Model01
One topology, every mode
Room, rack and panel form the physical hierarchy; panel groups, links, cable runs and port mappings form the cabling graph on top of it. Every workflow reads and writes the same primitives, so nothing has to be reconciled later.
- Room → Rack → Panel
- Sites & multi-room
- Permanent infrastructure objects
Cable02
Structured cabling, down to the port
Design panel groups and links, create cable runs standalone or through a link, and assign real ports. Deleting a run releases its ports and its route usage — no orphan records, no phantom capacity.
- Panel groups & links
- Port mappings
- TIA-606-C labelling
Route03
Paths through pathways that exist
K-shortest-path routing across your actual tray and ladder-rack geometry, filtered by media so copper never gets routed down a fibre tray. Every candidate route comes back with a length estimate you can order cable against.
- Media-aware routing
- Route alternates
- New-material vs total length
Draft04
A floor plan you can measure
Wall-segment boundaries with ortho snap and live length readout, rulers in feet, a CAD-style grid, and obstacles that behave like real obstacles — columns, clearance zones, door swings.
- 2D drafting canvas
- Obstacle & clearance zones
- Floor plan underlay
Power05
From the breaker to the device
Model the chain once (PDU, panel, breaker, circuit, device connection), then review load, trace a single path end to end, and compare two plans side by side before anyone touches a rack.
- Load review
- Path trace
- Plan comparison & reports
Prove06
Elevations and a change history
Rack elevations render live port occupancy, and every create, update and delete is captured at field level — so when something changes, there is a record of who changed it and what it used to be.
- Rack elevations
- Field-level audit
- Activity log