Solutions · MSPs & network teams
Survey the building without the truck roll
Predictive surveys drawn as cartoon bubbles, a $3K Sidekick in a Pelican case, and a site visit every time a customer doubts the design. SiteOps Command computes coverage from real wall materials and real datasheets — then walks the survey for you.
What you spend today
The Wi-Fi survey stack, priced by its own vendors
These figures are what buyers pay for the incumbent tools today — not SiteOps Command pricing.
Ekahau
predictive design and reporting
$4–12K per year
The seam
licensed per seat — and the validation trip is still on you
Sidekick
measurement hardware
$3K
The seam
one kit, one site at a time, in somebody’s carry-on
The truck roll
AP-on-a-stick and validation visits
days on site
The seam
scheduled around customers, badging, and flights
Standards-grounded propagation
RF that respects your walls
Coverage is computed from the building, not sketched over it. Every wall carries a material with published attenuation, propagation follows ITU-R indoor models with diffraction, and antennas use measured patterns from the manufacturer datasheet.
- ITU-R P.1238 indoor propagation, P.2040 building materials, P.526 diffraction
- Wall-by-wall obstacle physics fused with calibrated indoor statistical models
- Measured antenna patterns and transmit power from real product datasheets
- Multi-floor buildings with per-floor design and inter-floor propagation
Every input, sourced
- Materials
- published attenuation values
- Propagation
- ITU-R P.1238 · P.2040 · P.526
- Antennas
- measured manufacturer patterns
- Radios
- datasheet transmit power
Autonomous virtual site survey
The survey that walks itself
SOC walks the building model the way a technician with a meter would — systematically, floor by floor — probing coverage at each step, flagging the gaps, and proposing deterministic fixes. No Sidekick, no ladder, no flight.
- Systematic coverage pass across the whole floor plate
- Gaps flagged with deterministic, explainable remediation suggestions
- The physics engines own every number — SOC researches, suggests, and explains
The autonomous pass
- Walk
- systematic path through the model
- Probe
- coverage at every step
- Flag
- gaps and weak spots
- Fix
- deterministic remediation
From design to sign-off
Prove it to the customer in 3D
Walk the customer through their own building and read the signal live at any point you stand — then hand over heatmaps, plan sets, and a bill of materials generated from the same model.
- GPS-anchored 3D walkthrough with a live Wi-Fi readout at any position
- Coverage heatmaps that change when the building changes
- Print-ready deliverables and a BOM from the design itself
The handoff
- Walkthrough
- live signal, any position
- Heatmaps
- wall-aware coverage
- Plan set
- multi-floor, print-ready
- BOM
- from placed devices
The numbers that matter
Displaced-tool figures are the buyer's current spend. The physics figures are the standards the engines implement.
- $4–12K/yr
- Ekahau licensing
- the predictive-survey incumbent
- $3K
- Sidekick-class measurement hardware
- plus the trip to use it
- ITU-R
- P.1238 · P.2040 · P.526
- indoor propagation, materials, diffraction
- Zero hardware
- autonomous virtual site survey
- SOC walks the model, not the parking lot
MSP questions
Does this replace our Ekahau seats?
SiteOps Command covers the predictive-design and virtual-validation work: coverage computed from wall materials and manufacturer datasheets using published indoor models (ITU-R P.1238, P.2040, P.526), plus an autonomous virtual survey that flags gaps without hardware. If a contract requires on-site measured validation, you can still run that pass — the design no longer waits on it.
How is this different from drawing coverage circles?
Every wall carries a material with published attenuation, propagation follows ITU-R indoor models with diffraction rather than a fixed radius, and antenna patterns come from the manufacturer datasheet — so the heatmap changes when the building does.
What does the autonomous virtual survey actually do?
SOC walks the building model on a systematic path and probes coverage at each step, the way a technician with a meter would — then flags the gaps and proposes deterministic fixes. The physics engines own every number; SOC researches, suggests, and explains.
Does it scale past one site?
Designs are per-project with multi-floor buildings, and the survey and remediation pass runs on the model rather than on-site hardware — so a fifty-branch rollout is fifty models, not fifty truck rolls.
Run your next predictive survey here
Design on real wall materials, let the autonomous survey flag the fixes, and keep the truck in the lot.