Low Power IoT Sensor Network for Burlington Waterfront
Maker: Eric Hall
Purpose: Provide waterfront coverage for ubiquitous low-cost environmental sensors that can live on batteries in the cold for over a year.
Technologies Used: LoRa radios, The Things Network, MQTT
Status: 3 radios installed, range tested and online.
Member Supporters: Cambrian Rise
In-situ DYI Algal Sensor
Maker: Dr. Clayton Williams, Dr. Mindy Morales-Williams, Anna Chaffee, Abby Hodson and Jess Sheridan. IoT Conduit support by AJ Rossman, Eric Hall and Dr. Joe Rossabi.
Purpose: Develop low-cost, non-invasive sensors for monitoring algal blooms in urban, waterfront setting.
Technologies Used: Spectroscopy, Arduinos, LoRaWAN
Status: Project in design
Member Supporters: UVM Office of VP of Research
IoT Plant Watering using Soil Moisture Sensor
Purpose: Send a text message notification when soil water content is too low and plant watering is required.
Technologies Used: ESP8266, IFTT webserver, SMS, WiFI, soil moisture sensor, relay
Status: Working prototype completed
Safe2Swim Web App
Maker: Inu Labs
Purpose: Bring transparency into what is going into Lake Champlain’s water to determine if it is suitable to swim.
Technologies Used: LoRaWAN, Python
Status: Initial design completed, build out in progress. Looking for early adopters
IoT Smart Building
Maker: VT IoT Conduit
Purpose: Make over 20 Internet-connected technologies interoperable using an IoT architecture at 12-22 North co-working space
Technologies Used: MQTT, Python
Status: Focus of 2020 Office hours starting in February.