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 ...

Organizations are embracing virtualized environments to keep pace with the demands of a dynamic digital landscape.

Uses eBPF, which both Google and Meta have proven out at scale Cisco Live Cisco has returned to the load balancing market ...

Broadcom’s new VMware Cloud Foundation 9 private cloud platform offers new cybersecurity, AI, costs, and services innovation ...

VCF 9.0 is built on a unified operational model spanning both traditional and modern applications with consistent governance, ...

Through industry–academia collaboration, a joint research team developed an Integrated Network-Computing Load Balancing ...

In today’s dynamic application landscape, delivering IT infrastructure that’s highly available, performant and secure is paramount for organizations of all sizes. Load balancers help achieve ...

The new iteration of this control option implements position-based synchronization within the actuators’ onboard electronics ...

However, [Steve] did realize that he needed more than an Pi to handle this task. He built the load balancer using an old PC with 512MB of RAM and a 2.7GHz x86 CPU. The most important thing about ...