MindRivet
QRivet post-quantum security gateway
A MindRivet Product

QRivet

Post-Quantum Security Gateway

Encrypted today, readable later. QRivet closes the gap, without touching your servers.

NIST FIPS 203/204/205 Compliant | 31-Layer Defense | 5-Nines Availability

$17–30B
Post-Quantum Crypto Market by 2034 (41% CAGR)
31
Layered Security Architecture
60s
Automatic Key Rotation Interval
99.999%
Availability Target (Five Nines)
$562B
Total Cybersecurity Market by 2032

The Post-Quantum Security Crisis

Data safely encrypted in transit today can be recorded now and decrypted once quantum computers mature, a strategy already deployed by nation-state adversaries.

NIST has published its post-quantum cryptography standards (FIPS 203, 204 and 205), so the migration target is defined. Meanwhile, autonomous AI attack campaigns operate at speeds and scales that human-paced defenses were never designed to handle.

The tools most enterprises own (endpoint platforms and cloud posture scanners) provide zero post-quantum protection for traffic in motion.

What QRivet Delivers

Zero Endpoint Agents

No code on customer servers, no kernel drivers. DNS redirect is the only deployment step. Eliminates the CrowdStrike-class outage risk entirely.

NIST-Compliant Quantum Crypto

Implements ML-KEM-1024 (FIPS 203), ML-DSA-87 (FIPS 204) and SLH-DSA-256f (FIPS 205) alongside AES-256-GCM and SHA-3.

Three-Step Deployment

Point DNS to QRivet. Traffic routes through up to 31 layers. Clean requests reach your service; threats are blocked deterministically.

Mathematical, Not Probabilistic

Campaign detection uses deterministic cryptographic verification, not AI classifiers that can be jailbroken. Inverse-Shor Core at Layer 31.

11-Screen Real-Time Console

Live telemetry, alert triage, Prometheus metrics and SIEM integration. Full visibility without touching the customer's infrastructure.

Compliance Evidence Export

Evidence bundles pre-formatted for SOC 2 Type II, HIPAA BAA and FedRAMP Moderate reviews. Instant audit readiness.

Defense Architecture: 31 Layers in 3 Blocks

Every request passes through up to 31 layers. Clean requests reach your service; threats are blocked deterministically.

Autopoietic Homeostasis

Layers 1–10

Self-healing surface rotation, authentication, consensus

Quantum Neural Defense Fabric

Layers 11–30

Encryption, campaign detection, key rotation, verification

Inverse-Shor Core

Layer 31

Cryptographic hardness verification: the final gate

Built on NIST Post-Quantum Standards

QRivet implements the published NIST post-quantum suite alongside proven classical cryptography.

FIPS 203ML-KEM-1024

Quantum-resistant key encapsulation for every protected session.

FIPS 204ML-DSA-87

Lattice-based digital signatures for authentication and verification.

FIPS 205SLH-DSA-256f

Stateless hash-based signatures for long-term cryptographic assurance.

ClassicalAES-256-GCM + SHA-3

Authenticated encryption and hashing running alongside the post-quantum suite.

Market Opportunity

$17–30B
Post-Quantum Cryptography by 2034 | 41% CAGR

NIST standards (FIPS 203/204/205) are published. Enterprise migration is now a compliance obligation. QRivet turns the migration from an application rewrite into a single DNS change.

$562B
Total Cybersecurity Market by 2032 | 14.4% CAGR

QRivet is positioned as a complement to endpoint and cloud posture tools, not a replacement. Endpoint protects devices; QRivet protects data in motion. Two tools that cover entirely separate attack surfaces.

Three Markets Where QRivet Competes
Post-quantum cryptography AI-resistant detection Network security gateway

QRivet sits at the intersection of all three. No incumbent owns this combination today.

Positioning vs. Existing Stack

QRivet
Post-quantum crypto for every request in transit: 6 dedicated layers, FIPS-compliant
CrowdStrike
Endpoint protection, kernel-level agent, no transit crypto, no quantum defense
Wiz / Orca
Cloud posture scanning: agentless but covers config, not traffic in motion
VPN / TLS
Classical encryption only, vulnerable to harvest-now-decrypt-later attacks today

Competitive Landscape

CapabilityEndpoint Platform (CrowdStrike)Cloud Posture (Wiz, Orca)VPN / Classical TLSQRivet
Post-Quantum CryptographyNoneNoneNone6 layers, FIPS 203/204/205
Campaign Detection MethodAI classifiers (probabilistic)Not applicableNoneMathematical, deterministic
Deployment ModelKernel agent (outage risk)Agentless scanNetwork applianceUser-space gateway, DNS only
Data-in-Transit CoverageEndpoint onlyCloud posture onlyClassical encryption onlyEvery request, quantum-safe
Key RotationManual or periodicNot applicableManual or session-boundAutomatic, every 60 seconds
Compliance Evidence ExportPartial (EDR logs)Partial (posture reports)NoneSOC 2, HIPAA, FedRAMP bundles

Protection Tiers

Start where you are and expand as your post-quantum migration grows. Match the depth of the stack to the sensitivity of what you are protecting.

SHIELD
10 Layers
For
Standard Web Applications
<5ms stated latency

Entry point for organizations beginning their post-quantum migration. Autopoietic Homeostasis block active, self-healing surface and authentication. Zero workflow disruption on day one.

FORTRESS
22 Layers
For
Most Production Deployments
<10ms stated latency

Adds the Quantum Neural Defense Fabric: AI-campaign detection, full NIST crypto suite and 60-second key rotation. Covers the majority of enterprise and regulated-industry workloads.

SOVEREIGN
31 Layers
For
Defense, Finance, Critical Infrastructure
<15ms stated latency

Full stack including the Inverse-Shor Core (Layer 31) cryptographic hardness verification. Designed for CMMC, FedRAMP High and classified workloads where mathematical certainty is non-negotiable.

Post-quantum migration as a DNS change,
not an application rewrite.

Deployable in hours, not quarters, with no endpoint agents and no code on your servers.

Talk to a Security Architect