Found 688 results for: Rust Servers
A battle-hardened guide to migrating critical databases without losing data or sleep. We cover replication strategies, NVMe I/O requirements, and why the July 2020 Schrems II ruling makes data sovereignty in Norway more critical than ever.
Monitoring tells you the server is dead. Observability tells you why. A deep dive into the 'Three Pillars' stack (Prometheus, ELK, Jaeger) for Norwegian infrastructure, focusing on GDPR compliance and the hardware reality required to run it.
A deep dive into Kubernetes 1.18 networking performance. We tackle CNI selection, IPVS vs. iptables, and why underlying VPS latency in Norway makes or breaks your cluster.
Physics is the ultimate bottleneck. For Norwegian businesses, relying on Frankfurt for real-time processing is a strategic error. This guide explores deploying high-performance edge nodes in Oslo using KVM, WireGuard, and NVMe storage.
Breaking a monolith is easy; keeping 50 microservices alive is war. We break down the infrastructure patterns, from Nginx Ingress tuning to KVM resource isolation, required to run distributed systems in Norway without latency killing your SLOs.
Sharding is the solution of last resort. Before you split your database, understand the architectural trade-offs, consistent hashing algorithms, and why vertical scaling on NVMe might save your engineering team months of pain.
With the Krone weak and hyperscaler bills rising, efficiency is survival. Learn how to cut cloud waste, leverage Norwegian data sovereignty, and optimize your LEMP stack without sacrificing performance.
Is your entire infrastructure dependent on a single US provider? We explore a hybrid strategy using Terraform, WireGuard, and Norwegian data sovereignty to reduce risk and egress costs.
Stop relying on expensive SaaS monitoring. Learn how to deploy a scalable Prometheus and Grafana stack on high-performance NVMe VPS in Norway to detect anomalies before they become outages.
Service Meshes like Istio and Linkerd are powerful, but they aren't free. Learn how to implement mTLS and traffic splitting on Kubernetes 1.18 without destroying your latency budgets, specifically tailored for high-compliance Norwegian environments.
Microservices solve code complexity but introduce network chaos. This guide covers implementing Istio 1.5 on high-performance infrastructure, managing mTLS overhead, and why raw compute power matters for your sidecars.
Is your 'cloud-first' strategy bleeding budget and risking GDPR compliance? We dismantle the hyperscaler hype and show you how to build a robust, low-latency hybrid architecture using Terraform, WireGuard, and high-performance local VPS.
Learn how to build a robust Application Performance Monitoring stack using Prometheus and Grafana on Ubuntu 18.04. Discover why low-level metrics like 'steal time' matter for hosting in Norway.
With remote work surging in Q1 2020, infrastructure bills are spiraling. This guide breaks down actionable strategies to cut cloud bloat, optimize resource allocation, and leverage Norwegian data sovereignty for cost stability.
Latency is the new downtime. We analyze why routing traffic to Frankfurt is killing your app's performance in Norway and how to deploy high-performance edge nodes using 2020's best practices.
Public cloud runners are strangling your deployment velocity. Learn how we cut build times by 60% using self-hosted GitLab Runners on NVMe-backed VPS infrastructure in Norway.
Your build pipeline is the heartbeat of your engineering team. If it's slow, your TTM suffers. We dissect I/O bottlenecks, Docker layer caching, and why hosting your runners on Norwegian NVMe infrastructure matters for GDPR and speed.
Offsite backups are useless if your restoration time exceeds your RTO. A deep dive into compliant, high-speed disaster recovery architectures using KVM and NVMe storage in the Norwegian market.
Stop bleeding money on egress fees. Learn how to deploy a production-ready, S3-compatible object storage layer using MinIO on Kubernetes, optimized for local NVMe performance and Norwegian data sovereignty.
While AWS Lambda and Azure Functions dominate the headlines, pragmatic architects are looking at self-hosted FaaS on high-performance VPS to solve latency and GDPR challenges. Here is how to build it.
Default configurations are killing your API performance. We dive deep into NGINX worker settings, Linux kernel TCP hardening, and why NVMe storage is non-negotiable for high-throughput gateways in 2020.
Cloud functions offer agility, but public cloud bills and latency can kill your project. Learn how to architect a hybrid serverless platform using OpenFaaS and KVM on high-performance infrastructure.
Stop fearing Datatilsynet. Learn how to implement 'Compliance as Code' using Ansible and CIS benchmarks on Norwegian VPS infrastructure to automate your security posture before 2020 hits.
Manual `kubectl` commands are technical debt. Learn how to implement a rigid GitOps workflow using ArgoCD and Kubernetes on high-performance infrastructure.
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.
Is the public cloud's serverless promise a trap? We explore cost-effective, GDPR-compliant serverless patterns using OpenFaaS and KVM on high-performance infrastructure.
Is your AWS bill bleeding you dry? A pragmatic CTO's guide to reducing TCO, optimizing Linux performance, and leveraging Norwegian data sovereignty without the hyperscaler premium.
Manual security audits are a liability. Learn how to automate compliance using Ansible, OpenSCAP, and CIS benchmarks while keeping your data strictly within Norwegian borders.
Latency is revenue lost. In this technical deep-dive, we dismantle the 'black box' of hosting performance, configure Prometheus on Ubuntu 18.04, and expose the hardware realities that kill your response times.
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.