integrity fails the tampered update. L9 ML-DSA-87 refuses unattested code and L29 catches the injected branch structurally. L11 AES-256-GCM makes exfiltrated data opaque.
OAuth Pivot Wave (ADT / Vercel / Snowflake)
L5 requires a quantum-resistant session beyond OAuth — a token alone creates no session. L14 makes multi-tenant access geometrically impossible; L21 rotates keys every 60 seconds.
Kash Patel / Based Apparel CMS Hack
L11 encrypts templates individually and L26 detects unauthorized content before any visitor sees it. L7 shreds memory on a millisecond cadence; L14 isolates tenants.
Claude Code Source-Map Leak
Record-level encryption and immutable audit render leaked artifacts inert, while L29 SLH-DSA trust anchors preserve forensic integrity of the build chain.
Three Deployment Tiers
Every tier is cumulative. Match the depth of the stack to the sensitivity of what you are protecting.
Surface cloaking + execution hardening. API invisible to scanners, runtime hardened against exploit chains. ML-KEM-1024 handshake, ML-DSA-87 code attestation.
Unauthenticated RCE, mass scanning, memory scraping, injected code
Everything in SHIELD + AES-256-GCM data protection, cross-tenant isolation, compliance enforcement, cluster security, 60-second ML-DSA key rotation, network-wide threat sharing.
Bulk exfil, supply-chain, OAuth pivots, source-map leaks, cross-tenant breaches
Everything in FORTRESS + mathematical-foundation guarantees, quantum-immune key exchange (L28), structural supply-chain verification (L29), cryptographic-health monitoring (L30). NIST FIPS 203/204/205 compliant.
Harvest-now-decrypt-later, algorithm-substitution attacks
Indicative annual ranges. Final pricing is scoped to deployment footprint, node count, and compliance requirements.
Capabilities With No Market Equivalent
Identity platforms stop at authentication. Perimeter tools secure the edge. Confidential-computing enclaves protect memory. QuantumRivet is the first integrated substrate to unify all six tiers — an attacker who defeats one still faces the next.