Convert every copper line on the first visit
Score your whole conversion list before a truck rolls. Ship each communicator on the most reliable carrier, with a backup for dual-path units.
- Reliability scores for always-on devices
- Signal strength in dBm at every building
- Your whole list, 100 buildings per request
| Building | Primary | Backup | Status |
|---|---|---|---|
| Riverside Plaza | Verizon | AT&T | Ready |
| Elm St Tower | AT&T | Verizon | Ready |
| Harbor Lofts | T-Mobile | None | Survey on site |
| Oak Medical | Verizon | T-Mobile | Ready |
Copper lines are being retired, and every device on them needs a new connection
Copper phone lines are being retired across the country. Every life-safety device on those lines needs a new connection that works on the first try.
How it usually goes
- 1A conversion list arrives with hundreds of buildings and a deadline.
- 2Communicators ship on a default carrier.
- 3Technicians find weak signal at some sites and schedule a second visit.
- 4Deadlines slip while crews go back and forth.
With CoverageMap
- Your entire conversion list is scored before a single truck rolls.
- Each communicator ships on the most reliable carrier, with a backup for dual-path units.
- Weak sites are flagged so the right antenna or survey is planned up front.
- Crews finish on the first visit.
One API call in the workflow you already have
Your process stays the same apart from one new step.
- 1Get the conversion list
- 2Score every buildingCoverageMap API
- 3Pick primary and backup carriers
- 4Ship communicators
- 5Install once
Know the right carrier for every building before install day
Qualify every account in one pass
Upload your customer or building list and we'll score each carrier at every address within minutes. Your team can see right away which sites are simple and which need more attention.
- Up to 100 addresses per request
- Your account IDs returned with every result
- Weak sites flagged for extra planning
- Conversions prioritized by risk
Ship the right communicator or SIM
Choose between AT&T, T-Mobile and Verizon for each site. Order hardware on the carrier that holds up best, and pick a backup for dual-path units.
- Reliability scores for always-on devices
- Signal strength in dBm
- A clear primary and backup carrier
- Consistent decisions across your team
Send techs to sites where they'll succeed
Schedule installs knowing what to expect, and save on-site surveys for the few addresses that really need one.
- Fewer repeat visits
- Shorter installs
- Better use of your technicians' time
- Happier property managers
Set a reliability bar for your conversions
Choose the minimum score a building needs before you ship on a carrier. Buildings below the bar are flagged for a survey.
5 of 6 sample locations clear your bar. The other 1 needs a closer look.
| Location | AT&T score | T-Mobile score | Verizon score | Decision |
|---|---|---|---|---|
| Riverside Plaza | 7.2 | 4.4 | 9.0 | Primary: Verizon |
| Elm St Tower | 8.4 | 2.7 | 7.3 | Primary: AT&T |
| Oak Medical | 3.8 | 9.2 | 9.6 | Primary: Verizon |
| Harbor Lofts | 4.2 | 6.1 | 3.0 | Survey on site |
| Depot 4 | 7.7 | 9.7 | 7.0 | Primary: T-Mobile |
| Civic Garage | 5.1 | 3.5 | 8.5 | Primary: Verizon |
Sample data for illustration. Your results come from the API response for your own locations.
Reliability data for devices that always need to connect
Signal strength shows whether a network reaches the building. Reliability scores and failed tests show whether it holds up, and both come back in the same response.
Will it stay connected?
reliabilityBased on the slowest nearby tests, failed tests and the weakest FCC coverage ring. A good fit for always-on devices.
Is the area fully covered?
isFullyCoveredTrue when the FCC reports everything within 0.5 km as covered.
How strong is the signal?
signal.signalModeled signal at the address in dBm, handy when deciding whether a site needs an external antenna.
Explore all three datasets and every field
- FCC Broadband Data CollectionCarrier-reported coverage, cleaned up so carriers can be compared, and refreshed within days of every release.
- Real speed testsResults from the CoverageMap app, website and open-source tools, added continuously.
- Honest about confidenceEvery score says whether it was measured or estimated, and how close the tests were.
About $399 to score 1,000 buildings
Checking 1,000 buildings with coverage and summary data uses 2,000 units, about $399 on Pay-Per-Use. Compare that with the cost of sending a technician back to a site that wasn't checked.
Units per month2,000
Estimated monthly cost$399
Pay-Per-Use costs about $399 per month for 2,000 units: the $49 monthly fee covers the first 50 units and the remaining 1,950 units are billed at graduated rates.
- Free Trial
500 units for a month, no credit card. For evaluation only.
- Pay-Per-Use
$49/month with 50 units included. Extra units from $0.50 down to $0.05.
- Enterprise
Volume pricing above about 25,000 units a month, plus regional carriers.
Common questions
Does this show signal inside the building?
Can we plan dual-path installs?
What if we have more than 100 sites?
Which carriers are included?
Teams with similar problems
- Medical Alert DevicesPut every pendant and base station on the network that works best at the customer's home.
- State and County GovernmentReplace landlines, find coverage gaps and plan emergency communications with independent data.
- Remote Asset MonitoringSurvey power line, solar and field sites from your desk and install monitors in the right spot.
Score your next conversion batch
Start with 500 free units and see which sites need attention before install day.