MIMIC MQTT Lab
Docs & Videos
MIMIC MQTT Lab - 10 sensors
MIMIC MQTT Lab with 10 sensors publishing dynamic, real-time customizable telemetry to any internet-accessible broker, in this case mqtt.fluux.io We see the JSON telemetry of the simulated Bosch XDK sensors with mosquitto_sub.
MIMIC MQTT Lab AWS: Graphing real-time telemetry with AWS Cloudwatch
Simulated sensor in MIMIC MQTT Lab AWS sending telemetry which is graphed with a rule in AWS Cloudwatch.
MIMIC MQTT Lab get started with AWS IoT
This MIMIC MQTT lab demonstrates integration of Amazon AWS IoT Core and MIMIC MQTT Simulator to produce an out-of-the-box lab for immediate first-time setup and use of dynamically controllable device shadows. By having a quick, successful example, you will short-circuit integration of your own devices into AWS IoT. Check out this 2-minute video of simulated devices updating their device shadows in AWS IoT in real-time.
MIMIC MQTT Lab get started with Cumulocity
This MIMIC MQTT lab demonstrates integration of Cumulocity IoT and MIMIC MQTT Simulator to produce an out-of-the-box lab for immediate first-time setup and use of dynamically controllable devices. By having a quick, successful example, you will short-circuit integration of your own devices into Cumulocity. Check out this 3-minute video of 10 simulated devices updating their device status in Cumulocity in real-time, being graphed in the Cumulocity dashboard.
MIMIC MQTT Lab get started with Ubidots
This MIMIC MQTT lab demonstrates integration of Ubidots and MIMIC MQTT Simulator to produce an out-of-the-box lab for immediate first-time setup and use of dynamically controllable devices. By having a quick, successful example, you will short-circuit integration of your own devices into Ubidots. Check out this 2-minute video of 10 sensors updating predictable, customizable telemetry in Ubidots in real-time, being graphed in the Ubidots dashboard.
MIMIC MQTT Lab get started with TagoIO
This MIMIC MQTT lab demonstrates integration of TagoIO and MIMIC MQTT Simulator to produce an out-of-the-box lab for immediate first-time setup and use of dynamically controllable devices. By having a quick, successful example, you will short-circuit integration of your own devices into TagoIO. Check out this 2-minute video of a small fleet of vehicles updating their device status in TagoIO in real-time, being graphed in the TagoIO dashboard.
MIMIC MQTT Lab: Asset tracking demo with Cumulocity IoT
Control speed of vehicles to show smart rule in Cumulocity IoT that detects speeding vehicles. All done in 3 minutes. How long would this take otherwise? How much time do you have?