aiops-mcp
A self-contained, security-first, EU-sovereign unified AI-operations MCP server that fuses a live bitemporal fleet model, a drift engine, and a tiered audited actuator into one control plane.
README
aiops-mcp
praxis, the unified AI-operations MCP.
Status: v0 implemented and gated.
make ci-successis green (ruff + mypy strict
- pytest + the schema-drift guard + the dispatch eval gate), and each of the nine invariants has a passing test. The repository is now in iterative security hardening (audit waves ADR-0011 through ADR-0013; open items in
docs/backlog.md). The original build brief isdocs/first-session.md.
What it is
praxis is a self-contained, security-first, single-operator-operable,
EU-sovereign unified AI-operations MCP server. It fuses three things into one
control plane:
- A live bitemporal model of the fleet. Hosts, services, packages, storage, networks, identities, and alerts as typed vertices and edges, with every fact carrying four timestamps and never being deleted (corrections supersede). The source of truth.
- A drift engine. Observed host state vs desired state (IaC plan, config baseline, or an operator-blessed known-good snapshot), with structured drift findings and human-gated convergence.
- A tiered, audited actuator. A single execution path that classifies every action T0-T3, gates state-changing actions behind human confirmation, and wraps the right tool per host type (ssh/ansible/opentofu/runbooks/talosctl/redfish/ cloud) instead of reinventing it.
It implements everything itself. It has zero runtime dependency on, and no imports from, any other repository.
Why
It is the engineered successor to a hand-run fleet gateway: graduated autonomy made load-bearing in code (not just a design note), drift detection formalized out of manual markdown baselines into a queryable bitemporal store, scattered state unified, and flat skills given a real registry and router. Security-first, for real production deployments.
Quickstart
praxis is self-contained: the default path is the SQLite store over stdio with no
external services.
uv sync --extra dev # add --extra postgres for the production store backend
make check # ruff + mypy strict + pytest
make ci-success # the above plus the schema-drift guard and eval gate
python -m praxis # serve over stdio (JSON-RPC 2.0); refuses unsafe HTTP binds
Configuration is PRAXIS_-prefixed and bound once at import (src/praxis/config.py).
For the design rationale, the nine non-negotiable invariants, and the build sequence,
read docs/first-session.md.
Layout
See docs/first-session.md for the full tree. The spine: src/praxis/execution/
(the single audited executor), src/praxis/store/ (the pluggable bitemporal
store), src/praxis/drift/ (the drift engine), src/praxis/actuation/ (tool
adapters), src/praxis/tools/ (the MCP surface), and docs/{adr,stpa}/ plus
docs/backlog.md (governance-as-code).
Governance
- Decisions:
docs/adr/(Architecture Decision Records). - Safety and security requirements:
docs/stpa/(System-Theoretic Process Analysis, including STPA-Sec). - Work tracking:
docs/backlog.md(stableBL-NNNids). - Compliance mapping:
docs/governance/(EU AI Act, NIS2/NISG, CRA, GDPR, ISO 27001).
License
Apache-2.0 (see LICENSE) and NOTICE.
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