Found 295 results for: worklo
Stop gambling with 'burstable' RAM and noisy neighbors. We break down why Kernel-based Virtual Machine (KVM) provides the isolation and raw I/O performance required for high-traffic Norwegian workloads.
Tired of fighting for CPU cycles in oversold containers? We explore why Kernel-based Virtual Machine (KVM) is the superior choice for production workloads in Norway, offering true isolation and kernel-level control.
As we approach 2010, the 'Cloud' is shifting from buzzword to infrastructure requirement. We analyze the TCO of storage, the risks of the US Patriot Act, and why local 15k SAS arrays beat remote SANs for Norwegian workloads.
Stop letting noisy neighbors kill your database performance. We explore why Kernel-based Virtual Machine (KVM) is superior to containerization for production workloads in 2009.
Tired of your MySQL process dying due to 'noisy neighbors'? We dismantle the OpenVZ overselling trap and explain why KVM is the only serious choice for production workloads in 2009.
Discover why Firecracker MicroVMs are changing the serverless landscape with sub-second boot times.
Practical tips to reduce your cloud infrastructure costs without sacrificing performance.
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.
With the GDPR deadline looming and IoT exploding, relying on centralized data centers in Frankfurt is no longer viable. Here is how to architect low-latency edge nodes in Norway using KVM and Nginx.
With the GDPR deadline looming and CPU vulnerabilities exposing shared kernels, reliable container orchestration requires more than just 'docker run'. We analyze kernel isolation, capabilities dropping, and why KVM-backed VPS infrastructure is the only safe harbor for Norwegian data.
Database migrations are where careers go to die. Learn the master-slave replication strategy using MySQL 5.7 and Percona XtraBackup to migrate terabytes of data with minimal downtime, while navigating the upcoming GDPR requirements.
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.
Your application isn't slow; your visibility is zero. In this guide, we strip away the marketing fluff and build a battle-tested monitoring stack using Prometheus and Grafana on Ubuntu 16.04, ensuring your Norwegian infrastructure survives the GDPR enforcement deadline.
Is your monitoring strategy just Nagios screaming at you? It's time to modernize. We dive deep into Prometheus 2.0, Grafana, and why underlying hardware integrity on your VPS is the root of all metrics.
A battle-hardened guide to optimizing Kubernetes 1.9 networking. We explore CNI choices, enabling IPVS mode, and why low-latency NVMe storage in Norway is critical for etcd stability.
With the May 2018 GDPR enforcement deadline approaching, manual security hardening is a liability. Learn how to automate compliance audits and server hardening on Ubuntu 16.04 using Ansible and OpenSCAP, ensuring your infrastructure satisfies Datatilsynet requirements.
It is January 2018. Security patches are eating your CPU, and the GDPR deadline is looming. Here is a battle-tested guide to APM, specifically tailored for Norwegian infrastructure and high-performance KVM environments.
With GDPR enforcement looming and IoT data volumes exploding, the centralized cloud is failing us on latency. Here is how to architect high-performance edge nodes in Norway using proven Linux tools.
Your 20-minute build time isn't a code problem; it's an infrastructure failure. We analyze disk wait times, Docker layer caching, and why NVMe storage is mandatory for serious DevOps in Norway.
With GDPR enforcement looming in May, relying solely on US-based hyperscalers is a risk. Here is how to architect a hybrid setup using Terraform and StrongSwan to keep sensitive data in Norway.
Vendor lock-in is the silent killer of agility. With GDPR enforcement looming in 2018, reliance on a single US provider is a strategic risk. Here is how to architect a hybrid solution using KVM, HAProxy, and Terraform.
Microservices solve code complexity but introduce network chaos. This guide dissects how to deploy Linkerd as a Service Mesh on Kubernetes 1.6 to handle circuit breaking and discovery, ensuring your Nordic infrastructure survives high concurrency.
Moving from a monolithic architecture to microservices is dangerous if you don't manage the complexity. We explore the API Gateway pattern, Service Discovery with Consul, and why low-latency infrastructure in Norway is critical for distributed systems.
It is May 2017. The container wars are raging. We benchmark Kubernetes 1.6 against Docker Swarm Mode to see which orchestrator offers the best balance of sanity, performance, and persistence on Norwegian infrastructure.
Google and IBM just dropped Istio, changing the microservices game. We dive into the sidecar pattern, analyze the resource overhead for your VPS, and show you how to deploy this alpha release on CoolVDS infrastructure.
Is your Jenkins pipeline crawling? Stop optimizing code and start looking at I/O wait. A deep dive into tuning Linux, Docker, and hardware for DevOps in Norway.
It is May 2017. Your Nagios dashboard says everything is fine, but customers are screaming on Twitter. Here is why traditional monitoring is dead, and how to build an observability stack on Norwegian infrastructure.
While the cloud centralizes, performance demands decentralization. Explore how deploying KVM VPS nodes in Oslo solves latency issues for IoT and prepares infrastructure for the looming GDPR enforcement.
Forget AWS Lambda cold starts and unpredictable billing. Learn how to architect a latency-crushing, private FaaS cluster using Docker Swarm and OpenFaaS on CoolVDS NVMe instances in Oslo. Total control, zero lock-in.
The perimeter is dead. With GDPR enforcement looming and sophisticated threats bypassing traditional firewalls, relying on a VPN is no longer enough. Here is how to architect a Zero-Trust environment using standard Linux tools on high-performance KVM architecture.