5G networks running on the edge will move applications and data closer to the user to reduce latency and improve performance, but these advancements will introduce new security challenges. 5G far-edge deployments ...

As with many things, COVID-19 sped up the need for high bandwidth delivered fast to end users. Working from home, Zoom calls, VPN connections, social media—all of it requires speed, resiliency and ...

As 5G rollouts begin in earnest during 2021-2022, carriers are beginning to face the incredible challenge of deploying and configuring millions of devices, VMs and containers across not just the data center ...

The widespread availability of next-generation 5G wireless networking services will drive a wider range of containerized applications to edge computing platforms in 2021.  Most of those 5G networking services will be accessed ...

Kubermatic, a provider of open source management platforms for Kubernetes clusters, has become a member of the 5G Open Innovation Lab, a global consortium of developers, startups, enterprises, academia and government institutions ...

At the Mobile World Congress event this week, Red Hat and NVIDIA extended their alliance to include deployment of containerized artificial intelligence (AI) applications and services at the emerging 5G network edge ...

Kubernetes readiness probes can pass while applications are still unable to serve real traffic. Protocol-aware checks help close the gap between “running” and truly “ready.” ...

Kubernetes counts whole GPUs and treats pods as disposable. An LLM pod is neither. Share the silicon with MIG/MPS/time-slicing and stop paying for idle ...

Kubernetes schedules accelerators as opaque integers, and your bill pays for it. Share the silicon, scale on the right signal and keep weights out of the image ...

In a recent talk, the disparity between developers and platform engineers in container security was highlighted, revealing how a single line of code can pull in thousands of vulnerabilities. This article discusses ...