Best Web-Based MQTT Brokers of 2024

Apache ActiveMQ®, a Java-based, open-source, multi-protocol message broker, is one of the most popular. It supports industry-standard protocols, so users can enjoy the benefits of client options across a wide range of languages and platforms. Connect to clients written in JavaScript and C++. Use the ubiquitous AMQP protocol to integrate multi-platform applications. Use STOMP over websockets to exchange messages between web applications. Manage your IoT devices using MQTT. Support your existing JMS infrastructure, and more. ActiveMQ has the flexibility and power to support any messaging use case. There are currently two ActiveMQ flavors available: the well-known "classic broker" and the "next-generation" broker code-named Artemis. Artemis will be the next major ActiveMQ version once it reaches sufficient feature parity with its "Classic" code base. Artemis has an initial migration document and a development roadmap.

JVM lightweight MQTT broker to the Internet of Things. It is easy to integrate into your IoT projects.

IBM® Integration Bus can be used to connect applications together regardless of their message formats or protocols. This connectivity allows your applications to interact with each other and exchange data in a dynamic, flexible, and extensible infrastructure. It supports a wide range of data formats, including binary formats (C, COBOL), XML and industry standards (including SWIFT and EDI). Patterns are reusable solutions that provide a consistent approach to solving a specific architecture, design, deployment task, or other problem in a given context. These patterns can be used as-is or modified to meet your specific needs. Message flows are your application connectivity logic. They describe the exact path your data takes in the integration Node and the processing that is applied by the message nodes in the flow.

Waterstream transforms your Kafka-compatible platform to a fully-fledged MQTT brokerage. No code, no integration pipelines and no additional storage required to connect millions of clients to your data streaming platform. Waterstream creates a bidirectional layer that connects Kafka to MQTT clients. You can forget about managing external MQTT clusters and integration pipelines to code. Waterstream scales linearly. Its nodes are independent of each other for most operations. To support a growing number of clients, you can add more instances. Waterstream only requires Kafka in order to function. All the inherent persistence benefits of Kafka include high availability, high throughput and low latency.

Do you want your project to talk to the Internet? To log, stream, or interact with the data your project produces, connect it to the Internet. What about all the Internet-of-Things stuff? Adafruit IO is a platform that we designed! You can display, respond, or interact with the data of your project. We keep your data secure (data feeds are encrypted by default) and private (we will never give or sell this data to another company). Adafruit sells all these incredible components. However, we couldn't find an easy way to interact with them via the Internet. There are many great services available for data logging and communicating with your microcontroller via the internet. However, these services are either too difficult to use or too boring to use. We decided to try our own system, Adafruit IO.

Superstream: An AI Solution That Lowers Expenses and Boosts Kafka Performance by 75%, With Zero Modifications to Your Current Infrastructure.

Apache RocketMQ™, a lightweight messaging engine and data processing platform, is an example of a unified message engine.