Device support: 4,800 types over 269 protocols.

Trackers, dashcams and sensors reach your server over the mobile network, each on the port that belongs to its protocol. 11 protocols are handled natively by the platform and 258 more by a protocol bridge. Between them they read the 4,800 device types on the supported list.
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A truck picked on the live map, its card showing odometer, fuel level and engine values read over CAN

How a unit gets connected.

Four steps from a unit in its box to positions on the map. The portal's documentation pages carry the details for each brand.

  1. Before fitting

    Set server and port

    Program the unit with your server's host name and the port for its protocol, using an SMS command or the manufacturer's configuration software. The Tracker ports page lists both by brand.

  2. In the portal

    Add the IMEI

    Create the device in the portal with its IMEI or ID and give it to a client account. A unit that reports before it is added appears in the server's list of unregistered devices.

  3. First report

    Watch it arrive

    The connection log, filtered by IMEI, shows raw data and decoded positions as the unit reports, so a wrong port or protocol is obvious straight away.

  4. Day to day

    Send commands

    Engine cut, reporting interval and other commands go out from the portal. A command for a unit that is offline waits in a queue until it reconnects.

Native listeners and the bridge.

The 11 protocols in the table run in native listeners. They cover the hardware most fleets use, and all of the video.

The protocol bridge adds 258 more, among them Queclink's GL200 family, Ruptela, Meitrack, Suntech, CalAmp, ATrack, Galileosky, Cellocator, Wialon IPS and OsmAnd, which phone tracking apps use. Each bridged protocol also has a port of its own.

Protocols with native listeners
ProtocolTypical devices
TeltonikaFMB, FMC and FMU trackers, including CAN-ready installs
Teltonika DualCamRoad and cabin camera paired with a Teltonika tracker
GT06Concox units and the many trackers built on the same protocol
H02SinoTrack, TKSTAR and other H02 trackers
Cantrack H02Cantrack units that need a listener able to send commands
JT/T 808Trackers and mobile DVRs that use the Chinese transport standard
JT/T 1078Live video from dashcams that use the 1078 standard
WatchSeTracker and Wonlex wearables
EV07Eview EV07 vehicle trackers
DMTDigital Matter devices
ReachfarReachfar personal trackers

Several makers on one server

Units from different makers report side by side. One client might run Teltonika units on its trucks, GT06 trackers on its cars and a JT/T 1078 camera on a bus, and all of it shows up together on one map and in one set of reports.

Moving from another platform

From supported platforms the move is scripted: accounts and devices are copied across, stored positions are imported, and the units are then repointed to your server a batch at a time. Units on other platforms are repointed the same way.

Device questions

How do I find out whether my tracker model works?

Search the list on this page. It shows popular models only, and the supported set is larger. If yours is missing, send the make, model and firmware and we will check the protocol.

Can a phone act as a tracker?

Yes, with a tracking app that reports over the OsmAnd protocol. A phone is less dependable than a fitted unit, so it suits staff tracking and trials better than vehicles.

What happens to positions if the server cannot be reached?

Most trackers keep records in memory and send them when the link is back. The server acknowledges a record only after saving it, so anything not stored is sent again.

Put it on your own server and try it.

Order online and your server is normally live the next day, with your domain and logo in place and the tracker ports open.

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