01 · Capture
Gap analysis
< 1 week
not 12 weeks
FacilityConnect
24 / 24 components · 4 types · 1 selected
Utility types
4 of 4Created by
5 of 5
The living model of your fab’s utility backbone
Utilities auto-designed. POCs auto-assigned. One live system of record for every mechanical and electrical connection in the fab.
Mechanical + electrical
Every system and piece of equipment in one model, not two spreadsheets that disagree.
Self-serve
Your own engineers run the loop (capture, control, optimize, prove) without waiting on us.
Collects from your tools
Tested with EasyPower, SKM, PipeFlow and custom Excel logic.
AI-ready through MCP
The FacilityConnect MCP server lets an AI assistant read the living model and load into it directly.
01 · The problem
Every fab runs on hundreds of thousands of utility connections — and nobody fully trusts the data.
Power, gases, chemicals, water, exhaust. The data behind each connection lives in vendor PDFs, tool utility matrices, drawings and spreadsheets — scattered, inconsistent, and stale the moment a tool moves.
Owners pay for that twice: in rework when they freeze too early, and in wasted capital when they over-build to be safe.
02 · Platform
Built for the backbone.
FacilityConnect is one model for every system and piece of equipment, with the Optimizer inside it as its engine.
Messy inputs,
02 · Control
A live record
of capacity
03 · Optimize
The Optimizer assigns every tool
04 · Prove
Gap analysis,
re-run on demand
Every system.
One model.
Every system and piece of equipment, mechanical and electrical, captured once, kept current, and trusted by everyone who builds from it.
FacilityConnect keeps your utility backbone designed, delivered and optimal long after handover.
Capacity answers in days, not quarters.
A live record of capacity: every connection assigned or free, and the headroom left on every panel, lateral and cabinet. Tool install and base build share one plan.
When the layout changes, the gap analysis re-runs, and every change goes through a controlled process.
03 · How it works
Capture it.
Capture it.
Control it.
Optimize it.
Prove it.
FacilityConnect reads in layouts, tool utility matrices and vendor schematics. The Optimizer assigns every tool to a compliant connection against your engineering spec, minimizing panels, cable, or whatever matters most to you.
It’s self-serve: your own engineers run the loop.
Design faster. Build leaner. Stay optimal.
Re-run
1 day
when the layout changes
Panels
792→534
on a large European fab
Cable
20 km
less, on the same fab
04 · Integrations
From where your data already lives.
FacilityConnect speaks MCP, so an AI assistant can read the living model and load into it directly. It collects network architecture straight from the engineering tools your team already uses. Nobody re-keys it.
- EasyPower tested
- SKM tested
- PipeFlow tested
- Custom Excel logic tested
How collection holds up once you are live (preview-first loads, atomic writes, your own permissions) is covered on the migration page, with the full tool surface in the FacilityConnect MCP server.
05 · Where we fit
From first tool spec to hook-up — on one model.
Phase 01
Process & technology development
As the tool set and its facility requirements take shape, we capture them as reusable tool templates in the living model.
Phase 02
Base build
We model the supply side, the capacity pools and diversity, and profile load over time. The Optimizer can set the utility basis of design here — before the layout exists.
Phase 03
Layout stabilizes
The payoff: the Optimizer re-runs in detail — siting and sizing every system and piece of equipment in the distribution, mechanical and electrical.
Phase 04
Install & hook-up
The connections are the record of what gets built; changes stay tracked and auditable.
Underneath all four: one living model — so nothing has to be frozen early to protect what comes next.
06 · Let's talk
See your fab in one model.
If you're delivering a large-facility build and you're tired of designs that go stale the moment a tool moves, we'd like to hear from you.