Post-quantum cryptography standards are finalized. The algorithms are public. The reference implementations are open source. Yet the average enterprise quantum readiness score is 28 out of 100 (IBM, 2025).

The bottleneck was never the algorithms — NIST solved that in August 2024. The bottleneck is organizational adoption.

Q-GRID Comply is the first platform to address all five organizational barriers that prevent enterprises from achieving quantum-safe compliance:

Metric	Traditional Approach	Q-GRID Comply
Time to first migration	10-15 months (procurement alone)	1 day
Full compliance timeline	27-48 months	6 months
Risk of breaking systems	High (rip-and-replace)	Zero (hybrid dual-mode)
Vendor lock-in	Proprietary stacks	Open standards (NIST FIPS 203/204)
Compliance proof	Self-reported checklists	Quantum-signed immutable audit trails

🏗️ Architecture Overview

Q-GRID Comply is a layered architecture designed for incremental adoption, zero-downtime migration, and verifiable compliance proof.

Six-Layer Strategic Integration

Layer 1: DETECTION & INVENTORY
├── CBOMkit-Hyperion (source code scanning)
├── CBOMkit-Theia (container scanning)
├── PQC-Scanner (network TLS scanning)
└── pqc-flow (passive traffic verification)

Layer 2: COMPLIANCE EVALUATION
├── COMPL-AI Framework (27 EU AI Act benchmarks)
├── EU AI Act Policy Model (DistilBERT, F1: 0.81)
├── PQC-Legal-BERT (custom fine-tuned legal NLP)
└── OPA/Rego policies (real-time compliance rules)

Layer 3: CRYPTOGRAPHIC OPERATIONS
├── @noble/post-quantum (ML-KEM, ML-DSA, SLH-DSA)
├── Node.js 24+ native crypto (zero-dep path)
└── CryptoAgility.js (algorithm routing + state machine)

Layer 4: IMMUTABLE AUDIT TRAIL
├── Hedera HCS (primary consensus, $0.0001/msg)
├── Tessera (secondary transparency log)
└── Sigstore/Cosign (supply chain provenance)

Layer 5: MIGRATION CONTROL
├── OpenFeature SDK (vendor-agnostic flags)
├── Unleash (12.1k stars, Node.js + PostgreSQL)
└── OPAL (real-time policy distribution)

Layer 6: GOVERNANCE & REPORTING
├── CISO Assistant API (100+ frameworks)
├── VerifyWise API (AI governance)
└── Q-GRID Dashboard (unified view + QRS)

🔑 Seven Key Innovations

1. CBOM with Quantum Vulnerability Classification

Extends CycloneDX v1.6+ with quantum-specific taxonomy:

CRITICAL: RSA-1024, DSA-1024, ECDH-P192 (broken by quantum now)
HIGH: RSA-2048, ECDH-P256, ECDSA-P256 (broken by 2035)
MEDIUM: RSA-3072, ECDH-P384 (transitional)
LOW: AES-128, SHA-256 (Grover's impact only)
QUANTUM_SAFE: ML-KEM-768, ML-DSA-65, SLH-DSA

2. Five-State Migration State Machine

LEGACY_ONLY → HYBRID_SIGN → HYBRID_VERIFY → PQC_PRIMARY → PQC_ONLY

Atomic transitions with rollback capability
OpenFeature-controlled algorithm switching
Percentage rollout (1% → 10% → 100%)
Kill switch for instant revert

3. Two-Stage AI Vulnerability Pipeline

Stage 1: CodeBERT (fast triage, <50ms, 94% recall) Stage 2: CodeAstra-7B (deep analysis, 83% accuracy, 13 languages)

4. Quantum-Signed Audit Trail

Hedera HCS: 10k TPS, $0.0001/msg, 3-5s finality
ML-DSA-65 signatures: FIPS 204 compliant
Tessera dual-attestation: Merkle tree inclusion proofs
Public verification: via Hedera mirror nodes

5. Verifiable Compliance Credentials

W3C Verifiable Credentials with:

ML-DSA-65 quantum-resistant signatures
Privacy-preserving aggregation (scores, not details)
Hedera HTS NFT minting for transferability
Selective disclosure for regulators vs. partners

6. Quantum Readiness Score (QRS)

Composite 0-100 metric across 5 dimensions:

CBOM Coverage (25%)
Migration Progress (30%)
Policy Compliance (20%)
Audit Completeness (15%)
Risk Exposure (10%)

7. Policy-as-Code Deadline Automation

OPA/Rego policies encoding CNSA 2.0 deadlines
OPAL real-time distribution to all agents
Automated escalation as deadlines approach

📦 Open-Source Integration Map

Cryptographic Core

Library	Role
@noble/post-quantum	ML-KEM, ML-DSA, SLH-DSA in pure JS
Node.js 24.7+	Native PQC via OpenSSL 3.5
liboqs	Reference C implementation
CIRCL	Cloudflare production PQC

AI/ML Pipeline

Model	Role
CodeAstra-7B	Deep vulnerability analysis
CodeBERT	Fast triage
COMPL-AI	EU AI Act evaluation

Compliance & GRC

Platform	Role
IBM CBOMkit	CBOM toolchain
CISO Assistant	100+ compliance frameworks
VerifyWise	AI governance
OPA	Policy engine

Infrastructure

Technology	Role
OpenFeature	Feature flag standard
Unleash	Flag platform
Hedera SDK	Blockchain
Tessera	Transparency logs

🚀 Getting Started

Prerequisites

Node.js 20+ or Bun
PostgreSQL 14+
Docker (optional)

Installation

bash

# Clone the repository
git clone https://github.com/Taurus-Ai-Corp/taurus-ai-saas.git
cd taurus-ai-saas/products/gridera

# Install dependencies
npm install

# Configure environment
cp .env.example .env.local
# Edit .env.local with your credentials

# Run database migrations
npm run db:migrate

# Start development server
npm run dev

📊 Timeline Comparison

Approach	Procurement	Discovery	Migration	Testing	Compliance	Total
Traditional	10-15 mo	6-9 mo	9-12 mo	3-6 mo	6-9 mo	27-48 mo
Q-GRID Comply	0 mo (OSS)	2-4 wk	8-16 wk	2-4 wk	2-4 wk	6 mo
Savings	10-15 mo	5-8 mo	7-10 mo	2-5 mo	5-8 mo	21-42 mo

📄 Documentation

🏛️ Compliance Standards

NIST FIPS 203/204/205 — Post-Quantum Cryptography Standards
NSA CNSA 2.0 — Commercial National Security Algorithm Suite
EU AI Act — Artificial Intelligence Act (August 2026 deadline)
ISO 27001 — Information Security Management

📜 License

Documentation: CC BY-SA 4.0
Code: MIT License
Patents: Provisional Patent 002 filed (7 claims, 40+ integrations)

🔗 Links

Website: taurusai.io
GitHub: Taurus-Ai-Corp/taurus-ai-saas
Twitter: @TaurusAI_
Email: admin@taurusai.io

Built with ❤️ by Taurus AI Corp — Orchestrated Agentic Intelligence

Last updated: February 7, 2026

Q-GRID/Q-GRID-QaaS-Platform

Q-GRID Comply: Enterprise PQC Migration Architecture

Solving the Organizational Adoption Gap Through Cryptographic Agility, AI-Powered Compliance, and Verifiable Proof

🎯 Executive Summary

The $3.2 Trillion Problem Nobody Can Solve Fast Enough