Vyom Yadav, Kubernetes Release Team Lead and Software Engineer at Canonical, joins Sylvain Kalache to discuss what’s new in Kubernetes 1.34.

Member post originally published on the Middleware blog by Keval Bhogayata, covering Automating Stateful Apps with Kubernetes Operators. If you’ve ever had issues with scaling databases or automating upgrades in Kubernetes, Operators can help by saving...

DevOps is a way of working that reduces waste. It uses smart tools and practices to build, test, and ship software faster. It makes teams quicker, systems stronger and problems smaller when done right. It’s not...

Cloud Native & Kubernetes AI Day is welcoming the AI/ML and High Performance Computing (HPC) communities. Since 2022 there have been multiple dedicated events (Batch / HPC and Cloud Native AI days) but given the overlap...

Data on Kubernetes Day (DoK Day) began as a virtual event in 2021 and became an official co-located event for KubeCon + Cloud Native Con in 2023. Since then, it has been a staple at both...

LLMs and AI are everywhere these days. Everyone wants to build the next big thing, ship it fast, and maybe even cash out and chill for the rest of their lives. The problem? Most open source...

The Cloud Native Computing Foundation (CNCF), which builds sustainable ecosystems for cloud native software, announced the graduation of Knative, a serverless, event-driven application layer on top of Kubernetes.

Learn how to test complex asynchronous workflows in cloud native applications using OpenTelemetry for context propagation and Istio for traffic routing. Explore cost-effective approaches to isolate test environments without duplicating infrastructure. Introduction Asynchronous architectures have become...

Graduation marks Knative’s readiness for widespread production use, with upcoming features aimed at bridging legacy systems and expanding AI and cloud native integrations Key Highlights: SAN FRANCISCO, Calif. – October 8, 2025 – The Cloud Native...

Problem statement Confidential computing technologies such as Intel TDX and AMD SNP rely on hardware-controlled Roots of Trust (RoT), inherently binding remote attestation to specific CPU vendors. While these solutions offer strong security guarantees, they also...