XVOLV | Beacon · wireless observability

Full bars. Still broken. Beacon sees the difference.

Wireless observability for distributed sites: RF, performance and real application experience across cellular and WiFi, watched continuously and forecast an hour ahead.

See it on your estate See the platform

Probe or softwareCellular · WiFi · eSIMRuns on Digi routers

The gap

The signal is fine. The work still fails.

Full bars, and the payment terminal still times out. The video call still drops. Availability monitoring is blind to it — and that gap is where the cost hides, one site at a time, right across the estate.

The signal

5G · full bars

● STRONG

The work

Salesforce · checkout

✕ TIMING OUT

Same site. Same minute.

01 / what it shows

See the work, not just the signal.

Open any Beacon: live download, upload, latency and jitter, RF health, and how real enterprise apps — Microsoft 365, Salesforce, Teams — are actually performing on that site.

◆ Beacon · site overview

Salesforce application latency over three days — measured against Excellent, Acceptable and Poor thresholds

02 / the lifecycle

03 / before you deploy

Survey a site before you commit kit to it.

A two-hour survey tells you what the site was doing for two hours. A rollout decision needs more than that.

Leave a ruggedised Beacon on site for days, not hours, capturing how the RF actually behaves across the hours, the days and the traffic around it, then pick sites on measured evidence, not one reading taken once. Time-boxed campaigns for pre-deployment checks, carrier-swap windows, band-roll comparisons, temporary sites and readiness testing — each exported as a PDF or structured report you can take into a deployment decision, a provider conversation or internal sign-off.

96%

accurate on the signal-performance forecast — Beacon predicts RSRP and RSRQ before a truck ever rolls, so you know whether a site will have usable coverage without finding out the expensive way.

◆ Beacon · survey report

Proof · carrier coverage mapping

Coverage mapped across a route, not a point.

A Tier-1 US carrier needed real-world coverage and predicted performance across a large, complex area — including a major waterway study. Beacon captured real signal and performance along the whole route and fed XVOLV’s in-house prediction, so the carrier saw both what was there and what to expect — measured evidence, not a model alone.

04 / where it works