Industries and use cases

    Water Utilities and Leak Repair: Exact Crew Locations

    How water utilities can use a UPCS code to send repair crews straight to a burst main, valve chamber or meter, even where streets have no names.

    Updated 14 October 2026 · 4 min read

    A water leak is a race against lost supply and damaged roads. The slowest part is often not the repair, it is finding the right spot. A caller says "the pipe near the old mill road" and two crews drive around for forty minutes. A UPCS code removes that guesswork: it takes anyone who opens it to the exact spot that was picked on the map, a 3 m x 3 m square.

    The location problem water crews face

    Water networks are mostly buried. The things crews need to reach are small and easy to miss: a valve chamber under a cover in the verge, a hydrant behind a wall, a meter box at the edge of a plot, a burst that is showing up as a wet patch on a track. In many settlements the roads have no names and house numbers are missing or repeated, so a written address is not enough to point at a chamber cover.

    Reports also arrive second-hand. The person who sees the leak describes it by landmarks, the call-centre agent writes it down, the dispatcher reads it out, and detail is lost at each step.

    Isolating a burst adds a second location problem. To shut a section down, a crew must find the valves that bound it, often in a network with many loops, and some chambers are silted up, flooded or covered by resurfacing. A crew that arrives at the wrong valve loses time before the repair has even begun.

    How a UPCS code helps

    Whoever sees the leak, or the first crew member on site, opens the map, zooms in until the grid appears and picks the exact point. The system gives one code for that point. Pass the code on with the work order and the next person opens it and lands on the same spot, with the coordinates and a Get Directions button ready.

    Because the same place always gives the same code, you can also use codes as stable labels for fixed assets: valves, hydrants, pumping stations, bulk meters. A leak reported "at valve PK-1A2B-3C4D" is unambiguous.

    Putting it to work

    • Field crews: paste the code into the search box on upcs.io, or open upcs.io/<code> from the work order message.
    • Call centre and dispatch: pick the point with the map and add the code to the ticket. Share the link by message.
    • Your own system: call POST /v1/upcs/generate with latitude and longitude to attach a code to each asset, and GET /v1/upcs/lookup/{code} to read it back. Use the documentation for request details. Keep the API key on the server.
    • Customer portal: embed the map so a customer can drop a pin on the leak and send you the code.

    Practical tips

    1. Zoom in and pick the chamber cover itself, not the building next to it.
    2. Pick the access side if the asset sits behind a gate, so the crew arrives at the entry point.
    3. Save the code on the asset record once, and reuse it every visit.
    4. Add a short landmark as a helpful extra in the note.

    UPCS is complementary: it works next to your existing asset register and GIS, and does not replace official records. For similar field routines, see utilities and meter reading and field service technicians.

    Frequently asked questions

    Can a crew open a UPCS code without an account?

    Yes. Anyone can paste the code into the search box on upcs.io or open upcs.io/ followed by the code, and the lookup page shows the exact spot with Open in Map and Get Directions.

    Does the code replace our asset register?

    No. It is an exact-location code you can store next to each asset record so the crew always lands on the same spot.

    Can we generate codes from our own system?

    Yes. The REST API accepts a latitude and longitude and returns the UPCS code and a share link, using your partner API key kept on the server.