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IoT-BLE Device Brings Low-Cost Tool for Experimentation
STMicroelectronics is selling a low-cost plug-and-play Internet of Things device with built-in sensors and an app so that anyone with a smartphone can begin experimenting with IoT solutions in their home, business or place of recreation.
May 31, 2019—
Striving to bring Internet of Things (IoT) technology to those with the least technical background, STMicroelectronics has released a low-cost, plug-and-play IoT node with sensors, bundled with an app, to enable anyone with a smartphone to start testing an IoT solution. The company's STEVAL-MKSBOX1V1 (SensorTile.box) system is designed to be a tool for affordable experimenting, at a price under $45. The solution is aimed not only at entry-level users with no programming skills, but also at academic researchers, systems integrators and cloud developers.
The development aims to address a new audience for IoT technology: those with no technical background. "We have identified certain needs in the market, and that's why last year we decided to develop this kit," says Edoardo Gallizio, STMicroelectronics' product marketing manager. One of these requirements, he says, is for people who are not experts but have good ideas and use cases to be able to experiment with a previously unfamiliar technology.
The node includes accelerometers, as well as temperature, inertial measurement, magnetometer, pressure and humidity sensors, and a microphone for audio sensing. It is already being used to track data regarding individuals and livestock, the company indicates, and for predictive maintenance for equipment. Use cases include a simple pedometer to track movement, the detection of crying babies, environmental monitoring and goods tracking, and as an inclinometer and sensor data logger. For instance, the microphone can be used to detect voice or sound, while the pressure sensor can approximate altitude (such as the floor on which the device is located). Vibration can be tracked via the accelerometer for a variety of purposes, including identifying potential earthquakes.
In one case, the SensorTile.box is on its way to the highest point on Earth, stored in the pocket of Italian Mount Everest climber Luca Colli. The node is helping him to measure his movements and conditions in the mountain's extreme conditions, including air pressure, temperature, oxygen density and activity. Once he completes his climb, the module will be returned to Italy for analysis. The device's onboard EM32 processor captures the sensor data and uses Bluetooth Low Energy (BLE) to transmit information to a user's phone, where the Android- or iOS-based app can capture and provide condition-based data.
The node has a built-in battery that can be recharged via a USB cord. It can be set to developer mode, allowing users to activate or shut down individual sensors in order to optimize their power consumption, as well as to combine data from multiple sensors to improve overall data accuracy. Users also can calibrate individual sensors. Additionally, the node employs an LSM6DSOX machine-learning core and artificial-intelligence (AI) extensions for use by more advanced individuals, enabling a system with pattern recognition, for use in tracking activity or environments based on multiple sensor measurements.
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