Found 916 results for: Microservices
The promise of 'pay-as-you-go' has morphed into 'pay-forever'. Discover battle-tested strategies to slash infrastructure costs by 40% using rightsizing, IOPS analysis, and strategic data localization in Norway.
Perimeter security is dead. Learn how to implement a true Zero-Trust model using WireGuard, mTLS, and SSH Certified Authorities on KVM infrastructure in Norway.
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.
The 'Castle and Moat' security model is dead. Learn how to implement true Zero-Trust principles using Nginx mTLS, WireGuard, and nftables to secure your Norwegian VPS infrastructure against lateral movement.
A pragmatic guide for European CTOs on escaping the hyperscaler tax in 2023. We analyze CPU steal, optimize Kubernetes resource limits, and leverage Norwegian NVMe infrastructure to stabilize budgets and ensure GDPR 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.
Stop SSH-ing into production. This guide details a battle-tested GitOps workflow using ArgoCD and Kubernetes, tailored for Norway's strict data compliance landscape and high-availability requirements.
Manual deployments are professional negligence. We break down a battle-tested GitOps pipeline using ArgoCD and Kubernetes, specifically optimized for Norwegian data compliance and high-performance NVMe infrastructure.
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.
Multi-cloud isn't just a buzzword; in post-Schrems II Europe, it's a survival tactic. Learn how to architect a hybrid setup using Terraform, WireGuard, and Norwegian infrastructure to cut costs and ensure compliance.
Monitoring tells you the server is online. Observability tells you why the checkout API is failing for users in Bergen. In this deep dive, we move beyond simple uptime checks to implement full-stack observability using OpenTelemetry, Prometheus, and Grafana on high-performance infrastructure.
Stop relying on US-based SaaS for observability. Learn how to build a GDPR-compliant, low-latency monitoring stack with Prometheus and Grafana on Norwegian infrastructure.
Is your deployment pipeline the bottleneck in your development lifecycle? Learn how to slash build times by 60% using KVM-isolated runners, NVMe storage, and proper caching strategies.
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.
Networking is the silent killer of Kubernetes clusters. This guide dissects CNI choices, eBPF performance, and CoreDNS tuning specifically for Norwegian infrastructure, ensuring your packets don't get lost in the overlay.
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.
Deploying Istio or Linkerd isn't just about YAML; it's about hardware stability. Learn how to implement mTLS and observability without tanking your latency.
CPU usage tells you nothing about why your request timed out. We dive deep into the Golden Signals, Prometheus setups, and why local NVMe storage is the only variable you can't mock.
Why Norwegian CTOs are shifting from public cloud functions to self-hosted architectures like OpenFaaS on NVMe VDS to tackle Schrems II compliance and eliminate cold-start latency.
Default configurations are the silent killers of API latency. We explore kernel-level tuning, Nginx worker affinity, and TCP stack optimizations to handle 10k+ RPS, specifically tailored for the Norwegian infrastructure landscape.
With the USD/NOK exchange rate volatile and energy prices soaring, the 'pay-as-you-go' model is becoming a liability. Here is a pragmatic technical guide to cutting cloud overhead without sacrificing IOPS or compliance.
Stop blaming your backend code for 504 errors. We dissect the kernel-level bottlenecks and Nginx configurations causing latency spikes, specifically tailored for Norwegian infrastructure constraints.
Container isolation is a myth if your config is lazy. Learn how to harden Docker and Kubernetes workloads against breakout attacks while satisfying Datatilsynet requirements.
Latency kills conversion. We dive deep into kernel-level optimizations, NGINX tuning, and why hardware locality in Norway matters for API performance.
Stop relying on manual 'kubectl apply'. Learn how to architect resilient, compliant GitOps pipelines using ArgoCD and high-performance KVM infrastructure in the post-Schrems II era.
Monitoring tells you the server is down. Observability tells you why the database locked up. In this deep dive, we explore the distinct architectural differences, implement a 2022-ready OpenTelemetry stack, and discuss why high-cardinality data demands the NVMe performance found in CoolVDS instances.
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.
A battle-hardened look at K8s networking in 2022. We dissect CNI choices, fix MTU fragmentation issues, and explain why underlying infrastructure defines your cluster's stability.