Quantum-resistant security for critical infrastructure & economic stability —
aligned with NIST Cybersecurity Framework 2.0 and compatible with NIST PQC standards.
AEGES is a state-of-the-art cybersecurity intelligence and protection framework that detects, quarantines, and neutralizes advanced threats — including post-quantum attacks — across financial, industrial, and cross-chain ecosystems.
Built as part of the Better World Regulatory Coalition (BWRCI) initiative, AEGES reinforces the foundations of trusted commerce and national resilience.
As AEGES advanced beyond its early research phase, its core methods—particularly those enabling sub-3-second detection, predictive quarantine, and cross-exchange coordination—became too valuable to remain fully open-source.
To safeguard these innovations and maintain defensible intellectual property while supporting responsible collaboration, AEGES adopted a dual-repository architecture:
- Public Repository: Demonstrations, SDKs, and integration guides for transparency and education.
- Private Repository: Proprietary AI models, optimization code, and coordination algorithms under NDA control.
This structure aligns with best practices for national-infrastructure security, ensuring that AEGES remains both open for oversight and secure against misuse or replication.
This transition marks the next stage in AEGES’s evolution—from open-core research project to production-grade, multi-agency security framework.
To establish real-time, autonomous defense for high-value systems and economies through AI-enhanced detection, predictive containment, and coordinated restoration.
AEGES is engineered to exceed traditional limits of speed, precision, and interoperability in cybersecurity infrastructure.
| Layer | Description |
|---|---|
| Detection Layer | Multi-model inference pipeline for anomaly and threat recognition (<3 s). |
| Consensus Layer | Cross-network coordination and quarantine propagation. |
| Restoration Layer | Rollback and digital DNA tracing for forensic accountability. |
Core algorithms, optimization methods, and model architectures are safeguarded under the AEGES private repository and governed by ongoing patent filings.
AEGES now operates under a dual-repository structure:
| Repository | Purpose | Access |
|---|---|---|
aeges-public |
Integration SDKs, documentation, and test examples | Open access |
aeges-private |
Proprietary algorithms, ML models, optimization code | NDA-restricted |
This transition ensures transparency for research and collaboration while protecting trade-secret methodologies that deliver AEGES’s competitive performance (<3 s detection, 99.5 %+ accuracy, 10× cost efficiency).
Researchers, regulators, and verified partners may request private access through BWRCI or DigiPie International under signed NDA.
- Post-Quantum Cryptography (PQC) – NIST-aligned algorithms for future-proof security.
- Critical Infrastructure Hardening – Runtime enforcement and behavioral control.
- AI-Enhanced Anomaly & Quarantine Engine – Detects, isolates, and restores compromised systems.
- Modular Integration Kits – Plug-and-play components for AI systems and enterprise networks.
- Compliance-Ready Design – Built to align with NIST CSF 2.0, ISO 27001, and sector frameworks.
- Open-Core Model – Free community layer, premium enterprise extensions under license.
| Path | Description |
|---|---|
README.md |
You are here – project overview |
ARCHITECTURE.md |
Public architecture & design principles |
SECURITY.md |
Vulnerability disclosure policy |
integration-kits/ |
Public SDKs and modular integrations |
integration-kits/grok3/ |
Grok3 AI integration kit (multi-provider AI consensus) |
integration-kits/ransomware_demo/ |
Safe stub for anomaly & rollback testing |
docs/ |
API reference, public reports, and whitepapers |
demo/ (optional) |
Public demonstration assets |
AEGES ships with verified integration kits for AI, infrastructure, and digital-asset protection:
- Grok3 Integration Kit – xAI → OpenAI → Anthropic → Mock consensus sequence;
sub-800 ms response time with full containerized deployment. - Ransomware Demo Kit – Quantum-resistant anomaly detection and rollback simulation (safe environment).
- Anomaly Detection: Flags suspicious encryption, exfiltration, and lateral movement.
- Digital DNA Tracing: Tracks process/file lineage for full forensic attribution.
- Quarantine & Rollback: Contains threats, restores clean operational states.
- Cross-Threat Coverage: Defends against ransomware, insider threats, and supply-chain compromise.
- Adaptive Learning: Continuous reinforcement via multi-AI consensus.
AEGES evolved from a single open-core repository into a two-tier architecture to meet national-security and regulatory partnership requirements.
The public tier remains open for collaboration and education; the private tier preserves advanced AI, optimization, and coordination logic for authorized research and agency pilots.
This approach balances open innovation with responsible IP stewardship, enabling AEGES to serve both public interest and enterprise resilience.
AEGES is distributed under an open-core model.
-
✅ Permitted (Open Source):
Free for research, education, and non-commercial testing under the MIT License. -
🚫 Prohibited Without Authorization (Commercial):
Any integration of AEGES threat-detection, digital-DNA tracing, or quarantine/rollback mechanisms into a commercial product or managed service requires a Premium Services License from DigiPie International PBC or BWRCI.
Effective Date: October 1, 2025
git clone https://github.com/AEGES-OPEN-CORE/AEGES.git
cd AEGES
See /docs/quickstart.md for setup and demo instructions.
📈 Ongoing Development
AEGES development follows a Public-Safe / Private-Core Protocol:
✅ Public-Safe → Docs, SDKs, demos
🔒 Private → Core algorithms, ML models, optimization pipelines
⚠️ Review-Needed → Pending classification by Max Davis (Founder)
🌐 Contact
Founder & Architect: Max Davis
Advisory Collaboration: GT Sage & Claude (AI Research Advisors)
Organization: Better World Regulatory Coalition Inc. (BWRCI)
Repository Type: Public Integration Layer
“AEGES protects the digital world not just by detecting threats — but by setting a new global standard for coordinated defense.”