Found 170 results for: Container Orchestration
A battle-hardened comparison of container orchestrators. We benchmark Kubernetes, Nomad, and Docker Swarm on Norwegian infrastructure to see which actually delivers uptime without the complexity hangover.
Stop overengineering your infrastructure. We benchmark the operational overhead of Kubernetes, K3s, and Docker Swarm on NVMe VPS to determine what actually makes sense for production workloads in Norway.
A battle-hardened guide to debugging and optimizing K8s networking in 2024. We cover CNI selection, kernel tuning, and why NVMe storage prevents etcd latency spikes in Oslo-based clusters.
Centralized cloud regions in Frankfurt or Stockholm often fail the latency test for Norwegian real-time applications. Learn how to deploy edge nodes using K3s and WireGuard on CoolVDS NVMe instances to keep processing within milliseconds of your users.
Stop over-engineering your infrastructure. We analyze the trade-offs between K8s complexity and pragmatic alternatives like Nomad, specifically for the Norwegian market where data sovereignty and latency matter.
Forget the vendor hype. Here is how to implement serverless patterns using self-hosted FaaS on high-performance infrastructure, keeping your data in Norway and your latency low.
Stop defaulting to Kubernetes. We analyze the trade-offs between K8s complexity and Swarm simplicity, focusing on IOPS, latency, and Norwegian data compliance constraints.
A battle-hardened guide to Kubernetes networking in 2024. We analyze Calico vs. Cilium, debugging DNS latency, and implementing BGP routing on bare-metal VPS infrastructure in Norway.
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.
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.
Stop over-engineering your infrastructure. We benchmark Kubernetes, Docker Swarm, and Nomad on Nordic bare-metal performance, analyzing overhead, latency, and compliance for Norwegian dev teams.
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.
A battle-hardened comparison of container orchestrators in 2023. We analyze overhead, latency sensitivity, and why running etcd on slow storage is a death sentence for your cluster.
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.
Vendor lock-in and egress fees are killing your margins. Learn how to architect a GDPR-compliant hybrid infrastructure using Terraform, WireGuard, and local NVMe storage.
Cloud bills are hitting record highs. We dissect practical strategies to cut infrastructure costs without sacrificing performance, focusing on rightsizing, egress reduction, and the strategic advantage of Norwegian data sovereignty.
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.
Manual server configuration is a liability. Learn how to implement a bulletproof GitOps workflow using Kubernetes, ArgoCD, and Terraform while ensuring GDPR compliance in Norway.
Slow pipelines destroy developer velocity. Learn how to optimize GitLab CI/CD runners using local NVMe storage, proper caching strategies, and KVM isolation to reduce build times by 40% while staying GDPR compliant.
Public cloud serverless functions offer convenience but introduce latency and GDPR nightmares. Here is how to architect high-performance, self-hosted serverless patterns using OpenFaaS and K3s on NVMe infrastructure.
Monitoring tells you the server is up. Observability tells you why the checkout is failing for 5% of users in Oslo. We dissect the technical differences, the PLG stack, and why Norwegian data sovereignty kills the case for US-based SaaS monitoring.
We benchmark the top container orchestrators against the reality of European infrastructure. Learn why raw I/O latency kills clusters faster than bad config, and how to build a GDPR-compliant stack in Norway.
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.
Moving from monolith to microservices often results in a 'distributed monolith' that is harder to debug and slower to run. In this guide, we dissect the architectural patterns that actually work in 2022, focusing on API Gateways, resiliency, and the critical role of underlying infrastructure in the Norwegian market.
Public cloud serverless functions are convenient until the bill arrives or Datatilsynet comes knocking. Learn how to deploy a high-performance, private FaaS architecture using OpenFaaS and K3s on CoolVDS NVMe instances.
Serverless doesn't have to mean AWS Lambda. Learn how to build a GDPR-compliant, high-performance FaaS architecture using OpenFaaS and KVM-based VPS in Norway.
A pragmatic CTO's guide to escaping public cloud vendor lock-in by building a private Serverless platform using Kubernetes and OpenFaaS on high-performance NVMe VPS. Focus on GDPR compliance, cost control, and reducing cold-start latency.
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.
Centralized clouds are failing latency-sensitive applications. We analyze how shifting workloads to the 'Near Edge' in Oslo reduces RTT, ensures GDPR compliance under Schrems II, and cuts bandwidth costs.