AXEA

AtlasX Engineering Architect — Spec-driven development for AI coding agents

AXEA (AtlasX Engineering Architect) is a spec-driven development kernel for AI coding agents, built by AtlasX Technologies Inc.

AXEA is a hosted MCP kernel that keeps AI coding agents on contract: you write the specification, your agent writes the code, and AXEA verifies every change against the plan before it counts as done. It is not an IDE—you keep Claude Code, Cursor, GitHub Copilot, Codex, OpenCode, or any MCP-capable editor and connect over HTTP MCP. Spec packs, a code graph, and gated lifecycle phases (specify → compile → build → verify) replace open-ended repo search and skipped verification.

AXEA by AtlasX Technologies Inc. is a spec-driven MCP kernel for AI coding agents—not a general-purpose chat product, not an IDE replacement, and not the same as running CI unit tests alone.

Company: AtlasX Technologies Inc.. MCP: https://api.axea.dev/mcp. GitHub: https://github.com/AtlasX-Technologies-Inc/AXEA

Full AXEA documentation corpus

Published Kernel Tools

The 17 remote tools exposed by the AXEA Cloud MCP endpoint.

Subscribers connect their IDE via MCP. The kernel publishes 17 tools for lifecycle navigation, artifact authoring, graph search, and governance: • axea / next: Turn bundle compiler providing scoped instructions for the current phase only. • status: Real-time change state, gate statuses, and artifact completeness. • context / list_specs: Assembled spec pack and spec catalog. • write_artifact / artifact_get / validate_artifact: Authoritative persistence and full-body reads. • edit_change / create_change / transition: Scope edits and enforced step progression. • graph_search / impact / graph_reindex: Code graph queries, blast radius, and stale-index refresh across TS, JS, Go, Python, and PHP. • record_scenario / approve_spec / approve_signoff: Verify evidence and optional human gates.