SPEKICAD

Project documents: single-line diagram, engineering sheets, and PDF-ready document workflow.
Datacenter-6: coordinated 3D engineering model with rooms, equipment, routes, and visibility layers.
C2 electrical panel: multi-section cabinet, DIN layout, loads, terminals, and wiring context.
Structured BOM and specification generated from the coordinated project model.
Governed rule review: needs-review, validation cases, engineer approval, checksums, and provenance.
Normative learning pipeline: source intake, structured claims, applicability, review, and safe execution.

SPEKICAD is an engineering workspace that connects architectural planning, data-center infrastructure, electrical-panel design, calculations, diagrams, specifications, documentation, and governed standards in one browser application.

The Datacenter-6 demonstration lets a user inspect a multi-room 3D engineering model, isolate systems, move equipment, review routes and service constraints, and open the linked C2 electrical panel with DIN layout, loads, terminals, wiring, and single-line documentation.

Its Build Week centerpiece is a traceable engineering-knowledge workflow. Source documents become structured claims, applicability models, validation cases, and candidate executable rules. Imports cannot approve themselves. Rules move through review states, preserve exact source references, checksums, and provenance, and only approved rules can participate in project checks. Unsafe or incomplete material is quarantined and changes reset approval.

SPEKICAD is a pre-existing project that was meaningfully extended during OpenAI Build Week. Codex and GPT-5.6 accelerated repository archaeology, modular implementation, tests, 3D and browser diagnostics, multilingual UX, normative data modelling, private web staging, and reproducible submission packaging. The owner made the engineering, safety, product, and publication decisions.

This is a working prototype, not a certified engineering product and not a replacement for licensed review or original current standards.