Product Description: Pico-SensoTrack is a wearable personal tracking device. It has a built-in battery and can be used in a variety of everyday applications for persons, animals or items to be located using GPS. This small tracking device fits easily in your pocket, can be carried on a key ring or on a dog collar and has several alarm functions, depending on the programming:

• “Geofencing“ to alert when leaving a defined geographical zone

• “Wellness“-Function that detects when the device has not moved for a certain period via accelerometer and sends an emergency alert.

The Pico-SensoTrack uses a Telit SE868-AS and a 2G module from Telit. The device is battery-powered and under normal working conditions, the 380mAH battery lasts up to 4 working days. Furthermore, the device has an accelerometer to detect movements / idle states to enable/disable the modem and the GPS module to preserve the battery in sleep mode. The battery can be charged via USB port. The data are sent at preset intervals via HTTP. The Pico-SensoTrack can be fully configured and diagnosed via USB or SMS.

Additional Services: At the customer's request, RoundSolutions can expand the Pico-SensoTrack and adapt it to project-specific requirements. If you miss a technology or function in the basic version of the Pico-SensoTrack, please write us an inquiry.

Round Solutions also offers software development kits for Pico-SensoTrack board with Python, enabling software developers to create custom firmware for the device quickly, resulting in the acceleration of the launch time. The collected data can be easily sent to an IoT Cloud, which allows rapid establishment of tracking platform. The GUI for the IoT cloud is available from any web browser or mobile via a smartphone or tablet.

By using the IoT SIM cards, a stable data transfer between Pico-SensoTrack and cloud can be achieved and can work at any place in the world. Through global automatic roaming it is always active in the best network

Product and Hardware Features:

• 2G Cellular Module • GNSS Module integrated antenna: -165dBm sensitivity • USB micro B Interface for configuration, debugging and charging battery • Onboard Microcontroller: PIC18F46K22* • Onboard Accelerometer for movement detection and power saving • 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• GNSS Module integrated antenna: -165dBm sensitivity • USB micro B Interface for configuration, debugging and charging battery • Onboard Microcontroller: PIC18F46K22* • Onboard Accelerometer for movement detection and power saving • 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• USB micro B Interface for configuration, debugging and charging battery • Onboard Microcontroller: PIC18F46K22* • Onboard Accelerometer for movement detection and power saving • 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Onboard Microcontroller: PIC18F46K22* • Onboard Accelerometer for movement detection and power saving • 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Onboard Accelerometer for movement detection and power saving • 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• 3.7V – 380 mAh LI-Po battery (optional) • Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Nano SIM Card Holder • Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Data is relayed to server via HTTP Post • Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Posted data includes Longitude, Latitude, speed, date, time, and battery voltage. • Modem Emulation via USB

• Modem Emulation via USB