Found 433 results for: apache
Stop relying on basic ping checks. Learn to architect a scalable monitoring stack using Zabbix 3.0 and ELK on CentOS 7 to visualize real-time I/O bottlenecks and keep your data within Norwegian borders.
Stop relying on 'it feels slow' complaints. Learn how to architect a modern monitoring stack using ELK and Grafana to visualize latency, debug I/O bottlenecks, and secure data within Norwegian borders.
Is your monthly cloud bill spiraling out of control? Discover practical, 2016-era strategies to slash infrastructure costs by leveraging KVM virtualization, NVMe storage, and Norwegian data sovereignty.
Cloud elasticity is often a pricing trap. We analyze how moving from public cloud giants to high-performance KVM instances like CoolVDS, combined with PHP 7 and Nginx tuning, can slash hosting costs by 40% while satisfying Norwegian data residency requirements.
In 2016, binary 'up/down' checks are insufficient. Learn how to move from basic monitoring to deep system introspection using ELK stack and high-IOPS infrastructure in Norway.
Kubernetes 1.1 networking is notoriously complex. We dissect the packet flow, compare Flannel vs. Weave, and explain why your underlying virtualization choice dictates performance.
It is February 2016. Docker is everywhere, but managing it at scale is a nightmare. We benchmark Docker Swarm, Kubernetes, and Mesos to find the best fit for Nordic infrastructure.
Stop waking up at 3 AM for false positives. A battle-tested guide to architecting a monitoring stack that handles massive throughput using Zabbix, Logstash, and high-IOPS NVMe storage.
It is 2016. If you are still relying on Nagios checks to tell you your infrastructure is healthy, you are flying blind. We dissect the critical shift from passive monitoring to active observability using ELK, StatsD, and NVMe-backed architecture.
Safe Harbor is dead and hardware fails. Here is a battle-tested guide to surviving server outages using Master-Slave replication and local Norwegian infrastructure.
A battle-hardened comparison of container orchestration tools available in early 2016. We analyze Kubernetes 1.1, Docker Swarm, and Mesos, focusing on infrastructure requirements, Safe Harbor compliance, and deploying on KVM-based VPS in Norway.
With the recent invalidation of Safe Harbor, hosting data outside Europe is a liability. Here is how to build a robust monitoring stack on Norwegian KVM infrastructure using ELK and system metrics, ensuring performance and compliance.
In a post-Safe Harbor world, hosting APIs in Norway isn't just about compliance; it's about raw performance. We dissect the Linux kernel and Nginx configuration required to handle 10k+ concurrent connections without choking.
It is December 2015. The Safe Harbor agreement is dead. Your servers are taking traffic. If you are still relying on simple ping checks, you are flying blind. Here is how to architect a monitoring stack that actually scales.
The container ecosystem in late 2015 is a battlefield. We benchmark Docker Swarm against the newly released Kubernetes 1.1 to determine which tool belongs on your production servers in Norway.
Docker 1.9 just changed the game, but managing containers at scale is still a battlefield. We pit Kubernetes 1.1 against Swarm and Mesos to find the best stack for Norwegian infrastructure post-Safe Harbor.
Is it a code memory leak or just oversold hosting? We break down the ELK stack, CPU steal time, and why the recent Safe Harbor ruling makes hosting in Oslo critical for performance and compliance.
With the recent Safe Harbor invalidation, knowing where your data lives is as critical as knowing if your server is up. We explore moving from basic monitoring to deep system introspection using ELK and Graphite on high-performance Norwegian infrastructure.
With the recent invalidation of the Safe Harbor agreement, relying on US-based clouds is risky. Here is how to build a compliant, high-performance edge layer in Norway using Varnish, Nginx, and bare-metal performance.
With the Safe Harbor framework crumbling and Datatilsynet watching, manual security is a liability. Learn how to automate compliance using Ansible and KVM isolation on CoolVDS.
Uptime isn't enough. Discover how to diagnose high latency, banish I/O wait time, and why KVM virtualization is non-negotiable for serious Norwegian DevOps teams.
Is your monthly infrastructure bill scaling faster than your user base? We dissect the hidden costs of public cloud over-provisioning versus high-performance KVM architectures in the Norwegian market.
The 'castle and moat' security strategy is failing. We explore how to implement Google's BeyondCorp-style Zero-Trust architecture using KVM, SSH keys, and rigorous segmentation on Norwegian infrastructure.
Cloud elasticity often masks inefficient architecture. Learn how to cut hosting costs by 40% using KVM rightsizing, Nginx tuning, and leveraging Norwegian connectivity for lower latency.
Managing containers across multiple nodes is the new infrastructure nightmare. We break down the current state of Docker Swarm, Kubernetes 1.0, and Mesos, and why your underlying hardware determines who wins.
Docker is great, but running it in production is a battlefield. We benchmark Kubernetes v1.0, Docker Swarm, and Mesos on high-performance KVM slices to see which orchestrator actually survives real-world traffic.
Manual security audits are a liability. Learn how to automate compliance using OpenSCAP and Ansible on CentOS 7, ensuring your infrastructure meets Datatilsynet standards while keeping data strictly within Norwegian borders.
Docker is taking over the world, but running it in production is a battlefield. We benchmark the three leading orchestration contenders—Kubernetes, Mesos/Marathon, and Docker Swarm—and analyze why your underlying VPS architecture decides who wins.
Moving from a LAMP stack to microservices isn't just about Docker—it's about network architecture. We explore API Gateways, service isolation, and why latency within the Oslo stack matters more than you think.
The 'Docker run' honeymoon is over. We break down the current state of multi-host container orchestration, comparing Kubernetes, Docker Swarm, and Mesos for production environments in Norway.