Budget: 27000 UAH Deadline: 1 day
Good day, write to me in private, I will suggest what can be done, everything will be easier than you think.
I have my own GPS tracking system based on the device ESP32 + SIM800L + GPS and server part FastAPI + SQLite.
The current ESP tracker:
detects movement/parking;
forms JSON points;
sends them to the server via HTTP;
supports alive, sleep modes, and OTA.
The server receives this data, stores it in SQLite, and displays it in the web panel (online status, history, routes, export, etc.).
I want to replace the tracker with an industrial device Teltonika FMC150 (4G) with ECAN02 adapter, while keeping my server and web interface.
Integrate the Teltonika protocol (Codec8/Codec8E) into my server.
Configure FMC150 + ECAN02 to transmit GPS and CAN data to the server.
Refine the server logic to receive and store the telemetry provided by Teltonika:
fuel level;
engine RPM;
CAN speed;
mileage (odometer);
temperatures;
gas/brake pedal;
ignition status;
DTC errors;
other IO elements.
Expand the database (SQLite) — add a table or fields for CAN/OBD.
Add telemetry display in the web panel:
fuel level chart (+ detection of siphoning/refueling);
RPM chart;
mileage and CAN speed;
engine status (IGN, errors, temperature).
Ensure compatibility with my current service logic.
Web panel, point history, routes, project structure.
Current APIs /track, /alive, /history (can be expanded).
Architecture: “tracker → server → web interface”.
The work is conducted entirely remotely.
I provide all access, including:
server access,
API access,
test data,
real Teltonika trackers for testing,
all necessary documentation.
I am ready to respond quickly to questions and provide data for testing.
Budget: 27000 UAH Deadline: 1 day
Good day, write to me in private, I will suggest what can be done, everything will be easier than you think.
Budget: 27000 UAH Deadline: 111 days
Good day,
I can help integrate the Teltonika FMC150 (with ECAN02) into your existing GPS tracking platform without changes to the current server architecture or web interface.
I have practical experience working with Teltonika devices, parsing Codec8/Codec8E, CAN/OBD data, and backend development for transport monitoring systems. Your current structure (ESP32 + SIM800L + GPS → FastAPI + SQLite) is clear, and I can adapt the industrial tracker to fit seamlessly into your existing pipeline.
What I can do:
— Implement full decoding of Codec8/Codec8E on your FastAPI backend.
— Configure FMC150 + ECAN02 to transmit GNSS, I/O, and CAN telemetry directly to your server.
— Extend the server logic to handle all CAN parameters you specified: fuel level, RPM, CAN speed, odometer, ignition status, temperatures, pedal position, DTC codes, etc.
— Modify and extend SQLite (new tables/fields optimized for CAN data and fast queries).
— Add telemetry visualizations to your web panel:
• fuel level graph with detection of siphoning/refueling
• RPM graph
• odometer and CAN speed
• engine status (IGN, errors, temperature)
— Preserve all existing API endpoints and your working pipeline (tracker → server → interface).
— Ensure compatibility with your current history, routes, live tracking, and database logic.
You mentioned that you provide access to the server, API, documentation, test devices, and real data — this is more than enough. I work fully remotely and can start the integration immediately.
I am ready to ask clarifying technical questions and go through all edge cases of the protocol.
I would be happy to help you transition from a custom tracker to FMC150 without unnecessary risks and without changes to a stable working system.
Budget: 27000 UAH Deadline: 10 days
Good day, Yuriy!
In general, the task is clear, but for an accurate response regarding deadlines and price, I would like to clarify some questions that arose after analyzing your task.
Please write in private messages – we will discuss the details and your wishes.
Тут больше ваш сервер и веб наверное к трекинг системе прикрутить нужно будет.
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