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Driver Identification Solutions for Fleet Management

Ensure every driver is verified before they take the wheel. Our driver identification keypads, NFC readers, and iButton systems integrate with Teltonika and Queclink trackers to give fleet managers worldwide full accountability — knowing exactly who drove which vehicle, when, and where.

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Know exactly who is driving every vehicle in your fleet — at any moment, anywhere in the world.

Managing a shared fleet means knowing not just where your vehicles are, but who is behind the wheel. Driver identification bridges that gap — linking every trip, every stop, and every driving event directly to the individual driver responsible.

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When a driver starts their shift, they simply enter their unique PIN into the keypad installed in the vehicle. The keypad communicates with the GPS tracker and instantly logs their identity. Every journey from that point is attributed to that driver in your fleet management platform — giving you full accountability, improved driver behaviour, and the compliance documentation your business needs.

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Which solution is right for you?

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  • IP68 Keypad — Fully weatherproof, built for trucks, buses, and outdoor environments.

  • BLE Keypad — Wireless installation via Bluetooth, ideal for fast deployments and light commercial vehicles.

  • IP68 Keypad + NFC Reader (2-in-1) — PIN and contactless card identification in one compact device.

  • RFID Reader — Contactless tap-to-identify using 1-Wire protocol.

  • iButton — Robust, tamper-resistant key-based identification.

  • NFC Reader — Standalone contactless reader for card-based fleets.

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Compatible with Teltonika, Queclink, Ruptela and Digital Matter.

Not sure which solution fits your setup? Get in touch — we'll help you find the right match.

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What is Driver Identification in Fleet Management?

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Driver identification is the process of verifying and recording which individual is operating a vehicle before and during each journey. While GPS tracking tells you where a vehicle has been, driver identification answers the question that matters just as much to fleet managers: who was driving?

 

In a shared fleet — where multiple drivers use the same vehicles across different shifts — trips, incidents, fuel use, and driver behaviour events are otherwise attributed only to the vehicle. Driver identification closes that gap. Every journey, every harsh braking event, every speeding alert, and every out-of-hours movement is linked directly to the individual driver responsible — giving fleet managers the accountability, data, and documentation they need to manage drivers effectively.

Why Fleet Managers Need Driver Identification?

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Legal liability and duty of care When an incident occurs involving a fleet vehicle, identifying the driver is not optional — it is a legal and regulatory necessity in most jurisdictions. Without driver identification, fleet operators face difficulty proving who was responsible, complicating insurance claims, legal proceedings, and internal investigations.

 

Driver behaviour monitoring Telematics platforms generate rich data on driving behaviour: harsh braking, sharp cornering, excessive speed, idling. Without driver identification, that data is tied to a vehicle, not a person. With driver ID, fleet managers can build individual driver scorecards, identify who needs coaching, and reward safe drivers — creating measurable improvements in fleet safety and fuel efficiency.

 

Preventing unauthorised vehicle use Driver identification keypads and readers add an access control layer. Vehicles will not log a trip until a registered driver authenticates. This deters after-hours and unauthorised use, protects the fleet from liability for unregistered drivers, and can trigger alerts when an unrecognised code is entered.

 

Compliance documentation Many industries — logistics, construction, utilities, healthcare transport — require accurate records of who operated which vehicle and when. Driver ID systems generate this automatically, producing the audit trail needed for regulatory compliance, insurance requirements, and internal reporting without manual timesheets or paper records.

 

Insurance and risk management Insurers increasingly recognise driver identification as a risk reduction tool. Fleets that can demonstrate individual accountability and behaviour monitoring often benefit from lower premiums and stronger claims positions.

How Driver Identification Works?

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The process is simple for the driver and powerful for the fleet manager:

  1. Driver approaches the vehicle and enters their unique PIN on the keypad installed in the cab, or presents their RFID card or NFC tag to the reader.

  2. The keypad or reader authenticates the driver and sends the driver ID to the GPS tracker installed in the vehicle — via a 1-Wire data line, BLE (Bluetooth Low Energy), or RS-232 connection depending on the hardware.

  3. The GPS tracker logs the driver ID alongside all subsequent GPS, speed, and event data for that trip.

  4. The fleet management platform receives the combined data — location, speed, behaviour events, and driver identity — and attributes everything to the individual driver for that session.

  5. Fleet managers view driver-specific reports in their platform: trips by driver, behaviour scores by driver, hours by driver, and alerts triggered by driver.

 

The entire authentication process takes under three seconds. Drivers do not need to interact with any app or device other than the keypad or reader already fitted in the vehicle.

Types of Driver Identification Technology

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PIN Keypad (IP68 Weatherproof) A numeric keypad installed in the cab. Each driver is assigned a unique PIN of their choosing. On entering the vehicle, the driver types their PIN and the keypad authenticates them. IP68-rated models are fully waterproof and dustproof, making them suitable for trucks, heavy plant, buses, and outdoor environments where the cab may be exposed to the elements.

 

Best for: Heavy commercial vehicles, buses, construction and utilities fleets, harsh operating environments.

 

BLE (Bluetooth Low Energy) Keypad A wireless keypad that communicates with the GPS tracker via Bluetooth Low Energy — no 1-Wire data cable required. Drivers enter their PIN as with a wired keypad, but installation is significantly faster since only a power cable is needed. Compatible with any Teltonika or Queclink tracker with BLE support.

 

Best for: Light commercial vehicles, fast deployment across large fleets, retrofitting to existing vehicles without rewiring.

 

IP68 Keypad + NFC Reader (2-in-1) A combined device offering two authentication methods in one unit: PIN entry and contactless NFC card tap. Fleet operators can assign RFID/NFC cards to drivers who prefer tap-to-identify, with PIN fallback for drivers without a card. The single unit simplifies installation while maximising flexibility.

 

Best for: Mixed fleets where some drivers prefer card-based authentication, high-turnover environments where card issuing is practical.

 

RFID Reader (1-Wire) A contactless reader connected via the 1-Wire protocol. Drivers carry a small RFID card or fob and tap it to the reader on entering the vehicle. No PIN required — identification is instant. The 1-Wire protocol is natively supported by Teltonika FMB, FMC, and FMM series trackers.

 

Best for: Fleets where speed of authentication matters, drivers who prefer not to enter a PIN, applications using existing RFID card systems.

 

iButton A small, robust metal key-shaped tag that clicks into a reader mounted in the vehicle. Each driver is assigned their own iButton. The iButton is highly tamper-resistant, works in extreme temperatures, and has no batteries to replace. Widely used in logistics and utilities fleets.

 

Best for: Harsh environments, logistics and delivery fleets, applications requiring maximum tamper resistance.

 

NFC Reader (Standalone) A standalone contactless reader for fleets using card-based driver identification without PIN backup. Drivers tap their NFC-enabled card, fob, or phone to authenticate instantly.

 

Best for: Corporate fleets with card access control already in place, high-frequency vehicle use where fast authentication is critical.

Compatible GPS Trackers and Telematics Platforms

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Our driver identification hardware is compatible with the industry's leading GPS trackers and telematics platforms.

 

GPS Tracker Compatibility

 

  • Teltonika — All FMB, FMC, FMM, FMT, and TAT series trackers support driver identification via 1-Wire (RFID, iButton, wired keypad) and BLE (BLE keypad, BLE beacons). As an official Teltonika Platinum distributor, we can supply tracker and driver ID hardware together with pre-configuration for your platform.

  • Queclink — GL and GV series trackers with 1-Wire support are compatible with our RFID readers, iButton readers, and wired keypads.

  • Ruptela — HCV5 and Eco4light series support 1-Wire driver ID.

  • CalAmp – All devices that support 1-Wire and BLE connectivity.

 

Telematics Platform Compatibility Driver ID data is transmitted as a standard field within the tracker's data stream and is supported by all major fleet management platforms, including Wialon, Flespi, Navixy, Traccar, and any platform that parses Teltonika Codec 8/8E protocol. Contact us if you need help confirming compatibility with your specific platform before ordering.

Choosing the Right Driver ID System

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Use this guide to identify the right solution for your fleet:

 

What type of vehicle?

 

  • Heavy truck, bus, or plant machinery → IP68 wired keypad

  • Light van or car → BLE keypad (wireless, fast install)

  • Mixed fleet → 2-in-1 keypad + NFC reader

 

What environment?

 

  • Indoor/covered parking → any solution

  • Outdoor, exposed cabs, construction sites → IP68 wired keypad

 

What authentication preference?

 

  • PIN only → any keypad

  • Card tap → RFID reader, NFC reader, or 2-in-1

  • Either → 2-in-1 keypad + NFC reader

 

What GPS tracker do you use?

 

  • Teltonika with BLE → BLE keypad (no wiring needed)

  • Teltonika, Queclink, Ruptela, Digital Matter with 1-Wire → wired keypad, RFID reader, or iButton

 

How many vehicles?

 

  • Under 20 vehicles → any solution, BLE easiest to retrofit

  • 20+ vehicles → contact us for volume pricing and pre-configuration

 

Not sure? Contact us with your tracker model, telematics platform, and vehicle type and we will recommend the right combination.

Worldwide Supply

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We supply driver identification hardware to fleet operators, telematics service providers, and system integrators worldwide. Stock is held in the UK and Miami for fast dispatch to Europe, the Middle East, Africa, the Americas, and Asia Pacific. There is no minimum order quantity — we supply single units for evaluation through to bulk orders for large fleet deployments.

 

Get in touch to discuss your requirements, request a sample unit, or ask for trade pricing.

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