Security - Logistics

Fleet Management

Secure fleet tracking delivers industry grade performance

What is IoT Fleet Management?

Our fleet management tools extend from a background in GPS based products for the commercial mobility sector.

Our solutions fit well with logistics vendors, waste management companies, manufacturers, rental fleets and companies that build fleet management software tools.

The core concept is MIoT (Mobile IoT) based. The tricky part with moving assets in the real-world is the variability of signal strength and availability. This is a problem we solved a long time ago.

A skillset in developing and customising products for industrial level functionality is valuable to anyone who wants real-time information on their cargo. This extends to real-time information on vehicle performance, drivers, warehouses, loading and unloading windows and incident updates.

Our Partners

System technology

Products used

Custom hardware

Configuration

Chosen solution benefits

Hidden installation of the IoT
Worldwide coverage of the solution
Integration of GPS, Telemetrics and Security

Data received

– Internal battery level
– Network Bearer
– Radio Signal Strength
– Link Quality
– Serving Cell ID Mobile network code
– Mobile country code
– Signal SNR Cell LAC/TAC
– Temperature Value Min
– Temperature Value Max
– Temperature Value Barometer (Value Min Barometer/ Value Max Barometer)
– Value Humidity (Value Min Humidity/Value Max Humidity)
– Value Latitude
– Longitude Altitude
– Timestamp of location
– GPS Speed
– Accuracy of location
– Number of satellites fixed
– WiFi SSIDs (WiFi Signal WiFi Mac address)
– Error code Accelerometer X, Y, Z (Value Min Accelerometer/Value Max Accelerometer)
– Value Gyro X, Y Z (Value Gyro Min X,Y,Z/Value Gyro Max X, Y, Z)
– CAN Error code
– CAN Single trip distance (km)
– CAN Cadence
– CAN Torque sensor voltage
– CAN Remaining distance (km)
– CAN Speed (km/h)
– CAN Current (A)
– CAN Voltage (mV)
– CAN Temperature of controller
– CAN Temperature of motor
– CAN Set mode
– CAN Support level
– CAN Headlight state
– Security State Alarm Diagnose
– Trip Start/Stop
– Trip Average Speed
– Trip Average Moving Speed
– Trip Max Speed
– Trip Total Time
– Trip Moving Time
– Trip Elevation Gain
– Trip Elevation Loss
– Trip Elevation Max
– Trip Elevation Min
– Trip Torque Max
– Trip Torque Min
– Trip Torque Average
– Trip Cadence Max
– Trip Cadence Min
– Trip Cadance Average
– Trip Motor Assist level 0
– Trip Motor Assist level 1
– Trip Motor Assist level 2
– Trip Motor Assist level 3
– Trip Motor Assist level 4
– Trip Motor Assist level 5
– CAN Total Mileage
– Trip Data Status

Project Results

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Corporate Solutions

Consumer Electronics

IoT Platform

Security - Logistics

Fleet Management

What is IoT Fleet Management?

Project Start date

Project goal

Project volume

Our Partners

System technology

Car

Hidden IoT

Connection to battery, external lock and engine

GPS from satellites

GSM Network

findy IoT platform

Third party application

Products used

Configuration

Depending on the vehicle, different reporting intervals and parameters are set.

While the car is in use IoT reports the relevant parameters read from a communication between CAN and the motor.

Internal battery options - IoT goes to Low Power mode if the car battery is removed.

Chosen solution benefits

System performance

Project benefits

Data received

Project Results

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