Built on eBPF technology, the Isovalent Load Balancer is designed to run in any environment, from servers and virtual machines in the data center, to the public cloud, to Kubernetes containers.

The AI revolution demands a shift from hardware-defined to software- and AI-defined load balancing architectures that provide enhanced app resilience, intelligent autoscaling, and self-healing ...

1. Studying the Intersection of Load Growth and Project Demand The scale of growth and capital investment in utilities right now is unlike anything we’ve seen in recent history. After decades of ...

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.

Load balancers can employ various algorithms to distribute traffic, including Round Robin, Least Connections, and Source IP hash, each with its own set of advantages for different scenarios. HAProxy ...

A new way to take advantage of symmetric multiprocessing on resource-constrained MPUs.

Load balancers have been a core part of application infrastructure since the mid-1990s. The load balancer, located between the application layer and network infrastructure, ensures high ...

Most policies allow failover as well as load balancing so if a service goes down, it will not try to use it and all traffic will use the second line until the failed one returns to normal function.