STEADYWATCH™ — Quantum Security Platform

Quantum V^ LLC · Principal Investigator: Nathaniel Vazquez
Status: ✅ Production-Ready · Hardware-Validated · DUO Parity Achieved

Overview

This repository contains the public research and demo infrastructure for Echo Resonance Technology — a quantum-resistant security platform combining information-theoretic security (GHZ entanglement) with computational security (Echo Resonance encryption).

The platform has reached full Cisco DUO functional parity as a self-hosted biometric OIDC Identity Provider, running on a Raspberry Pi with no per-seat cloud subscription required.

STEADYWATCH™ HANDHELD: Atomic Clock Multi-Tool · Free · iOS · macOS · watchOS · visionOS

• Biometric credential enrollment · OIDC approval · Harmonic visualization · Stability measurement

 

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Milestones

April 2026 — Quantum Random Number Generator as a Service

Status: ✅ Live — IBM Quantum Hardware Entropy · Publicly Verifiable

True random number generation derived from real IBM Quantum hardware runs across all three Security Trinity hives (VAULT p=5, VIPER p=13, LOTUS p=17). Every byte is traceable to a verifiable IBM Quantum job ID.

Architecture:

• Entropy pool: SHA-256 of all seed_hex measurements across 912 satellites (VAULT + VIPER + LOTUS)
• Key stream: HKDF-Expand(PRK, qrng:stream:{counter}, length) — monotonic counter ensures output never repeats, even across server restarts
• Public attestation: /qrng/attestation returns per-hive fingerprints and IBM Quantum Job IDs for independent third-party verification at quantum.ibm.com

Entropy Fingerprints (April 2026 seed run):

• VAULT (p=5): 0948620f8e0eb5c0… — 144 satellites
• VIPER (p=13): 46c5131b05523c8f… — 336 satellites
• LOTUS (p=17): e4afa5e616f052bd… — 432 satellites

Live API endpoints:

• GET /qrng/bytes?n=32 — random bytes (hex)
• GET /qrng/int?min=0&max=1000000 — unbiased random integer (rejection sampling)
• GET /qrng/float — uniform float in [0.0, 1.0)
• GET /qrng/uuid — quantum-seeded UUID v4
• GET /qrng/batch?count=10&bytes=32 — batch generation
• GET /qrng/attestation — public provenance document (no auth required)

Try the live demo: infin-8.github.io/STEADYWATCH-QUANTUM-DEMO/qrng.html
Evaluation guide: QRNG Enterprise Setup Guide

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April 2026 — Cisco DUO Parity · Biometric OIDC Identity Provider

Full RFC 8628 (Device Authorization Grant) OIDC Identity Provider with biometric-backed approval, RADIUS bridge, multi-tenant isolation, and admin console. Direct replacement for Cisco DUO — self-hosted, no per-seat fee, runs on a Raspberry Pi.

Capabilities:

• RFC 8628 Device Authorization Grant (OIDC/OAuth2)
• Biometric-backed approval via iOS app (Trinity key fusion)
• RADIUS bridge — RADIUS Access-Request → OIDC Device Flow
• Multi-tenant isolation with per-tenant API key registration
• JWT with biometric claims (sw_biometric_factor, sw_prime, sw_confidence)
• Admin console with tenant and session management
• JWKS endpoint and OpenID Connect discovery

Try the live demo: oidc.html

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March 2026 — F4 Node Binding: Geometry as Cryptographic Address

Status: ✅ Deployed — VAULT™ · VIPER™ · LOTUS™

The F4 Hurwitz lattice shell, previously used as a visual identity for each server, is now cryptographically load-bearing. Every operational unit in the Security Trinity is bound to its nearest F4 lattice site. The quaternion coordinates of that site are folded into key derivation — without knowing the F4 structure, keys cannot be reproduced.

Server	Prime	F4 Sites	Operational Units	Binding
VAULT™	p=5	144	81 key slots	Grid → nearest F4 node
VIPER™	p=13	336	336 detection keys	Direct (key IS quaternion)
LOTUS™	p=17	432	432 swarm nodes	Direct (key IS quaternion)

The 95 F4 sites at p=5 unreachable by any vault slot form a structural guard ring (the Moat). Any fingerprint forgery must account for all 144 sites including the moat.

Research: docs/research/F4_NODE_BINDING_CRYPTOGRAPHIC_ADDRESS.md

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March 2026 — Hurwitz Lattice-Metric Authentication

Status: ✅ No Pre-Shared Secret Required

Solves the QKD bootstrapping problem. Each API server in the Security Trinity has a unique Hurwitz prime. The F4 shell around that prime forms a crystal cluster with a shape unique to that prime — SHA-256 hashed to produce a lattice fingerprint. Any party can independently compute the expected fingerprint and verify a server's identity without prior communication.

Security Trinity Fingerprints:

• VAULT (p=5): e1d594a946e07e52... — 144 F4 lattice sites
• VIPER (p=13): aa270de9ab65cbd2... — 336 F4 lattice sites
• LOTUS (p=17): d4ddded70230b364... — 432 F4 lattice sites

Research: docs/research/HURWITZ_LATTICE_BIOMETRIC_AUTHENTICATION.md

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January 2026 — Cross-Platform Qubit Aggregation

Status: ✅ First Cross-Platform Qubit Aggregation System

• 783 qubits aggregated across IBM Quantum + AWS Braket
• Shor's Algorithm (750 qubits needed): ✅ FEASIBLE
• Grover's Algorithm (258 qubits needed): ✅ FEASIBLE
• First cross-platform aggregation system of its kind

Research: docs/research/CROSS_PLATFORM_QUBIT_AGGREGATION.md

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January 2026 — Bell Inequality Violation

Status: ✅ First Bell Inequality Violation on Real Hardware with Loophole Closed

• Mermin Parameter: |M| = 3.7216 (93% of theoretical maximum)
• Violation: 86% above classical limit of 2.0
• Freedom-of-Choice Loophole: Closed via quantum random number generation
• Error Mitigation: 51.83% improvement (|M| 2.4512 → 3.7216)
• Hardware: IBM Quantum ibm_fez (156-qubit Heron r2) · 40,000 shots

Raw vs mitigated Mermin parameter — clear Bell inequality violation

Research: docs/research/BELL_INEQUALITY_BREAKTHROUGH.md

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January 2026 — Complete QKD Protocol Validation

Status: ✅ First Complete End-to-End QKD Protocol on Real Hardware

IBM Heron R2 quantum processor (156 qubits) used for all hardware validation

Dilution refrigerator maintaining qubits at near-absolute zero

All 6 protocol phases validated on IBM Quantum ibm_fez:

1. ✅ Authentication — HMAC or Hurwitz Lattice-Metric (no pre-shared secret)
2. ✅ Quantum Key Generation — 65% raw fidelity
3. ✅ Error Detection — 52% error rate detected
4. ✅ Error Correction
5. ✅ Privacy Amplification
6. ✅ Key Verification

12-qubit GHZ circuit: H gate initialization + CX chain entanglement

Multi-qubit GHZ entanglement — unconditional security through perfect correlation

Error Mitigation: 33% fidelity improvement (65% → 100%)
Job ID: d5gs5mkpe0pc73alki40 (verifiable on IBM Quantum)
Execution Time: 7.69 seconds

Research: docs/research/QKD_MILESTONE_RESEARCH_PAPER.md

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Auth Platform

STEADYWATCH™ is a production OIDC Identity Provider and Cisco DUO replacement.

Document	Purpose
Live API Status	Real-time service health for QRNG and OIDC
Auth Platform Demo	Live RFC 8628 device flow demo
OIDC Enterprise Setup Guide	Curl walkthrough, JWT inspection, DUO comparison
Feature Matrix	Capability comparison vs Cisco DUO
TCO Analysis	3-year cost comparison at 100–10,000 users

Enterprise licensing: Contact Quantum V^ LLC

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Research Papers

Paper	Description
QKD Milestone Research Paper	First end-to-end QKD validation on real hardware
QKD Academic Paper	Formal security analysis
F4 Node Binding	Geometry as cryptographic address
Hurwitz Lattice-Metric Authentication	Biometric-style identity for QKD
Cross-Platform Qubit Aggregation	783-qubit cross-platform system
Bell Inequality Breakthrough	First violation with loophole closed
Hurwitz-Mermin Hardware Validation	95.5% Mermin violation on ibm_marrakesh
144 Z Primes — Hurwitz Quaternion Satellites	Quantum entropy seed generation
GHZ Network Authentication	GHZ-based network auth validated on IBM hardware
Wardenclyffe → GHZ → Echo Resonance	Shared state parallel across centuries

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Repository Structure

STEADYWATCH-QUANTUM-DEMO/
├── index.html                     # SHQKD platform landing page
├── oidc.html                      # Auth Platform / DUO replacement demo
├── qrng.html                      # QRNG-as-a-Service demo + attestation panel
├── status.html                    # Live API status page (QRNG + OIDC health)
├── styles.css / app.js            # Site styles and logic
│
├── quantum_computing/             # Core quantum backend
│   ├── unified_api_server.py      # Main Flask server (75+ endpoints)
│   ├── oidc_provider.py           # RFC 8628 OIDC Identity Provider
│   ├── qrng_service.py            # QRNG service — HKDF stream over quantum entropy pool
│   ├── key_derivation.py          # HKDF key derivation from IBM Quantum seed files
│   ├── echo_resonance_circuits.py # Echo Resonance quantum circuits
│   └── echo_resonance_calculations.py
│
├── vault-api/                     # VAULT hive (Node/Express, p=5)
├── viper-api/                     # VIPER hive (Node/Express, p=13)
├── horde-api/                     # LOTUS hive (Node/Express, p=17)
│
├── js/                            # Browser-side quantum modules
│   └── hurwitz-lattice-auth.js    # F4 lattice auth client
│
├── docs/
│   ├── qrng-guide.html            # QRNG enterprise evaluation guide
│   ├── oidc-guide.html            # OIDC enterprise evaluation guide
│   ├── research/                  # Research papers
│   └── business/                  # Enterprise positioning and TCO docs
│
└── images/                        # Visualization assets

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Quick Start

git clone https://github.com/Infin-8/STEADYWATCH-QUANTUM-DEMO.git
cd STEADYWATCH-QUANTUM-DEMO
pip install -r requirements.txt

Check API status: infin-8.github.io/STEADYWATCH-QUANTUM-DEMO/status.html

Try the live OIDC demo: infin-8.github.io/STEADYWATCH-QUANTUM-DEMO/oidc.html

Try the live QRNG demo: infin-8.github.io/STEADYWATCH-QUANTUM-DEMO/qrng.html

Read the research: QKD Milestone Research Paper

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Hardware

Platform	Device	Qubits	Usage
IBM Quantum	ibm_fez (Heron r2)	156	QKD validation, GHZ scaling
IBM Quantum	ibm_marrakesh	156	Mermin violation (95.5%)
AWS Braket	Rigetti Ankaa-3	82	Cross-platform aggregation
AWS Braket	QuEra Aquila	256	Neutral atom validation
Local (Pi)	Raspberry Pi 5	—	OIDC production server

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© 2026 Quantum V^ LLC. All Rights Reserved.