A boundary-aware AI infrastructure embedding formal verification π and Responsible AI βοΈ directly into the development lifecycle.
Disclaimer: The author of this repository is an independent computer science researcher currently seeking certification in Machine Learning Engineering. This repository serves as an experimental, boundary-aware framework designed to enforce strict technical and ethical constraints on machine learning systems.
This repository does not rely on standard "ethical guidelines." It operates on a strict mathematical safety boundary.
To deploy or modify this framework, contributors must utilize formal verification π to prove that the probability of the model generating autonomous decisions that result in critical systemic failures, physical harm, or ecocide is demonstrably less than one in ten billion (
Because this denominator is larger than the current global population, it mathematically necessitates the inclusion and protection of undocumented, unrepresented, or statistically anomalous human populations, while extending our Duty of Care to the broader planetary biosphere.
This repository is governed by a strict, multi-layered licensing agreement designed to create deliberate friction. By accessing or modifying this code, you are simultaneously bound by:
- The OpenRAIL Base (with Attachment A): Mandating active Human-In-The-Loop (HITL) evaluation, localized sovereignty data protection, safety telemetry reporting, and transparent cloud deployments.
- The Hippocratic License (HLOS 3.0): Establishing absolute boundaries against human rights abuses, extrajudicial violence, and ecocide.
If you attempt to bypass the HITL requirements or hide telemetry deviations behind an opaque cloud API, your rights to use this software are automatically and immediately revoked. Please read the full LICENSE file before proceeding.
To protect the "Localized Sovereignty" of our contributors while maintaining global safety transparency, this repository is physically partitioned:
/core_engine/β Houses the primary Responsible AI framework and formal verification protocols./sovereign_workspace/β A designated sandbox for the "01'" participant. This is where contributors build localized, sovereign HITL modules and safety pipelines without compromising their private data or proprietary code./docs/β Phase documentation, architectural diagrams, and ongoing ML Engineering research notes.
We are actively seeking collaboration from Machine Learning Engineers, ethicists, and formal verification specialists. To understand the immediate needs of this repository, please review our open issues:
-
Issue #1: Embodying the Problem Domain Publishing Lifecycle β Designing a cloud-transparent telemetry pipeline that filters for safety without violating the local privacy of the
sovereign_workspace. -
Issue #2: Establishing Formal Verification for the 1:10B+ Boundary β Applying mathematical logic to guarantee our system respects the
$10^{-10}$ baseline.