OAuth 2.0 Setup for LavinMQ 2.7+ in CloudAMQP
Configure OAuth 2.0 for LavinMQ 2.7+ from the CloudAMQP console or API. Token-based authentication and SSO for AMQP, MQTT, and the HTTP API with any OIDC provider (Keycloak, Auth0, Azure,...
Showing 13–24 of 55 posts
Configure OAuth 2.0 for LavinMQ 2.7+ from the CloudAMQP console or API. Token-based authentication and SSO for AMQP, MQTT, and the HTTP API with any OIDC provider (Keycloak, Auth0, Azure,...
LavinMQ 2.7.0 is now live on CloudAMQP, bringing OAuth2/OpenID support, kernel TLS, mTLS, stream performance improvements, queue restarts, and consistent hash exchange updates.
While much of today’s AI is designed to replace the writer, TrueTale uses the technology for a different purpose: to act as an author’s 'Story Bible.'
A step-by-step guide to automating LavinMQ configuration with Terraform using the official provider and CloudAMQP.
LavinMQ version 2.6.0 delivers new stream filtering capabilities, default TLS port configuration, a new lavinmqperf feature, and more! Full release notes and contribution guidelines are available on GitHub.
LavinMQ Federation plugin can be used when migrating to another cluster without stopping all producers and consumers while doing so. This article explains how to migrate between two clusters with...
An overview of the trade-offs between self-hosting LavinMQ and using a managed LavinMQ on CloudAMQP, focusing on operational responsibility, scalability, and long-term maintenance as messaging becomes critical infrastructure.
Real-time IoT messaging enables instant visibility, while Prometheus and Grafana provide long-term insights. Integrating LavinMQ with these tools allows for effective monitoring and analysis of IoT data, transforming metrics into...
LavinMQ enables secure and scalable IoT systems, ensuring reliable message delivery despite growing device counts and data volumes. It features end-to-end encryption, user authentication, durable queues, and clustering for high...
LavinMQ facilitates real-time communication between IoT devices and dashboards using MQTT/AMQP over WebSockets, allowing instant data updates without the inefficiencies of HTTP polling
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,...
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...