Device Overview The Socket Controller is an IoT ‘smart switch’ with advanced features. It allows control of two socket outlets using a simple web interface. Board Design US Variation How to get one Work is continuing to discover markets for the device, in the mean time, you may signup to the email list for updates. As of 19 Aug 2024, the firmware has been made public. Codebase Git Repo Example Use Cases Temperature based triggering: Control a heater, based on accurate temperature readings. Current draw based triggering: Power on a TV and Sound system, only when a main computer is drawing over a set power level. Current draw based triggering: Power on a pool ozone system, only when a solar pump is not running. Log local environment data, as part of a larger IoT system. Key Features Stand Alone Autonomy Zero reliance on the Cloud Inbuilt Sensor PortsMonitor & control your local environment directly from a single device. No app to rely onConnect directly to the device via WiFi. Web user interface optimised for desktop or mobile access. Simple Program GenerationCreate custom automatons using a simple web interface Protocol interoperabilityMQTT & matter communication protocol under development for IoT system integration. Device Design Web Dashboard Data graphing Program Editor Enclosure AU, US and IEC type sockets AU Socket Front AU Socket Rear Data ports (US/Int)WiFi Button & LED, Aux Output LED, Sensor Ports, reset button, Ethernet Port, USB debug port. IEC Type US Type Sensors Currently two sensors have been developed. Each sensor can be set to either of two selectable addresses. Environmental SensorHumidity & temperature sensor + light sensor.Programmable push button.Housed in a vented enclosure. Thermocouple sensorScrew terminals for thermocouple connection.Housed in a plastic enclosure.Protection circuits included. Email updates Availability for this device will be shared to this email list (no spam etc). Board design 16A High current switching relaysPower MonitoringMicro controller with fully certified WiFiCertified power supply (85 ~ 264 VAC)External sensor connection portsWired Ethernet US board variation wired up Plug-and-play sensor autodetection Interoperability Being developed with MQTT and ‘matter’ integration for IoT interoperability. Software development Code complexity example: flow chart for output override controls Email updates Availability for this device will be shared to this email list (no spam etc). Contact Send through any feedback, questions or comments here. Your name Your email Subject Your message Manufacturing An assortment of photos and videos from prototype development: SMAThrough HoleAU Stencilv0.1 design