Protocols

The flespi platform supports protocols for most popular telematics devices. We try to make all parameters defined by the manufacturer in the protocol specification available to you. We also enable you to manage settings by sending commands via our universal device configurator.
teltonika

Protocol used by GPS tracking devices manufactured by Teltonika headquartered in Lithuania
queclink

Protocol used by GPS tracking device manufactured by Queclink headquartered in China
concox

Protocol used by GPS tracking devices manufactured by Shenzhen Concox headquartered in China
ruptela

Protocol used by GPS tracking devices manufactured by Ruptela headquartered in Lithuania
calamp

Protocol used by GPS tracking devices manufactured by CalAmp headquartered in the United States
suntech

Protocol used by GPS tracking devices manufactured by Suntech headquartered in South Korea
topflytech

Protocol used by GPS tracking devices manufactured by Topflytech headquartered in China
atrack

Protocol used by GPS tracking devices manufactured by ATrack headquartered in Taiwan
bce

Protocol used by GPS tracking devices manufactured by Baltic Car Equipment company headquartered in Lithuania
xirgo

Protocol used by GPS tracking devices manufactured by Xirgo Technologies headquartered in the USA
galileosky

Protocol used by GPS tracking devices manufactured by Galileosky headquartered in Russia
navtelecom

Protocol used by GPS tracking devices manufactured by Navtelecom headquartered in Russia
erm

Protocol used by Starlink GPS tracking devices manufactured by ERM Advanced Telematics headquartered in Israel
skypatrol

Protocol used by GPS tracking devices manufactured by Skypatrol headquartered in the USA
cellocator

Protocol used by GPS tracking devices manufactured by Pointer Cellocator headquartered in Israel
gosafe

Protocol used by GPS tracking devices manufactured by Gosafe Company Limited headquartered in China
maxtrack

Protocol used by GPS tracking devices manufactured by Maxtrack headquartered in Brazil
coban

Protocol used by GPS tracking devices manufactured by Coban headquartered in China
xexun

Protocol used by GPS tracking devices manufactured by Xexun headquartered in China
sierrawireless

Protocol used by GPS tracking devices manufactured by Sierra Wireless Inc. headquartered in Canada
wondeproud

Protocol used by GPS tracking devices manufactured by Wonde Proud Technology headquartered in Taiwan
systech

Protocol used by the Taiwanese GPS tracking devices manufacturer Systech

borderless

Protocol used by GPS tracking devices manufactured by Borderless Hub headquartered in Singapore
meitrack

Protocol used by GPS tracking devices manufactured by Meitrack headquartered in China
neomatica

Protocol used by GPS tracking devices manufactured by Neomatica headquartered in the Russian Federation
sinocastel

Protocol used by GPS tracking device manufactured by Sinocastel headquartered in China
eelink

Protocol used by GPS tracking devices manufactured by Shenzhen Eelink Communication Technology Co Ltd headquartered in China
albatross

Protocol used by GPS tracking devices manufactured by Albatross headquartered in Poland
cguard

Protocol used by GPS tracking devices manufactured by several manufacturers, but primarily by cGuard headquartered in Russia
dct-syrus

Protocol used by Syrus GPS tracking devices manufactured by Digital Communications Technologies headquartered in the USA
arnavi

Protocol used by GPS tracking devices manufactured by Arusnavi headquartered in Russia
omnicomm

Protocol used by GPS tracking devices manufactured by Omnicomm headquartered in Russia
fleetboard

Protocol used to fetch vehicle position data from Daimler Fleetboard Platform
dynafleet

Protocol used to fetch vehicle position data from Volvo Dynafleet Online Services
scania-fms

Protocol used to fetch vehicle position data from Scania Fleet Management Services
spot

Protocol used by personal GPS trackers manufactured by SPOT headquartered in the USA
tekelek

Protocol used by sensors manufactured by Tekelek headquartered in Ireland
egts

Protocol developed by the Ministry of Transport of the Russian Federation and used for intersystem communication
1m2m-lora-kpn

Receive data from LoRaWAN/LPWAN trackers through KPN IoT Network
telegram

Possibility to receive textual and location messages from Telegram messenger into flespi channel
proxy

Protocol stores raw data in channel messages and/or proxies raw data to target servers via TCP.
mqtt

Protocol designed to consume data into flespi channel directly from MQTT broker
http

Protocol designed for demonstration and testing purposes. Channel with this protocol can receive messages via POST HTTP requests
wialon_combine

Universal binary protocol by Gurtam for personal and vehicle GPS and GLONASS trackers sending data via TCP or UDP
wialon_ips

Universal protocol by Gurtam designed for tracker manufacturers
wialon_retranslator

Special protocol by Gurtam allowing retranslation of messages from multiple devices between Wialon servers within a single TCP connection​
wiatag

Protocol used by the Wiatag mobile application designed by Gurtam for Android and IOS devices. The app transforms any smartphone into a full-scale GPS tracker
test

Protocol designed for demonstration and testing purposes. Connection to a channel via this protocol allows emulating interaction between a device and flespi gateway

Device name
Protocol
Manufacturer