Auditable cloud governance powered by Bayesian intelligence. Build reliable, observable, and self‑healing AI systems for real‑world infrastructure.
🔐 The core ARF engine is access‑controlled and not open source.
It is available only to qualified pilots and enterprise customers under outcome‑based pricing.
👉 ARF Control Center (public demo UI)
ARF makes AI operations provably safe, auditable, and transparent.
We provide a mathematically rigorous governance layer for deterministic and probabilistic decision‑making in production AI systems.
- ✅ Enable provably safe AI operations in cloud, hybrid, and multi‑agent environments.
- 🧮 Deliver expected loss minimisation and hybrid Bayesian inference for calibrated risk scoring.
- 🔍 Offer full traceability through auditable logs, semantic memory, and transparent decision records.
- 🧭 Steward the framework – not a free‑for‑all, but a protected, pilot‑first product.
| Repository | Description | Language |
|---|---|---|
| arf-spec | Canonical specification: data models, decision rules, and API contracts | Markdown |
| arf-frontend | Next.js dashboard (public demo UI – uses mock data) | TypeScript |
| pitch-deck | Public overview and vision | HTML |
🔒 Private repositories (core engine, API control plane, enterprise code) are not listed here. Access is restricted to pilots and enterprise customers.
| Module | Purpose | Access |
|---|---|---|
Public Specification (arf-spec) |
Data models, API contracts, decision rules | ✅ Public (Apache 2.0) |
Public Demo UI (arf-frontend) |
Dashboard with mock data, showcases concepts | ✅ Public (Apache 2.0) |
| Protected Core Engine | Bayesian risk scoring, semantic memory, governance loop | 🔒 Pilot / Enterprise only |
| Protected API Control Plane | FastAPI service exposing live endpoints | 🔒 Pilot / Enterprise only |
| Enterprise Extensions | Advanced compliance, audit trails, outcome‑based pricing | 🔒 Enterprise only |
- Bayesian Risk Scoring – Conjugate priors + HMC for calibrated uncertainty.
- Semantic Memory – FAISS‑based retrieval of similar past incidents.
- Expected Loss Minimisation – Chooses approve/deny/escalate by balancing risk, cost, and uncertainty.
- Multi‑Agent Orchestration – Automated anomaly detection, root cause analysis, forecasting.
- Policy Composability – AND/OR/NOT combinators for complex rules.
- Traceability & Audit – Every decision is fully auditable and queryable.
⚠️ These capabilities are implemented in the protected core engine, not in public demo assets.
- UI Concept Demo – Hugging Face Space – Interactive risk dashboard (mock data only).
- Sandbox API – Mock endpoint on Hugging Face – Returns mock responses, not real Bayesian inference. Interactive docs at
/docs.
Example sandbox call (returns mock data):
curl -X POST https://a-r-f-arf-sandbox-api.hf.space/v1/evaluate \
-H "Content-Type: application/json" \
-d '{"service_name":"api","event_type":"latency","severity":"high"}'The real engine is not publicly accessible.
We accept limited contributions to public repositories (arf-spec, arf-frontend, pitch-deck) – bug fixes, documentation, demo improvements.
We do not accept pull requests against private core repositories.
- Open an issue describing your proposed change.
- Wait for a maintainer to assign the issue.
- Sign a Contributor License Agreement (CLA) if requested.
- Submit a pull request referencing the issue.
All changes are reviewed and merged at the founder’s discretion.
For questions about the protected engine or pilot access, please do not open issues – use the contact details below.
The core ARF engine is not open source. To request pilot access (time‑limited free trial) or enterprise licensing, contact us directly:
| Method | Details |
|---|---|
| petter2025us@outlook.com | |
| Juan Petter | |
| Book a Call | 30‑Min Consultation |
When requesting access, please provide:
- Your full name and organisation
- Use case description
- Expected monthly incident volume
- Cloud environment (AWS, Azure, GCP, on‑prem)
- Public repositories (
arf-spec,arf-frontend,pitch-deck) are licensed under Apache 2.0. - The core engine and all private repositories are proprietary – no license is granted for public use.
- See the NOTICE file for full details.
All modules, dashboards, and APIs that are public are open source (Apache 2.0).
The core Bayesian engine is not open source – it is protected and access‑controlled.
Stewarded by the founder – pilot‑first, outcome‑based pricing.
