Found 99 results for: kubernetes
Kubernetes 1.2 is changing the game with iptables-based proxies, but the networking model remains the most complex barrier to production. We dissect the packet flow from Pod-to-Pod, analyze Flannel vs. Weave, and explain why your underlying VPS I/O is the bottleneck you aren't watching.
A battle-hardened look at how Kubernetes handles pod-to-pod communication. We dissect the specific challenges of CNI plugins like Flannel and Calico, debug MTU mismatches, and explain why raw underlying hardware performance is critical for overlay networks.
We compare the leading container orchestration tools of 2016 for the Nordic market. Learn why 'works on my machine' fails in production and how to build a resilient stack on KVM-based CoolVDS infrastructure.
Kubernetes networking isn't magic—it's packet encapsulation and routing tables. We deep dive into K8s 1.1 networking models, the overhead of overlays like Flannel, and why low-latency hardware is critical for etcd stability.
Kubernetes 1.1 networking is notoriously complex. We dissect the packet flow, compare Flannel vs. Weave, and explain why your underlying virtualization choice dictates performance.
It is February 2016. Docker is everywhere, but managing it at scale is a nightmare. We benchmark Docker Swarm, Kubernetes, and Mesos to find the best fit for Nordic infrastructure.
A battle-hardened comparison of container orchestration tools available in early 2016. We analyze Kubernetes 1.1, Docker Swarm, and Mesos, focusing on infrastructure requirements, Safe Harbor compliance, and deploying on KVM-based VPS in Norway.
Kubernetes networking is notoriously complex. We break down the flat network model, Flannel configuration, and the iptables maze to help you survive production in 2016.
Kubernetes is taking over, but the networking model is a beast. We dive deep into kube-proxy, iptables modes, and why Flannel configurations on standard VPS providers might be killing your latency.
Kubernetes 1.1 promises orchestration nirvana, but the networking model can be a nightmare. We break down the flat network requirement, compare Flannel vs. Weave, and explain why your underlying VPS architecture decides your cluster's fate.
Overlay networks, iptables hell, and the myth of zero-latency. A battle-hardened guide to K8s networking in the post-Safe Harbor era, specifically for Norwegian infrastructure.
The default kube-proxy in Kubernetes 1.1 is a performance killer. We benchmark iptables mode vs. userspace, configure Flannel for low-latency Norwegian infrastructure, and navigate the post-Safe Harbor compliance minefield.
Kubernetes 1.1 is finally production-ready, but the networking model remains a black box for many. We dissect the overlay network tax, optimization of kube-proxy, and why the recent Safe Harbor ruling makes hosting your cluster in Norway critical.
Kubernetes 1.1 has brought massive changes to networking with the new iptables proxy mode. We dive deep into CNI, Flannel configuration, and why the recent Safe Harbor invalidation makes running your own K8s cluster in Norway a smart move.
Kubernetes 1.1 has stabilized, but the flat networking model remains a black box for many. We dissect Flannel, iptables, and the hardware requirements needed to keep latency low in production.
The container ecosystem in late 2015 is a battlefield. We benchmark Docker Swarm against the newly released Kubernetes 1.1 to determine which tool belongs on your production servers in Norway.
Kubernetes 1.1 brings performance improvements, but networking remains a complex beast. We dissect overlay networks, the new iptables proxy mode, and why the recent Safe Harbor invalidation makes hosting in Norway critical.
With the recent release of Docker 1.9 and Swarm 1.0, the container orchestration battle has intensified. We benchmark Swarm against Google's Kubernetes and Apache Mesos to see which solution truly belongs in your production stack—and why your underlying hardware might be the bottleneck you ignored.
Kubernetes 1.0 has arrived, but the flat IP model is a headache on traditional VPS. We dive deep into Flannel, VXLAN performance, and why your underlying kernel matters more than you think.
Navigating the nascent container orchestration wars of 2015. We benchmark Docker Swarm, the newly released Kubernetes 1.0, and Apache Mesos to see which stack belongs on your Norwegian VPS infrastructure.
Kubernetes 1.0 is finally here, but the flat-networking model is causing headaches for early adopters. We dissect the performance costs of Flannel vs. Weave and why your underlying VPS architecture decides your cluster's fate.
Docker is great, but running it in production is a battlefield. We benchmark Kubernetes v1.0, Docker Swarm, and Mesos on high-performance KVM slices to see which orchestrator actually survives real-world traffic.
Docker is taking over the world, but running it in production is a battlefield. We benchmark the three leading orchestration contenders—Kubernetes, Mesos/Marathon, and Docker Swarm—and analyze why your underlying VPS architecture decides who wins.
Docker links are dead. As we approach the Kubernetes v1.0 release, we dissect the 'IP-per-Pod' model, configure Flannel overlays on Ubuntu 14.04, and explain why your underlying VPS architecture makes or breaks microservices performance.
The 'Docker run' honeymoon is over. We break down the current state of multi-host container orchestration, comparing Kubernetes, Docker Swarm, and Mesos for production environments in Norway.
Google's Kubernetes is changing how we orchestrate Docker containers, but the networking model is a headache for traditional sysadmins. We analyze the 'One IP Per Pod' model, configure Flannel manually, and explain why your kernel version matters.
Docker is standardizing builds, but production deployment remains the Wild West. We compare Mesos, the rising Kubernetes beta, and CoreOS Fleet to see which orchestrator deserves your root access.
It is May 2015. Docker containers are taking over development, but production deployment is still a minefield. We compare Kubernetes (Beta), Docker Swarm, and Mesos to see which one is ready for your Norwegian infrastructure.
Master Kubernetes deployment strategies from Rolling Updates to Canary releases. Learn how to minimize downtime and ensure GDPR compliance using high-performance Norwegian infrastructure.
Microservices are creating chaos in production environments. Learn how to implement a Service Mesh using Linkerd and Kubernetes 1.9 to regain observability and reliability, without sacrificing performance on Norwegian infrastructure.