The first Raspberry Pi was a revolution. It started as a project to offer the cheapest possible computer that someone could use as a normal PC for school or work, or as a risk-free way to learn ...

Improve the agility, reliability, and efficiency of your distributed systems by using Kubernetes. Get the practical Kubernetes deployment skills you need in this O’Reilly e-book. You’ll learn how to: ...

Kubernetes 1.35, dubbed 'Timbernetes,' delivers in-place pod resource adjustments, a capability that benefits AI training workloads and edge computing deployments. The open-source Kubernetes cloud ...

From arcade cabinets and retro gaming handhelds to retrofitted vintage camera flash devices, you can revive past tech with a Raspberry Pi computer. Projects, like these 10 Raspberry Pi projects to ...

Raspberry Pi is raising prices on many single-board computers, with increases going into effect immediately. The Raspberry Pi 4 and 5 modules are shooting up by $5 to $25, depending on the model and ...

Increasing RAM costs are making Raspberry Pi 4 and 5 models up to 20 percent more expensive. Increasing RAM costs are making Raspberry Pi 4 and 5 models up to 20 percent more expensive. is a news ...

In major move signaling how Amazon Web Services Inc. intends to redefine Kubernetes operations for the artificial intelligence era, AWS today announced Amazon EKS Capabilities, a fully managed suite ...

Organizations deploying artificial intelligence face a problem: models trained on one platform often require substantial re-engineering to run reliably on another. The Cloud Native Computing ...

This program ensures users can migrate AI workloads between Kubernetes distributions. Kubernetes will finally support rollbacks for returning to a working cluster if something goes wrong. Several ...

What if you could hold the power of a fully functional cluster computer in the palm of your hand? The Sipeed NanoCluster is turning that vision into reality, offering a new solution for Raspberry Pi ...

Kubernetes has become the leading platform for deploying cloud-native applications and microservices, backed by an extensive community and comprehensive feature set for managing distributed systems.

When running Kubernetes clusters for development, the operating system’s footprint can make or break performance and agility. Heavy, general-purpose Linux distributions waste memory and CPU cycles on ...