This document describes the security policy for the Autonomous Trust Framework for Artificial Intelligence (ATF-AI) specification and its reference artifacts.
The following versions of the ATF-AI specification currently receive security updates:
| Version | Status |
|---|---|
v1.x (current) |
✅ Actively maintained |
| Pre-release drafts |
When a security issue is identified, a patch release will be published for all actively maintained versions.
If you discover a security vulnerability in the ATF-AI specification, reference implementations, or associated tooling, please report it responsibly by following the process below.
Do not open a public GitHub Issue for security vulnerabilities.
Instead, send an email to:
admin@agronet.io
Subject:[ATF-AI SECURITY] <brief description>
Include in your report:
- A clear description of the vulnerability.
- The affected component (specification section, reference artifact, or API definition).
- Steps to reproduce or a proof-of-concept if applicable.
- Your assessment of the potential impact.
| Stage | Target Time |
|---|---|
| Acknowledgement | Within 48 hours of receipt |
| Initial assessment | Within 5 business days |
| Resolution or mitigation | Within 30 days for critical issues; 90 days for lower severity |
We will keep you informed throughout the process and credit your responsible disclosure in the release notes (unless you prefer to remain anonymous).
ATF-AI's security model is built on the same zero-trust principles that the framework enforces for AI agent governance:
No component of an ATF-AI-governed system is implicitly trusted. Every agent action, governance decision, and execution event must carry verifiable attestations. This principle applies to ATF-AI's own specification artifacts and reference implementations.
All official ATF-AI specification releases and reference artifacts are signed with cryptographic provenance records (in-toto format). Consumers of the specification can verify the integrity and origin of any official artifact.
ATF-AI's security properties are defined at the protocol level — not tied to any specific infrastructure. This means the security model remains consistent regardless of whether ATF-AI is implemented on a blockchain network, a cloud platform, an enterprise system, or an embedded device.
All changes to the ATF-AI specification are tracked in this public repository with full version history. Any observer can audit the complete evolution of the protocol.
The following are within the scope of ATF-AI's security policy:
- The ATF-AI core specification (
specs/atf-core-v1.mdand future versions). - The ATF-AI OpenAPI definition (
api/openapi.yaml). - Reference artifacts published in this repository (
specs/registry.json, schema definitions). - The ATF-AI documentation published on GitHub Pages.
The following are not covered by this security policy:
- Third-party ATF-AI adapters (e.g.,
erc-8040-ecosystem). Security issues in adapters should be reported to the respective adapter maintainers. - Implementations of ATF-AI built by external organizations. AgroNet Labs is not responsible for the security of third-party implementations.
- GitHub platform-level security issues. Report those directly to GitHub.
AgroNet Labs LLC
https://agronet.ai
Security E-mail: admin@agronet.io