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Real apps, built on MapMap.

Not mock-ups. Every demo below is the real, running app, built by us on the MapMap SDK and gateway. The mapping, routing and reachability are live calls to our gateway; where a demo shows third-party data such as charger availability, it is a dated snapshot and the demo says so. Use them right here in the phone.

Interactive demo · live routing, snapshot data

EV charging app

A modern EV-charging companion for a nationwide rapid-charge network: the finder, the map and the charge session, rebuilt properly.

909 real UK charging sites on a branded MapMap map: clustered, colour-coded by availability from a snapshot taken 20 July 2026, and filterable down to the connector and power you need. Tap any site for its recorded status, per-connector speed, transparent peak / off-peak pricing and a predicted-availability read for when you'll actually arrive.

The hard parts are the ones drivers care about: a range ring that shows exactly how far the current battery reaches, one-tap routing to a chosen charger with an arrival-battery estimate, and a simulated charge session with a clear running cost and a friendly nudge to move off once you're done.

Built by
Autonomous AI agents
Time to build
Under a day
Sites
909
Map + routing
100% MapMap SDK
How it’s built
  • MapMap Maps SDK: branded vector basemap
  • Places layer: clustered, status-coloured pins
  • Routing gateway: turn-by-turn to a charger
  • Isochrones: the reachable-range ring
  • Globe projection at altitude

MapMap-built reference app, not a customer deployment, and not affiliated with or endorsed by any charging network. The basemap, the routing and the range ring are live calls to our gateway. Availability, tariffs and the charge session are not: availability comes from a snapshot generated 20 July 2026, the tariffs are fixed constants, and the session is a client-side simulation.

Pan the map, tap a charger, hit Nearest, or open the range ring.

Interactive demo · live app, seeded records

Low-bridge capture app

Photograph a height plate, publish a verified low bridge. A crowdsourcing app aimed squarely at the UK's bridge-strike problem.

Britain records a railway bridge strike roughly every five hours. This app builds the missing dataset: four thousand official low-bridge records seeded as grey quest pins, each waiting for a contributor to photograph the statutory height plate. Signed values are recorded exactly as posted, imperial and metric kept independent, and every submission carries GPS, a capture trail and a hashed photo as evidence.

The map is the product. Height chips render straight from the routing data, a moderation console applies an asymmetric evidence bar (lowering a clearance publishes instantly; raising one needs a second independent source), and the companion route-impact view shows a height-blind car route sailing under a bridge that the dimensioned truck profile refuses.

Built by
Autonomous AI agents
Time to build
Under a day
Seeded bridges
4,000+
Map + routing
100% MapMap SDK
How it’s built
  • MapMap Maps SDK: branded vector basemap
  • Custom GL layers: height-chip pins at zoom
  • Truck routing: heightM-aware comparisons
  • Turn-by-turn gateway: car vs truck route diff
  • In-app camera capture with evidence hashing

MapMap-built reference app, not a customer deployment. The app itself runs live, including the truck and car route comparison. The four thousand pins are seeded from official low-bridge records rather than contributed heights, so treat the map as a capture backlog, not a verified dataset.

Zoom into any town, tap a grey pin, or start a bridge report.

This is one of many. We build these fast.

Fleet dashboards, delivery routers, store finders, field-service apps: if it needs a map, a route or a compliance check, it can be built on MapMap. More demos land here soon.