Solutions · Integrators & design-build
Experience the install before it is built
Design-build runs on re-keying: survey drawings in one tool, the schedule in another, sign-offs in a third — and a BOM, scope, and as-built rebuilt by hand at every stage. SiteOps Command carries one model from the first site walk to the final closeout.
What you run today
Three tools, zero shared model
Each one is respectable on its own. None of them knows what the others know — and your team is the integration layer.
System Surveyor
records where devices go on the plan
The seam
the drawing computes nothing — coverage, camera views, and cable lengths live somewhere else
Procore
runs the construction schedule and documents
The seam
it has no idea what a camera sees or where the Wi-Fi dies
DocuSign
collects the sign-off
The seam
on an export that goes stale the moment the design changes
And when the job includes wireless, an Ekahau seat rides on top — $4–12K a year of licensing for one discipline of one phase. Every seam between these tools is a re-key, and every re-key is drift: the BOM disagrees with the drawing, the scope disagrees with the BOM, and the as-built is reconstructed from memory at closeout.
The 3D walkthrough
Walk the install before it is built
Every project is a GPS-anchored 3D scene built from the floor plan. Stand at the loading dock, the reception desk, the server room — and read live measurements for every discipline at once, computed from the shared model and real manufacturer datasheets.
- Wi-Fi signal, camera pixels-on-target, and speaker intelligibility at any point you stand
- One obstacle model — change a wall material and every affected discipline re-computes
- Customer walkthroughs that sell the design before a single anchor goes in
Standing at the loading dock
- Wi-Fi
- live signal at walking height
- Cameras
- what each lens sees from here
- A/V
- display sizing and intelligibility per seat
- Cabling
- runs, lengths, and pathways
One source of truth
Every deliverable falls out of the model
The bill of materials is the placed devices. The scope of work is the designed work. The plan set is the drawing you already made. When the design changes, the deliverables follow — nothing is maintained by hand in a second tool.
- Bill of materials generated from the actual design, not a parallel spreadsheet
- Technician scope-of-work documents built from org-saved presets
- Print-ready multi-floor site plan sets and customer design proposals
- Conference rooms assessed per seat: AVIXA DISCAS display sizing, IEC 60268-16 speech intelligibility, microphone and camera coverage
Out of the model
- BOM
- from placed devices
- Scope
- tech scope-of-work presets
- Plan set
- multi-floor, print-ready
- Proposal
- customer-facing design deck
As-built & sign-off
Closeout without the redraw
Field techs install against the design on phones and tablets and photo-verify each device as it goes in. The as-built generates from the same model — so the closing package documents what happened instead of reconstructing it.
- Install photos verified against the designed position and device
- As-built deliverables generated from the live model
- Shareable project views and sign-off flows for stakeholders outside your org
Closeout
- Install
- photo verification against the design
- As-built
- generated, not redrawn
- Sign-off
- shareable stakeholder views
One model, measured honestly
Structural facts and the buyer's current spend — no invented benchmarks.
- One model
- survey → design → BOM → scope → as-built
- no re-keying between stages
- 6 → 1
- the point-tool stack it displaces
- Ekahau · IPVM · EASE · System Surveyor · ConnectWise · DocuSign
- 2D + 3D
- the same design in both views
- walk it before the lift shows up
- Datasheets
- every figure computed from real products
- SOC never invents the numbers
Integrator questions
We already run System Surveyor. What changes?
A survey drawing records where devices go; SiteOps Command also computes what they do. Camera fields of view respect walls, glass, and racking; Wi-Fi coverage comes from wall materials and datasheets — and the same model then produces the BOM, the scope of work, install verification, and the as-built.
Do we still redraw the as-built at closeout?
No. The as-built is generated from the same model the job was designed and installed against, and field photos are verified against the design as devices go in — closeout documents what happened instead of reconstructing it.
How do stakeholder sign-offs work?
Projects have shareable views and sign-off flows for people outside your org — the reviewer sees the current state of the model, not a PDF that went stale two revisions ago.
Does it cover conference-room A/V?
Yes. Display sizing follows AVIXA DISCAS, speech intelligibility follows IEC 60268-16 STI, and microphone and camera coverage are assessed per seat — one room model, scored across all four dimensions.
Bring one live project
Load a floor plan, design it in 2D, walk it in 3D, and watch the BOM and scope fall out of the model. Talk to us about how your team runs jobs today.