Facility technology engineering · one model, every discipline
Design it. Walk it in 3D. Prove it — before you install it.
CAD models the building. Revit models its architectural and MEP systems. SiteOps Command models the technology infrastructure living inside it — 11 engineering disciplines computing on one shared model of your actual floor plans, from real manufacturer datasheets, then carried through BOM, SOW, install, as-built and renewal.
The design surface — coverage you can verify
- Wi-Fi signal
- ITU-R P.2040 · P.526 · P.1238
- Camera coverage
- pixels-on-target · DORI (IEC 62676-4)
- Speech & displays
- STI (IEC 60268-16) · AVIXA DISCAS
Every figure computed from manufacturer datasheets — never guessed.
Start with your workflow
Each solutions page leads with your segment's pain, the tools you pay for today, and what one shared model replaces.
Why this platform exists
Four things a stitched-together stack can't do
Each proof exists because every discipline computes from the same spatial model — remove that, and none of them work.
01
Unified spatial computation engine
Walls, glass, ceilings, racking — modeled once. Every discipline’s physics engine reads that same geometry, so one edit re-flows Wi-Fi, camera shadows, audio, and cabling together — 11 disciplines on one model.
Read the proof
02
GPS-anchored 3D walkthrough
Stand anywhere in the building and read what every discipline delivers at that position — computed from real manufacturer datasheets, not guesses.
Read the proof
03
Autonomous virtual site survey
SOC walks the model floor by floor, checks every position against your coverage targets, and returns the punch list with suggested fixes. No survey kit, no truck roll.
Read the proof
04
Cross-domain interference analysis
Two systems can pass their own design rules and still defeat each other. A DAS remote desensing a Wi-Fi radio, sound masking burying the voice-alarm message, a VFD raising the noise floor, power cable run too close to low-voltage. Those conflicts are found, scored, and turned into fixes.
Read the proof
What you replace
Tool figures are published ranges as documented in April 2026 — what buyers pay for the point tools, your current spend, never our price. We publish no summed savings figure.
- 6 → 1
- Point tools consolidated
- Ekahau · IPVM · EASE · System Surveyor · ConnectWise · DocuSign (e-signature coming soon)
- $4–12K/yr
- What an Ekahau seat costs today
- Your current spend on one discipline — never our price
- $3K+
- The Sidekick survey kit
- The virtual survey does the design-phase walk without it
- $5–15K
- What AFMG EASE costs today
- Conference and paging assessment run on the same model here
SOC never invents the numbers.
The deterministic physics and cost engines own every figure on every deliverable — SOC researches, suggests, and explains. It is an architecture, not a policy.
Built by a founder with roughly twenty years in the IT VAR channel — who kept watching one job run across six tools, and built the one model instead.
Who's building thisBeyond design
The same model carries the whole job
Design data flows into scope, install, and the commercial records without re-keying — the as-built you close with is the design you sold.
Project lifecycle
Requirements → design → BOM → scope → install → as-built → renewal, on one record.
Revenue operations
Renewals, orders with shipment tracking, invoices and AR — attached to the design.
Customer portal
White-label, per-tenant self-service: inventory, orders, renewals, reports.
Field operations
Mobile plans and installs with photo verification against the design.
Walk your next site before it exists
Bring your own floor plans — design a floor, walk it in 3D, and run the virtual survey on it. Talk to us about what your team needs.