- NIXIE STYLE LED DISPLAYPosted 4 days ago
- TOTEM: learning by experimentingPosted 1 week ago
- Google Assistant Voice Controlled Switch – NodeMCU IOT ProjePosted 1 month ago
- Water Softener Salt Level MonitorPosted 1 month ago
- Sparkly Air SensorPosted 1 month ago
- Ultra sonic distance finder with live statusPosted 1 month ago
- Windows interface to have total control over lampsPosted 1 month ago
- Smart AquariumPosted 1 month ago
- Wearable ProjectionPosted 1 month ago
- Write programs with the Arduino Web EditorPosted 1 month ago
UrsaLeo Pi IoT Development Kit Offers Google Cloud Storage and Analytics
UK-based distributor RS Components announced the availability of San Francisco based UrsaLeo’s UrsaLeo Pi IoT development kit. UrsaLeo’s kit, which was recently introduced by Mouser under its original UrsaLeo UL-RPI1S2R2 name, is designed to send sensor input to Google Cloud for storage and analytics. The kit is designed for Industry 4.0, automotive diagnostics, healthcare, and general data monitoring.
The UrsaLeo Pi offers the Silicon Labs Thunderboard Sense 2 sensor board combined with a powerful Raspberry Pi 3 SBC.
The Thunderboard Sensor 2 (or Thunderboard 2) board provides temperature, humidity, UV, ambient light, barometric pressure, indoor air quality, and gas sensors. You also get a 6-axis inertial sensor, a digital microphone, and a Hall sensor. The board is equipped with Silicon Labs’ EFR32 Mighty Gecko multi-protocol radio, which supports 2.4GHz wireless technologies such as Bluetooth Low Energy (BLE), Thread, ZigBee, or proprietary short-range protocols.
The kit is pre-loaded with an OTA-updatable Linux stack based on Yocto Project code. It automatically links up to a pre-registered Google Cloud account. Up to 50MB of data per month can be sent to the cloud platform free of charge.
A customizable dashboard “allows users to view sensor data and launch IoT applications such as storage and analytics,” says RS Components. The dashboard, which can be shared with third parties, is said to streamline the addition of new sensors and support user-definable events to trigger alerts.