The data cockpit for electrical commissioning
MC · Punch · PAT · FAT · AI Weekly Report — one closed loop.
From TagMaster master data to subsystem RFCC READY, every step in the electrical discipline is digital and traceable.
Five sub-modules, one commissioning spine
All five sub-modules orbit a single spine — subsystem RFCC READY. They stay decoupled in implementation but their data is fully unified.
MC Inspection
Covers MC inspection for every electrical equipment & cable; subsystem RFCC aggregated live, punch categories synced automatically.
Punch Tracking
Every Punch item bound to an owner + due date, AgingDays color-graded, closure state feeds back into MC instantly.
PAT Inspection
17-field inspection sheet, independent of MC, open/close opinion tracking — the standard intake for install-phase defects.
FAT Acceptance
18-field vendor acceptance record with vendor info and conclusion. Standalone loop that does not affect RFCC.
AI Weekly Report
Vercel AI SDK + Zod schema whitelist — the model is structurally constrained to cite real metrics only. Generates week-over-week trends.
Four-layer data architecture
TagMaster → Equipment/Cable → MC/Punch/PAT/FAT → Subsystem RFCC. Every layer is an independently verifiable source of truth.
Layer 1 · TagMaster
Unique tag codes for all equipment & cables; TagNo is the mutable business key, internal tag_id is immutable
Layer 2 · Equipment / Cable
Instance records of equipment & cable lists, bound to TagNo and subsystem
Layer 3 · MC / Punch / PAT / FAT
Four independent process records, decoupled but linked through TagNo
Layer 4 · Subsystem RFCC
Ready For Commissioning Certificate status — aggregated automatically, never hand-filled
Real product screenshot · from H588 NORSE WIND project (v4.3)
Key numbers
Real product screenshot · from H588 NORSE WIND project (v4.3)