We will simulate temperature and humidity data, report it to the EMQX cloud on the GCP platform via the MQTT protocol, and save the data to the InfluxDB Cloud over the public network.
We will simulate temperature and humidity data, report it to the EMQX cloud on the GCP platform via the MQTT protocol, and save the data to the Timescale Cloud over the public network.
EMQX 5.0 updated steadily this month, with the latest version reaching 5.0.8. While fixing already-known bugs, we also focused on enhancing performance and improving functional experience.
Recently, EMQX Cloud has optimized the billing system in many ways, making it easy for users to manage their bills and payment information quickly.
Now you can get up and running using EMQX Platform on the AWS Marketplace for a self-serve Pay-as-you-go account.
In this article, we will share how to bridge MQTT data from EMQX Cloud to Confluent Cloud on GCP.
In this tutorial, I'll show you step-by-step how to integrate InfluxDB Cloud with EMQX Cloud, a leading MQTT service provider, using this new native collector.
In the latest updated version, EMQX Cloud has added support for two external databases, HStreamDB and Alibaba Cloud Tablestore.
The latest version added optional parameters, including client ID, client IP, username, topic, resource ID, and rule ID, for users to filter and search, so as to locate errors and solve problems more accurately and quickly.
EMQX Cloud has recently supported two more external Auth&ACL methods, Redis and JWT. Users now have more choices to achieve more secure and fast access to massive devices flexibly.
We will use Redis as the authentication data source storage database, explain how to connect to EMQX Cloud, and realize one-computer-one-secret authentication at the client-side.
This article will introduce how to use the EMQX Cloud data integration feature to bridge data to AWS IoT through the public network so that you can easily use the AWS service to build IoT applications.