Built from the job site up
Integrators and IT service teams run their business across a pile of tools that don't talk to each other: a drawing tool for site designs, a spreadsheet for the BOM, a CRM that's never quite right for renewals, email threads for field work, and PDFs for everything in between.
SiteOps Command was built to collapse that pile into one operating picture. The site survey is the design; the design is the bill of materials; the project produces the deliverables; and the install feeds the renewal — without re-keying data between five systems.
It's opinionated where it should be (tenant isolation, auditability, deliverable quality) and flexible where you need it (modular packages, per-role views, your branding in front of your customers).
Who's building this
Built by the person who needed it
One founder, a real channel background, and a product that argues for itself — no invented team page, no borrowed logos.
I spent roughly twenty years in the IT VAR channel — scoping sites, quoting gear, and watching every job run across a pile of tools that never talked to each other. The design lived in one subscription, the BOM in a spreadsheet, the quote in a third system, and the truth about the building in somebody’s head.
SiteOps Command is the tool I kept wishing existed: one model of the building that the physics, the paperwork, and the money all compute from. Not a lighter copy of six tools — the reasons you needed six tools, removed.
The standards depth is not decoration. When a coverage figure decides whether a design wins, you should be able to name where that figure came from. That is why every engine here cites its basis — the same documents your network architect, your security consultant, and your electrician already trust.
Why the standards depth
Every figure has a named basis
The disciplines below don't share a marketing claim — they share one building model, and each computes from documents you can hand to the trade.
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Wi-Fi RF
ITU-R P.2040 P.526 P.1238
Indoor propagation, material losses, and diffraction — computed against the wall materials your building actually has.
Coverage physics
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Camera coverage
DORI IEC 62676-4
Pixels-on-target scoring — detect, observe, recognize, identify — from real lens and sensor data.
Coverage physics
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Conference rooms
AVIXA DISCAS IEC 60268-16
Display sizing and per-seat speech intelligibility, scored the way the A/V trade scores them.
Conference AV
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Cabling & racks
BICSI TDMM ANSI/TIA
Rack elevations, cable routing, and labeling that follow the documents the trade already works to.
Network design
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Power & electrical
NEC IEEE 1584 · 485 · 141
Circuit sizing, arc-flash screening, and UPS runtime — labeled planning estimates, never a stamped study.
Power & electrical
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Labor & estimating
BICSI TDMM RS Means
Labor estimates built from published productivity data, not a gut-feel multiplier.
SOW, BOM & estimating
See what one operating picture feels like
Design on real floor plans, walk it in 3D, and prove the coverage — then hand off to the field. Talk to us about what your team needs.