Found 1,040 results for: openvz
Slow builds aren't just annoying; they are a technical debt compounding interest. We dissect how storage I/O bottlenecks choke Jenkins and GitLab runners, and how to architect a high-performance pipeline in Norway using KVM and NVMe.
The castle-and-moat security model is obsolete. Here is how to architect a Zero-Trust environment on VPS infrastructure using mTLS, SSH CAs, and granular segmentation before the next audit hits.
Latency kills conversion. This technical deep-dive covers 2019-era APM strategies, from Nginx log parsing to Prometheus metrics, specifically tailored for Nordic infrastructure and GDPR compliance.
Manual `kubectl` commands are technical debt. Learn how to implement a rigid GitOps workflow using ArgoCD and Kubernetes on high-performance infrastructure.
Stop paying the 'cloud tax' for serverless. Learn how to architect a private Functions-as-a-Service (FaaS) platform using OpenFaaS and Docker on high-performance NVMe KVM instances. Keep your data in Norway, your latency low, and your costs predictable.
It is Q4 2019, and the promise of 'cheaper cloud' has largely failed for high-traffic enterprises. This guide explores technical strategies to slash hosting overhead, from kernel-level tuning to leveraging Norwegian data sovereignty for GDPR compliance.
Is your deployment pipeline bleeding money? Learn how to slash build times by 60% using self-hosted runners, kernel tuning, and high-performance infrastructure in Norway.
Your API Gateway is likely the bottleneck. We dissect kernel-level tuning, Nginx upstream keepalives, and TLS 1.3 optimization to shave milliseconds off your p99 latency.
Your developers are waiting on builds, not writing code. We dissect the hidden I/O latencies destroying your pipeline performance and how to fix them using KVM, NVMe, and proper caching strategies.
Microservices solve scalability but introduce networking nightmares. Learn how to deploy Istio v1.3 for traffic management and mTLS security on bare-metal KVM infrastructure, specifically tailored for Norwegian data privacy standards.
Is your API Gateway choking under load? A deep dive into Linux kernel tuning, Nginx optimization, and the critical role of NVMe hardware in reducing latency.
Manual server hardening is a liability. Learn how to automate security compliance using Ansible and OpenSCAP on Norwegian infrastructure to satisfy Datatilsynet without slowing down development.
A battle-hardened comparison of container orchestrators. We strip away the hype to look at operational complexity, latency requirements, and why running K8s on cheap storage is a death sentence for your control plane.
Latency isn't just a metric; it's a business killer. Learn how to tune the Linux kernel and Nginx for high-throughput API gateways, avoiding the 'noisy neighbor' trap common in shared cloud environments.
Moving from monolith to microservices isn't just about Docker containers; it's about surviving network latency and data consistency. Here is a battle-hardened guide to architecture patterns that actually work in 2019.
It's late 2019, and if you are still relying on standard kube-proxy for network security, you are doing it wrong. We dive deep into implementing Cilium Network Policies to replace legacy iptables lists with high-performance eBPF, ensuring your Norwegian workloads stay compliant and fast.
A battle-hardened guide to CNI selection, IPVS tuning, and ingress strategies for Kubernetes clusters in 2019. Learn why underlying infrastructure matters for latency.
Breaking the monolith without breaking production. We analyze the API Gateway, Circuit Breaker, and Service Discovery patterns that actually scale on KVM infrastructure in 2019.
Serverless doesn't mean no servers; it means someone else's servers are billing you by the millisecond. We explore how to build a compliant, low-latency FaaS architecture in Norway using OpenFaaS and NVMe-backed VPS, bypassing the public cloud tax.
Microservices solve scaling but break networking. Learn how to deploy Istio 1.3 without destroying your latency budgets, and why underlying hardware choice determines mesh stability.
Stop building distributed monoliths. We dissect the actual architecture patterns—from API Gateways to Circuit Breakers—that survive production traffic, with a focus on Norwegian infrastructure reality.
Backups are not a strategy; they are just files. This guide tears down the myths of DR, covering RTO/RPO enforcement, specific MySQL replication tactics, and why Norway's data sovereignty laws demand more than just an S3 bucket.
Kubernetes networking is leaky abstraction hell. We dissect CNI choices, IPVS vs. iptables, and why underlying infrastructure latency makes or breaks your mesh in Norway.
Most DevOps engineers blame the CPU for slow builds, but the real bottleneck is often disk I/O. Learn how to optimize GitLab runners and Jenkins nodes using NVMe storage and proper caching strategies in a Norwegian infrastructure context.
It is late 2019. The orchestration wars are settling, but the infrastructure battle is just beginning. We benchmark K8s complexity against Swarm simplicity on Norwegian NVMe VPS infrastructure.
Manual deployments are destroying your uptime. Here is a battle-tested guide to implementing GitOps with Flux and Kubernetes, specifically tailored for Norwegian infrastructure requirements.
Comparison of container orchestrators for Norwegian DevOps teams. We analyze K8s vs Swarm, the impact of storage I/O on etcd stability, and why raw metal performance matters more than your YAML files.
Monitoring tells you the server is down. Observability tells you why the API latency spiked only for users in Bergen. A deep dive for DevOps moving beyond Nagios.
The perimeter is dead. Learn how to implement a true Zero-Trust architecture using mTLS, SSH CAs, and granular iptables on Linux servers, ensuring compliance with strict Norwegian data standards.
Iptables is choking your throughput. Learn how to use eBPF and XDP to process packets at the driver level, bypass the kernel stack, and secure your CoolVDS infrastructure against DDoS attacks with zero overhead.