This blog series addresses the challenges of messaging in IoT systems and introduces LavinMQ as a solution. It highlights the need for a reliable messaging backbone that can efficiently handle millions of messages, maintain performance under unstable conditions, and secure data.
MQTT is ideal for IoT devices due to its lightweight nature and ability to function on unstable networks, while AMQP is suited for backend systems that require reliable messaging, routing, and scalability
Version upgrade announcement: RabbitMQ 4.2 is now available on CloudAMQP. This makes 4.2 the latest version supported with features like Khepri as the default metadata store for improved performance and scalability, and other major updates. Find out more in this blog.
Introducing CloudAMQP CLI: Manage your message queue infrastructure from the terminal.
This blog post is part 1 of a 2 part series. We will cover server verification and dive into the importance of mutual authentication for secure messaging. Using certificates enhances overall security in RabbitMQ clusters.
In this blog we will continue from where we left off in part 1. In part 2 of using CA certs with RabbitMQ we will take a look at example client and RabbitMQ configurations.
LavinMQ version 2.5.0 introduces faster startup times, improved follower synchronization, and a new UI option for light mode. Full release notes and contribution guidelines are available on GitHub.
CloudAMQP now uses OpenTelemetry for observability, offering a unified standard for metrics, traces, and logs without vendor lock-in.
“Can we make it even faster?” was a question that came up during one of our work sessions. This became the starting point for a new project that significantly reduces the time it takes to spin up clusters for our customers.
The CloudAMQP Startup Program offers early-stage companies discounted hosting, expert onboarding, and more. This blog will walk users through what to expect from the program and how to apply.