Tag: Sensor

Thingsdata Placeholder

The sensors include: temperature, humidity, 9-axis accelerometer, compass, gyroscope, barometer, light sensor, tilt sensor, magnetometer and location based on LoRa triangulation. We can combine the features of these sensors to fit any desired project.

In static position, the LoRa sensor sends an uplink (heartbeat) every 60 minutes. When motion or vibration is detected, an uplink is triggered with an ‘in trip’ flag. During continuous motion, the device sends an uplink every 15 minutes. The KPN LoRa network server calculates the position of the device by triangulation of the received signal. Within our portal we visualize this data to show the locations and movement history.

In addition, you can set alerts and alarms for geofences and movements, making the LoRa sensor an excellent and cost-effective LoRa sensor. The water- & dust-proof housing provides protection in all situations. The status and connection of the sensor are communicated via two LED lights. Thanks to the innovative internal antenna, no additional external parts are required. The QR code on the label can be used to activate the device and add it to your administration.

Thingsdata has a standard NB-IOT sensor in its portfolio with many functionalities. The basic version has already been developed and tested and standard has the following options: temperature sensor with a range of -20 to +75 degrees, light sensor, infrared sensor, magnet sensor, accelerometer and air pressure sensor. In addition, the NB-IOT sensor has 1x digital input, 1x analog input.

In the coming years, sensor technology will play an increasingly important role in the pursuit of more effective services. Sensors offer major advantages in areas such as space management and hospitality. For example, smart applications can make an important contribution to the more efficient use of industrial buildings and the facilities offered therein.

Securing IoT devices starts with the security of the hardware itself. Secure the hardware against attacks with quality components and ensure that you have control over the hardware at all times. Maintain control of a device with the guarantees of a secure boot and updates, so that maintenance can be performed over the entire lifecycle. In addition, limit the number of data connections for FOTA and key management. A detection against cloning is also desirable.

The sensors include: temperature, humidity, 9-axis accelerometer, compass, gyroscope, barometer, light sensor, tilt sensor, magnetometer and location based on LoRa triangulation. We can combine the features of these sensors to fit any desired project.

In static position, the LoRa sensor sends an uplink (heartbeat) every 60 minutes. When motion or vibration is detected, an uplink is triggered with an ‘in trip’ flag. During continuous motion, the device sends an uplink every 15 minutes. The KPN LoRa network server calculates the position of the device by triangulation of the received signal. Within our portal we visualize this data to show the locations and movement history.

In addition, you can set alerts and alarms for geofences and movements, making the LoRa sensor an excellent and cost-effective LoRa sensor. The water- & dust-proof housing provides protection in all situations. The status and connection of the sensor are communicated via two LED lights. Thanks to the innovative internal antenna, no additional external parts are required. The QR code on the label can be used to activate the device and add it to your administration.

Thingsdata has a standard NB-IOT sensor in its portfolio with many functionalities. The basic version has already been developed and tested and standard has the following options: temperature sensor with a range of -20 to +75 degrees, light sensor, infrared sensor, magnet sensor, accelerometer and air pressure sensor. In addition, the NB-IOT sensor has 1x digital input, 1x analog input.

In the coming years, sensor technology will play an increasingly important role in the pursuit of more effective services. Sensors offer major advantages in areas such as space management and hospitality. For example, smart applications can make an important contribution to the more efficient use of industrial buildings and the facilities offered therein.

Securing IoT devices starts with the security of the hardware itself. Secure the hardware against attacks with quality components and ensure that you have control over the hardware at all times. Maintain control of a device with the guarantees of a secure boot and updates, so that maintenance can be performed over the entire lifecycle. In addition, limit the number of data connections for FOTA and key management. A detection against cloning is also desirable.