Found 1,077 results for: docker
With Kubernetes 1.20 deprecating Docker support, the orchestration wars are heating up again. We dissect the trade-offs between K8s complexity and Swarm simplicity, while proving why underlying NVMe storage is the only metric that truly matters for cluster stability.
With the recent SolarWinds fallout and the deprecation of Docker shim in Kubernetes 1.20, security is the only metric that matters right now. Here is a battle-tested guide to hardening your container infrastructure in Norway, covering non-root users, capability dropping, and why hardware isolation still beats software namespaces.
It is late 2020, and running containers as root is still the industry's most dangerous habit. From dropping capabilities to navigating the post-Schrems II landscape in Norway, here is how to lock down your infrastructure before the next CVE hits.
Default container configurations are a security nightmare waiting to happen. From rootless execution to handling Schrems II compliance in Norway, here is the battle-tested guide to locking down your infrastructure before 2021 hits.
Is Kubernetes overkill? Is Docker Swarm dead? We benchmark orchestration overhead, analyze the impact of the Schrems II ruling on hosting choices, and explain why NVMe latency is the silent killer of k8s clusters.
Schrems II changed the game for data sovereignty in Europe. We benchmark Kubernetes v1.19 against Docker Swarm on local NVMe infrastructure to determine what actually survives production loads without the complexity tax.
Default container configurations are a liability. We dissect critical hardening techniques—from kernel capabilities to read-only filesystems—and explain why physical data residency in Norway is your safety net after the recent Privacy Shield collapse.
Default Docker settings are a security nightmare waiting to happen. From dropping capabilities to navigating the recent Privacy Shield invalidation, here is the battle-hardened guide to securing your Nordic infrastructure.
A battle-hardened comparison of container orchestrators for European DevOps teams. We analyze performance, complexity, and the critical impact of the recent Privacy Shield invalidation on your hosting choices.
A battle-hardened comparison of container orchestrators for Nordic dev teams. We analyze K8s, Swarm, and Nomad through the lens of performance, IOPS requirements, and the recent data sovereignty legal shifts.
With the EU-US Privacy Shield invalidated, your choice of infrastructure matters more than ever. We benchmark K8s, Swarm, and Nomad on bare-metal NVMe to see what actually performs in a post-Cloud Act world.
Is Kubernetes overkill for your workload? We benchmark orchestration overhead, analyze the impact of the recent Privacy Shield invalidation on your hosting choice, and look at why NVMe latency is the silent killer of cluster performance.
It is July 2020. Everyone wants Kubernetes, but do you need it? We benchmark K8s against Docker Swarm on Norwegian infrastructure, analyzing the trade-offs in complexity, latency, and data sovereignty.
A battle-hardened comparison of container orchestrators. We analyze complexity, resource overhead, and why your underlying infrastructure (IOPS) determines success or failure in production.
A battle-hardened comparison of Kubernetes 1.17 and Docker Swarm for European DevOps teams. We analyze complexity, resource overhead, and why low-latency infrastructure in Oslo matters more than your YAML syntax.
A brutally honest comparison of Kubernetes, Docker Swarm, and HashiCorp Nomad for European DevOps teams. We cut through the hype to look at performance, complexity, and why underlying hardware matters more than your YAML files.
Stop relying on 'docker-compose' in production. We compare K8s 1.17 and Swarm for Nordic workloads, analyze the hidden costs of orchestration overhead, and explain why underlying hardware latency kills your cluster before it starts.
Running containers as root is a recipe for disaster. This guide covers practical hardening techniques, from read-only filesystems to PodSecurityPolicies, tailored for Norway's strict compliance landscape.
Stop over-engineering your infrastructure. We benchmark Kubernetes, Docker Swarm, and Nomad on bare-metal performance, analyze the hidden costs of complexity, and explain why your underlying VPS choice matters more than your YAML files.
It’s 2020. Kubernetes won the war, but Docker Swarm is still fighting for the small battles. We analyze the orchestration landscape, the critical role of NVMe storage for etcd stability, and why data residency in Norway matters more than ever.
It is late 2019, and the runc vulnerability proved that containers aren't virtual machines. This guide covers specific kernel capabilities, read-only filesystems, and the infrastructure architecture required to secure Norwegian workloads.
It's late 2019, and the 'runc' vulnerability is still haunting production environments. Here is a battle-hardened guide to locking down containers, managing capabilities, and why the underlying hardware in Oslo matters more than you think.
Is Kubernetes overkill for your startup? Is Docker Swarm dead after the Mirantis deal? A battle-hardened look at orchestration choices, latency realities at NIX, and why your etcd cluster hates your cheap HDD VPS.
A battle-hardened comparison of container orchestrators. We strip away the hype to look at operational complexity, latency requirements, and why running K8s on cheap storage is a death sentence for your control plane.
It is late 2019. The orchestration wars are settling, but the infrastructure battle is just beginning. We benchmark K8s complexity against Swarm simplicity on Norwegian NVMe VPS infrastructure.
Comparison of container orchestrators for Norwegian DevOps teams. We analyze K8s vs Swarm, the impact of storage I/O on etcd stability, and why raw metal performance matters more than your YAML files.
It's June 2019, and the container wars are shifting. We analyze the trade-offs between Kubernetes complexity and Docker Swarm simplicity, specifically for teams operating within the Norwegian jurisdiction.
The runC vulnerability changed everything. A battle-hardened guide to securing container runtimes, locking down privileges, and why KVM isolation is your only real defense against kernel exploits.
Containers aren't magic security boxes. From the recent runC vulnerability to kernel isolation, we break down how to secure your stack using 2019's best practices, leveraging strict KVM boundaries and immutable infrastructure principles.
Default Docker configurations are a security nightmare waiting to explode. We break down how to lock down your container infrastructure, navigate Norwegian GDPR requirements, and why strict kernel isolation on CoolVDS is your last line of defense.