Found 906 results for: docker
Stop paying the 'managed' tax. We compare K8s, Swarm, and Nomad for Nordic workloads, focusing on data residency, overhead, and the raw performance of NVMe-backed worker nodes.
Stop over-engineering your stack. We benchmark Kubernetes 1.29, Docker Swarm, and Nomad on Nordic infrastructure to determine which orchestrator actually fits your workload without burning your budget.
Container isolation is a myth if you ignore kernel capabilities and runtime security. We explore the 'Leaky Vessels' vulnerability, rootless execution, and why Norwegian infrastructure matters for compliance.
We strip away the hype to compare the top container orchestrators of 2023. Learn why disk I/O latency is the silent killer of Kubernetes clusters and how local Norwegian infrastructure solves the Schrems II compliance nightmare.
Container isolation is a myth without proper configuration. We explore kernel-level hardening, immutable infrastructure, and why true KVM virtualization is non-negotiable for compliance in 2023.
A battle-hardened comparison of container orchestrators in 2023. We analyze resource overhead, complexity trade-offs, and why underlying infrastructure like NVMe VPS determines your cluster's actual performance.
Stop defaulting to Kubernetes. We analyze the trade-offs between K8s, Swarm, and Nomad for Nordic infrastructure, focusing on overhead, latency, and the critical role of underlying hardware.
Stop following the hype train. We compare K8s 1.28, Swarm, and Nomad based on raw performance, overhead, and maintenance reality. Learn why underlying hardware latency kills your cluster before the scheduler even wakes up.
Stop following the hype. We benchmark Kubernetes, Docker Swarm, and Nomad on bare-metal performance, complexity, and operational overhead. Learn which orchestrator actually fits your architecture before you burn your budget.
I recently watched a 'secure' cluster get owned in under five minutes due to a default capability. Here is the battle-tested guide to container security, focusing on rootless execution, immutable filesystems, and why hosting jurisdiction in Norway is your last line of defense.
Stop running root in production. A battle-hardened guide to immutable containers, capability dropping, and why the underlying KVM virtualization matters for Norwegian compliance.
Stop following resume-driven development. We benchmark the three major container orchestrators on Norwegian NVMe infrastructure to determine what actually works for production workloads in 2023.
Stop over-engineering your infrastructure. A battle-hardened comparison of K8s, Swarm, and Nomad for Norwegian DevOps teams, focusing on latency, compliance, and raw NVMe performance.
A no-nonsense benchmark of container orchestrators. We dissect the trade-offs between complexity and control, focusing on latency, compliance, and why raw NVMe performance is the only metric that matters for etcd stability.
A battle-hardened comparison of container orchestrators in 2023. We analyze K8s, Swarm, and Nomad based on operational overhead, storage requirements, and Norwegian compliance standards.
Default container configurations are a security liability. We explore rigorous hardening strategies—from dropping capabilities to enforcing read-only filesystems—and explain why the underlying virtualization layer matters for Norwegian compliance.
Move beyond default configurations. This guide covers immutable infrastructure, kernel isolation, supply chain verification, and the specific data sovereignty requirements for hosting in Norway.
A battle-hardened comparison of container orchestrators for Norwegian infrastructure. We dissect latency, complexity, and why your underlying VDS storage speed defines your cluster's stability.
Container isolation is often an illusion. From dropping capabilities to enforcing read-only filesystems, here is how to secure your stack against 2022's threat landscape while keeping Datatilsynet happy.
A battle-hardened comparison of container orchestrators for European DevOps teams. We analyze K8s 1.24 vs. Swarm, the impact of Schrems II on data residency, and why underlying hardware I/O defines cluster stability.
Stop running as root. In the wake of Log4Shell and Schrems II, we dive deep into immutable infrastructure, capability dropping, and why data sovereignty in Norway is your best defense.
Default container configurations are a liability. We dissect the lessons from Log4Shell and Dirty Pipe, covering non-root execution, read-only filesystems, and why KVM isolation on Norwegian soil is your only real defense against kernel exploits.
A brutally honest comparison of container orchestration tools. We analyze complexity, performance, and why your underlying hardware—specifically NVMe storage—dictates cluster stability more than your YAML files.
A battle-hardened comparison of container orchestrators for Norwegian infrastructure. We analyze complexity, Schrems II compliance, and why high-performance storage is the hidden variable in cluster stability.
Containers are not virtual machines. In the wake of Log4Shell, relying on default Docker settings is negligence. Learn how to implement rootless execution, drop kernel capabilities, and why hardware-level isolation at the VPS level is your last line of defense.
The Log4Shell wake-up call proved default configurations are deadly. Learn how to lock down container privileges, enforce read-only filesystems, and ensure GDPR compliance in Norway.
Stop following the hype. We break down the real-world trade-offs of container orchestration on European infrastructure, analyzing complexity, latency, and the specific data sovereignty needs of Norwegian CTOs in 2022.
It's 2022. Do you really need Kubernetes, or is it just resume-driven development? We benchmark orchestration tools on Norwegian infrastructure, focusing on latency, Schrems II compliance, and raw NVMe performance.
The 'Log4Shell' vulnerability exposed the fragility of default container configurations. This guide details strictly technical hardening strategies—from kernel capabilities to network isolation—ensuring your Norwegian infrastructure survives the next zero-day.
Stop blindly deploying Kubernetes. In this deep dive, we compare K8s, Swarm, and Nomad for the Norwegian market, focusing on Schrems II compliance, NVMe I/O requirements for etcd, and why raw compute latency matters more than your YAML config.