All articles tagged with "performance"
Is your `npm run build` taking long enough for a coffee break? We benchmark Turbopack against Webpack 5 on high-frequency NVMe infrastructure. Learn how to cut build times by 70% using Next.js 15 and Rust-based tooling hosted on Norwegian soil.
A battle-tested guide to architecting resilient monitoring stacks using Prometheus, Grafana, and eBPF. Learn how to handle high-cardinality metrics without melting your disk I/O, specifically tailored for Norwegian compliance and high-performance VPS environments.
A battle-hardened guide to debugging Kubernetes network performance. We analyze the cost of VXLAN, replace iptables with eBPF, and configure bare-metal performance on KVM instances in Oslo.
Stop watching progress bars. A battle-hardened guide to slashing build times, optimizing Docker layer caching, and leveraging Norwegian NVMe infrastructure for sub-minute deployments.
Escape the 'Serverless' billing trap and cold-start latency. Learn how to deploy a self-hosted event-driven architecture using K3s and OpenFaaS on CoolVDS infrastructure in Oslo, ensuring GDPR compliance and predictable costs.
Stop debugging random latency spikes. A deep dive into modern K8s networking layers, selecting the right CNI, and why underlying hardware IOPS matter more than your mesh config.
A no-nonsense guide to microservices patterns that actually work in production. We cut through the hype to discuss API Gateways, Circuit Breakers, and why hosting location (Oslo) dictates your failure rate.
Sidecars are dead. Long live the Mesh. Learn how to deploy Istio Ambient Mesh on bare-metal performance infrastructure to solve the 'microservices tax' without bankrupting your CPU budget.
Slow pipelines destroy developer flow. Learn how to cut build times by 60% using self-hosted runners, aggressive Docker caching, and NVMe infrastructure in Oslo. A guide for the impatient DevOps engineer.
Stop blaming the network. Your API Gateway configuration is likely the bottleneck. We dive into Linux kernel tuning, upstream keepalives, and why specific hardware allocation matters for 99th percentile latency in high-traffic Nordic deployments.
SaaS runners are killing your deployment velocity. Learn how to cut build times by 60% using self-hosted runners, Docker BuildKit caching, and high-performance NVMe infrastructure located in Oslo.
Stop defaulting to vanilla Kubernetes. We benchmark K8s, K3s, and Nomad on Norwegian VPS infrastructure to define what actually delivers ROI in 2025.
Stop blaming DNS. This guide dissects packet flow, CNI encapsulation overhead, and why switching to eBPF on high-performance VDS is non-negotiable for Norwegian production clusters.
In 2025, a 200ms delay is a failure. Learn how to tune Nginx and Traefik for high-throughput environments, optimize Linux kernel parameters for massive concurrency, and why hardware isolation matters more than your code.
A battle-hardened guide to solving K8s networking bottlenecks. We dissect CNI choices, eBPF optimization, and kernel tuning for production clusters in Norway, ensuring your microservices don't choke on packet encapsulation.
Stop building distributed monoliths. A battle-hardened DevOps guide to microservices patterns that actually work, focusing on latency, data residency in Norway, and the infrastructure required to run them.
Stop optimizing for averages. This guide covers deep kernel-level tuning, Nginx optimization, and the specific infrastructure requirements needed to eliminate latency spikes in 2025.
CPU usage tells you nothing about why your checkout page is slow. This guide details setting up OpenTelemetry, Prometheus, and Grafana on a Norwegian VPS to detect sub-millisecond latency spikes and ensure GDPR compliance.
High latency at the edge kills user experience. Learn advanced kernel tuning, SSL offloading strategies, and why underlying hardware architecture dictates your API gateway's true throughput.
Uptime is a vanity metric. Learn how to implement high-cardinality observability using Prometheus and Grafana, ensuring GDPR compliance in Norway while eliminating 'noisy neighbor' blindness.
Waiting 20 minutes for a deployment pipeline to finish isn't just annoying; it kills developer momentum. We dissect the hidden bottlenecks in CI/CD—from I/O wait times to network latency—and show you how to slash build times using self-hosted runners in Oslo.
Stop waiting 20 minutes for deployments. A battle-hardened guide to cutting build times using Docker layer caching, tmpfs optimization, and local Norwegian NVMe infrastructure.
Most API bottlenecks aren't in your code; they are in your TCP stack. A deep dive into kernel tuning, NGINX worker optimization, and why underlying hardware latency dictates your success in the Nordic market.
Standard logs won't save you when production melts down. Learn how to build a GDPR-compliant, self-hosted observability stack using Prometheus, Grafana, and eBPF on bare-metal capable VPS architecture.
A battle-hardened guide to debugging K8s packet flows, choosing the right CNI in 2024, and understanding why underlying hardware defines your cluster's true latency.
A battle-hardened comparison of container orchestration tools for 2024. We analyze performance overhead, etcd latency requirements, and why running K3s on NVMe-backed VDS in Norway might be your superior alternative to hyperscaler managed K8s.
Stop watching the progress bar. We analyze how disk I/O and network latency strangle CI/CD performance and how to cut build times by 60% using proper caching strategies and NVMe-backed runners.
Shared CI/CD runners are the silent killer of developer productivity. Learn how to cut build times by 60% using self-hosted runners, aggressive caching strategies, and raw NVMe power in Norway.
Is your deployment pipeline bleeding time and money? We analyze how local self-hosted runners, NVMe storage, and Docker layer caching can cut build times by 60% for Norwegian engineering teams.
CPU usage tells you nothing about user experience. Learn how to implement a robust OpenTelemetry stack, debug latency in the Norwegian market, and why infrastructure choice dictates observability success.