Distributed Applications Require Distributed Load Balancers and API Gateways A key aspect of modern cloud-native applications is their modularity and distributed deployment architectures.

AI-defined load balancing It’s only fitting that load balancing in the AI era employs AI to get the job done, and it does so across three key dimensions.

Implementing dynamic load balancing is necessary for developers to achieve hard real-time performance and responsiveness on small-footprint, low-power multicore platforms.

Enter HAProxy, the de facto standard for high-performance load balancing and failover. This article explores the synergy between HAProxy and Ubuntu, one of the most popular Linux distributions.

InfoQ recently sat down with Rob Whiteley, Sidney Rabsatt, Liam Crilly from NGINX, and discussed their views on the future of networking and data center communication. NGINX aims to be a ...

Load Balancing (LB), is now popping up on the corporate security agenda! LB is no longer just about managing traffic flows across enterprise routers and servers. In the age of the cloud and ...

Configuring HAProxy on Ubuntu Server for high availability and load balancing offers a reliable, efficient way to manage web traffic and ensure your services are always available.

By capping balance requests and optimising API usage—especially with clear restrictions during peak hours—the guidelines will effectively reduce server overloads and potential service outages.