Found 916 results for: Microservices
Stop over-engineering. We benchmark Docker Swarm, K3s, and K8s on Norwegian infrastructure to find the balance between complexity and performance. A battle-hardened guide to avoiding orchestration hell.
Manual deployments are a ticking time bomb. This guide dissects a battle-tested GitOps workflow using ArgoCD and KVM isolation, specifically tailored for Norwegian infrastructure compliance.
Default configurations are the silent killers of API performance. We dissect the Linux kernel and Nginx parameters required to achieve sub-millisecond response times, ensuring your Norwegian infrastructure handles high concurrency without choking.
Default configurations are the enemy of performance. We dive into kernel tuning, NGINX upstream keepalives, and the hardware reality required for low-latency API delivery in Norway.
Default configurations are the silent killers of throughput. This guide bypasses the fluff to deliver raw kernel tuning, NGINX optimization strategies, and infrastructure decisions required to handle high-concurrency API traffic in the Nordic region.
Manual deployments are a liability. Learn how to architect a robust GitOps workflow using ArgoCD and Kubernetes, tailored for Norwegian compliance standards and high-performance infrastructure.
Manual deployments are a liability. Learn how to implement a bulletproof GitOps workflow using ArgoCD and Kustomize, specifically tailored for European compliance and high-performance infrastructure.
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.
A battle-hardened comparison of container orchestration tools for Nordic DevOps teams. We analyze overhead, complexity, and latency requirements strictly for late 2023 infrastructure.
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.
Stop blaming your code for slow builds. We dissect how I/O wait and CPU steal time on cheap VPS providers strangle your DevOps agility, and how to fix it with proper KVM isolation and NVMe storage in the Norwegian market.
Stop relying on expensive US-based SaaS for observability. Learn how to deploy a high-performance, self-hosted OpenTelemetry stack on NVMe storage to keep your metrics granular and your data inside Norway.
Escape the public cloud billing trap. Learn how to deploy self-hosted Serverless architectures using K3s and OpenFaaS on high-performance NVMe VDS, ensuring GDPR compliance and sub-millisecond latency within Norway.
Escape the hyperscaler tax and GDPR headaches. A battle-hardened guide to deploying OpenFaaS on K3s using CoolVDS NVMe instances. Achieve sub-millisecond latency without the vendor lock-in.
Stop blaming your backend code for slow APIs. A battle-hardened guide to Linux kernel tuning, NGINX optimization, and the hardware requirements for high-throughput gateways in 2023.
Most developers confuse 'monitoring' with 'observability'. In this guide, we dismantle standard APM misconceptions, build a Prometheus/Grafana stack from scratch, and explain why underlying hardware isolation (KVM) is critical for accurate metrics in 2023.
A deep dive into CNI selection, eBPF optimization, and handling latency sensitive workloads in Norway. Learn why the physical layer still dictates your cluster's fate.
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.
Monitoring tells you the server is online. Observability tells you why the database query timed out only for users in Bergen. A deep dive into OpenTelemetry, high-cardinality data, and why local NVMe storage matters for your telemetry stack.
Default Kubernetes networking is a bottleneck waiting to happen. We dissect CNI choices, eBPF performance, and kernel tuning to lower latency for Norwegian workloads.
A battle-hardened guide to tuning Kubernetes CNIs, leveraging eBPF, and solving infrastructure bottlenecks. We cut through the noise to minimize latency and ensure compliance in Norway.
A battle-hardened look at K8s networking in 2023. We strip away the abstraction magic to discuss CNI performance, the limits of iptables, and why underlying hardware latency dictates your cluster's fate.
The castle-and-moat security model is dead. In this guide, we dismantle the perimeter and build a true Zero-Trust environment using mTLS, WireGuard, and strict identity governance on Norwegian infrastructure.
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.
Perimeter security is a hallucination. In this deep dive, we dismantle the traditional VPN model and build a Zero-Trust architecture using WireGuard, mTLS, and SSH certificates, specifically tailored for GDPR-compliant deployments in the Nordic region.
Stop manually editing YAML in production. This guide details a battle-tested GitOps workflow using ArgoCD and Kustomize, tailored for Norwegian infrastructure requirements and GDPR compliance.
Default API gateway configurations are bottlenecks waiting to happen. We dive deep into kernel tuning, upstream keepalives, and hardware selection to drop latency below 10ms.
Most default container configurations are vulnerable by design. From rootless execution to syscall filtering, here is the battle-hardened guide to securing your workloads on Norwegian infrastructure.
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.