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Telematics for public sector and utilities fleets, from task to report.

frameLOGIC telematics for public sector and utilities runs one field cycle: task, resources, execution, report. Built for energy, water and wastewater, gas, rail and municipal fleets. A crew and a vehicle are assigned to the job, execution is recorded from vehicle data, and the road card is generated from the same data, with no paper forms to fill in.

One cycle for field work: task, resources, execution, report

  • 01

    Task

    Every job starts as a task in the system: a network failure, a scheduled inspection, a waste-collection route. Dispatchers see which crews and vehicles are free before they commit anyone.

  • 02

    Resources

    A person, a vehicle, and the equipment on it are assigned to the task together. Driver identification (RFID card or Dallas key) ties each trip to a named employee, so work time and costs settle from recorded data.

  • 03

    Execution

    Live positions and geo-zones show when a crew reaches the site. Digital and analog inputs record the work of cranes, pumps, and generators. That is proof of work, not just proof of driving.

  • 04

    Report

    The road card is generated from the real odometer reading on the CAN bus rather than an estimate. Data from every unit lands in one place, so a company-wide report no longer means collecting spreadsheets from each branch.

Outage response

The nearest available crew goes to the fault, not the one that happens to answer.

A fault report lands in the system with its location, and the dispatcher sees on the map which available crew is closest and what it is carrying. Dispatching takes a moment instead of a round of phone calls. The system can suggest the trip purpose itself, from geolocation or from the assigned work order, so the driver is not filling it in from memory after the fact. When the work is done, proof of work exists: equipment running hours, time the crew spent inside the geofence, and documentation from the field. Paper leaves the loop: documents, protocols and photos from the site go to a digital repository rather than a binder at the depot. The same record feeds reports that go out automatically to set addresses.

White combination sewer-cleaning truck (jetting and vacuum) parked at an open manhole on a residential street, a worker in a hi-vis vest at the suction hose, morning
AI-generated image
Pool fleet

Bookings, keys and shared equipment

  • Availability schedule

    Real-time view of free vehicles, filtered by location, type (lift platform, van) and extra equipment on board.

  • Multi-level approval

    Requests follow a digital workflow: a dispatcher or the head of an operating unit approves the trip, matching your org structure.

  • Automatic service holds

    A vehicle with a scheduled service, a fault or an expired statutory inspection drops out of bookings by itself. Nobody has to police it.

  • Key dispenser

    The deposit locker opens only against an approved booking, after the user authenticates with an RFID staff card and a PIN.

  • Ride pooling and utilisation KPI

    Booking a seat on an existing trip cuts redundant journeys, and comparing actual running time against booked time exposes dead assets.

  • A closed loop on fuel data

    Refuelling, consumption and drain detection meet vehicle mileage, and reports go out automatically to set addresses. Settling fuel does not require collecting data from three systems before every report.

FAQ

Public sector and network utilities – common questions

  • 01

    Where does the road card data come from?

    From the vehicle, not from the driver's declaration: mileage comes off the CAN bus, meaning the real odometer reading, so the record agrees with service documentation. Dates, times and route points are recorded by the system, and the driver only logs in with an RFID card. More on electronic transport documents.

  • 02

    Will the system document equipment work, not just the drive?

    Yes, and that is the difference between a utility and a haulier. Digital and analogue controller inputs record the crane, pump, generator or a body door opening, while geofences around depots, construction sites and pumping stations show how long the crew was on site. That produces proof of work, not just proof of arrival.

  • 03

    How does a pool fleet run without someone handing out keys?

    A booking goes through digital approval, and once accepted the system grants access to a specific deposit locker by itself. The key is released after RFID card and PIN authentication, and anyone without a valid booking or with expired qualifications will not get it. A dispatcher can open a locker remotely in an emergency. More on fleet sharing.

  • 04

    Can passenger cars and tax mileage records fit in the same system?

    Yes. The same platform keeps the vehicle mileage record required for full VAT deduction on passenger car running costs, splitting business and private trips from geolocation data. Details and report formats: mileage logbook.

Put the whole field cycle on one platform.

Book a free, no-obligation demo and see how frameLOGIC takes a task from dispatch to an audit-ready report, with every kilometre and machine-hour tied to a vehicle and a driver.

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AddSecure in Poland is now frameLOGIC

You arrived from the former AddSecure website. Our Polish transport and fleet management offering now operates under the frameLOGIC brand. The team, the platform and existing agreements stay the same.

AddSecure in Germany: now also operating as frameLOGIC

frameLOGIC is one of AddSecure's transport brands, built for organisations managing complex, specialised and mixed fleets.