Found 1,922 results for: fast de
Packet drops, CNI conflicts, and iptables hell. A senior architect's guide to debugging Kubernetes 1.12 networking layers and why your underlying VPS infrastructure might be the bottleneck.
Cloud vendor lock-in is the silent killer of IT budgets. This guide details how to architect a compliant, low-latency hybrid infrastructure combining local Nordic VPS resources with global cloud reach, strictly adhering to 2018 GDPR standards.
Moving to microservices? Don't trade code complexity for operational insanity. We cover the API Gateway, Circuit Breakers, and why NVMe storage is non-negotiable for distributed systems in 2018.
Is the public cloud's 'serverless' promise really worth the latency tax? We explore self-hosted serverless patterns using OpenFaaS and Kubernetes on high-performance VPS infrastructure, tailored for Norwegian data sovereignty.
Is your application slow or is the network choking? Learn how to diagnose bottlenecks using Prometheus, Nginx custom logging, and Linux system tools. We dive deep into the USE method and explain why NVMe I/O is critical for performance.
Moving from monolith to microservices introduces complexity. We explore battle-tested patterns like API Gateways, Circuit Breakers, and Service Discovery using NGINX and Consul, specifically tailored for the Norwegian hosting landscape.
Migrating a live production database without triggering a maintenance page is the ultimate stress test. We break down the master-slave replication strategy, NVMe I/O requirements, and Norwegian data sovereignty compliance for 2018.
Stop watching progress bars. We dissect I/O bottlenecks, network latency, and GDPR compliance in CI/CD pipelines, showing why your infrastructure choice matters more than your Jenkinsfile.
Latency is the new downtime. We dissect why deploying KVM instances locally in Norway is critical for IoT and GDPR compliance, featuring practical Nginx, MQTT, and kernel tuning examples.
Passive monitoring is dead. In the wake of GDPR and microservices, learn how to implement active time-series monitoring using Prometheus and Grafana on KVM-based infrastructure.
Slow builds are a developer retention killer. We dissect how I/O bottlenecks and latency impact your pipeline, and how to fix them using Docker multi-stage builds, NVMe storage, and proper caching strategies.
It is 2018, and Nagios checks are no longer enough. We dissect the critical shift from monitoring (is it up?) to observability (why is it slow?), focusing on the ELK stack, Prometheus, and the I/O demands of high-fidelity logging in a post-GDPR world.
Centralized cloud regions in Frankfurt or Dublin are no longer sufficient for real-time applications in Norway. We explore how deploying high-performance NVMe edge nodes resolves latency bottlenecks and GDPR data residency headaches.
It is July 2018. Everyone wants Kubernetes, but few need the headache. We benchmark the big three orchestrators against the reality of latency, GDPR, and disk I/O.
Sharding is complex, expensive, and necessary when vertical scaling fails. Learn how to implement horizontal partitioning strategies using MySQL and PostgreSQL without breaking GDPR compliance.
With GDPR now enforced and public cloud costs spiraling, the "pay-as-you-go" myth is busting budgets across Norway. Here is a pragmatic architectural guide to cutting hosting costs by 40% without sacrificing IOPS or compliance.
Hit the ceiling on your vertical scale? We dissect application-level sharding, ProxySQL middleware, and GDPR-compliant geo-partitioning to save your high-write infrastructure.
With the May 25th deadline days away, we analyze why off-site backups in the US might violate Norwegian data laws and provide a technical guide to building a compliant, low-latency DR plan on CoolVDS NVMe instances.
With the GDPR deadline weeks away, running containers as root is no longer just bad practice—it's a liability. Here is the battle-hardened guide to locking down Docker on KVM infrastructure.
With the GDPR deadline looming just one month away, slow deployment pipelines are a liability. We analyze how disk I/O bottlenecks kill Docker builds and how to fix them using GitLab CI, layer caching, and NVMe-backed infrastructure in Oslo.
April 2018 is the turning point. Stop manual 'kubectl apply' madness. We implement a strict GitOps workflow using GitLab CI and Kubernetes 1.10 on high-performance NVMe VPS infrastructure in Norway.
Spectre and Meltdown patches have hit CPU performance hard. Here is how we tune Nginx and the Linux kernel to reclaim lost speed on high-throughput API gateways, specifically for Norwegian infrastructure.
Moving from monolith to microservices isn't just about code—it's an infrastructure war. Learn the battle-tested patterns, Nginx configurations, and KVM strategies needed to keep latency low and uptime high in the Norwegian market.
It is 2018. Logs are not enough. Learn how to implement real APM with Nginx, MySQL, and Prometheus to solve the 'it feels slow' problem before the May GDPR deadline hits.
Microservices are creating chaos in production environments. Learn how to implement a Service Mesh using Linkerd and Kubernetes 1.9 to regain observability and reliability, without sacrificing performance on Norwegian infrastructure.
A battle-hardened guide to migrating MySQL 5.7 and PostgreSQL workloads without melting your servers or your uptime. Features master-slave replication tactics, NIX peering insights, and GDPR-ready infrastructure.
It is May 2017, and the industry is screaming about FaaS. But for serious Norwegian DevOps, AWS Lambda's latency and lock-in are deal-breakers. Here is how to build serverless architectures on your own terms using Docker, RabbitMQ, and high-performance NVMe VPS.
Stop watching your build queue pile up. We dissect how 'noisy neighbors' on cheap VPS hosting destroy build times and provide a battle-hardened guide to optimizing pipelines using Docker, caching strategies, and NVMe infrastructure.
Is Serverless the end of the VPS? Unlikely. We dissect the hype, analyze the latency penalties for Nordic users, and demonstrate how to build a hybrid event-driven architecture using Docker Swarm and high-performance KVM instances.
The cloud promise was simple: pay only for what you use. The reality? You are paying for zombie instances, unattached storage, and hidden bandwidth fees. Here is a pragmatic guide to cutting infrastructure costs by 40% without sacrificing performance.