Real estate
Show network quality at a property's address on the listing page. A real differentiator, integrated in 2 hours.
Embed 3G, 4G and 5G coverage from the world's top carriers into your product. Vector tiles, score at any address, monthly updates - across 21 countries today, more coming soon.
The Tiles API renders our coverage maps inside your interface. The Query API returns network quality at any GPS coordinate. Use one, use both.
Our tiles, your interface
Drop our 3G / 4G / 5G coverage tiles straight into your web or mobile app. API key authentication, rate limiting, Mapbox-compatible format.
One coordinate - one answer
Get mobile network quality at a precise GPS coordinate, for one or all operators. Built for operational workflows: onboarding, dispatch, eligibility scoring.
Our API speaks the JSON your team already knows. No middleware, no proprietary SDK, no mandatory sales call before the first request.
API key in x-api-key. That's it. No OAuth, no HMAC signature to get started.
Query every national carrier at the same GPS point in a single request - no round-trips.
Estimated RSRP, qualitative class (C1-C13), aggregated 4G + 5G score and confidence level. Ready to display.
shell# Network score at a Parisian address
curl "https://api.sogudo.com/v1/score" \
-H "x-api-key: sgd_live_โฆ" \
-G \
-d lat=48.8566 \
-d lng=2.3522 \
-d operators=orange,sfr,bouygues,free{
"point": { "lat": 48.8566, "lng": 2.3522 },
"operators": {
"orange": { "class": "C11", "rsrp": -82, "score": 92 },
"sfr": { "class": "C10", "rsrp": -88, "score": 85 },
"bouygues": { "class": "C12", "rsrp": -76, "score": 95 },
"free": { "class": "C09", "rsrp": -94, "score": 78 }
},
"best": "bouygues",
"confidence": 0.94
}We only open the commercial API in countries with reliable official antenna data and sufficient crowdsourced density. 21 countries and 76 carriers are live today, across 3 regions - and we keep expanding.
Why this selective approach? In countries where only OpenCellID is available, our consumer coverage map stays free on www.sogudo.com - but we don't commercialize the API until data reliability meets our standard. Your reputation is ours.
We work with each team to size the right plan - volume, countries, SLA, batch limits. Tell us what you're building and we'll come back with a tailored proposal and an API key.
Countries, expected volume, integration type, timeline. A 15-minute call is usually enough to scope it.
Ask for a technical deep-dive with our engineers. We'll walk your team through the data, the model, and the integration.
Show network quality at a property's address on the listing page. A real differentiator, integrated in 2 hours.
Never send a courier into a dead zone. Fewer failed routes, fewer customer-care tickets.
Eligibility scoring for connected-IoT products (telecare, alarms, connected vehicles). Real-time decision at signup.
Recommend the right plan to users based on destination and accommodation area. Higher product-page conversion.
Map the zones where your connected sensors, trackers, meters or industrial terminals can actually work.
Embed the map into a product page, a mobile-plan comparator, or a localized user review.
Assess a prospect's eligibility for a product that depends on reliable connectivity: POS terminals, video, remote work.
Validate that your device (smartwatch, alarm, vehicle) will work in the delivery zone. Pre-diagnosis, before support.
National telecom regulators, regions, counties, metropolitan areas: Sogudo designs and operates your coverage map end-to-end, combining our proprietary propagation-modelling technology with public and private datasets.
Topography, official antenna records, population density, land cover. Available worldwide on request - our technology is mature and can be deployed in any country, even where our API isn't commercially open yet.
Carriers publish theoretical coverage - often optimistic. Sogudo computes realistic coverage from official antenna locations published by 21 national regulators (ANFR, ANATEL, ACMA, ISED, UKE, MSIT and more) combined with OpenCellID crowdsourced measurements and a proprietary signal-propagation model validated with INRIA. The result is a neutral, 13-class, operator-independent map.