Custom Signal Quality Dashboards

Live preview built with real dashboard components and sample survey data.

Every reading is kept, not averaged away

A survey produces thousands of individual measurements. Some reporting tools collapse those into a single average per floor, which is the one summary that cannot tell you anything useful — a floor averaging −95 dBm might be uniformly mediocre or might be excellent everywhere except the stairwell where your fire alarm panel lives. We keep each reading with its own GPS position, altitude, timestamp, serving carrier, PCI and network technology, and the dashboard aggregates on top of that rather than in place of it. When a number on a heatmap looks wrong, you can drill into the individual samples behind it.

The CSV export is the whole dataset

Export produces one row per measurement, not a summary table. Each row carries latitude, longitude, altitude, timestamp, carrier, network technology, RSRP, RSRQ, SINR, RSSI, PCI and the serving cell identifier. That is deliberately the same data our own dashboard reads from, so an RF engineer on your side or your integrator's side can reproduce every chart we show you, or load it into their own propagation and design tools. Nothing about the analysis is a black box you have to take on faith.

Before and after live in the same view

When a DAS or ERRCS system is commissioned, we re-survey the same grid and load the new pass alongside the original baseline rather than replacing it. The dashboard then shows both, so the conversation with your integrator moves from “it feels better” to a measured delta per floor, per carrier, at the specific points that failed the first time. This is also what an AHJ wants to see for public-safety acceptance: the same locations, measured the same way, before and after.

Built for three different readers

The same survey has to satisfy people who want very different things from it. A building owner wants one page that says whether there is a problem and roughly what it will take to fix. An integrator wants the raw grid and the donor-signal readings so they can size a system. An AHJ or fire marshal wants the public-safety bands and DAQ scoring against the adopted code, and nothing else. Access is role-based, so each of them gets the view that answers their question instead of a single PDF that half-answers all three.

If you want to know how to interpret what you are looking at once the dashboard is live, the dashboard reading guide walks through the metrics one at a time.