All articles tagged with ["KVM"
It's 2014, and the buzz is all about PaaS and BaaS. But for serious scaling in Norway, relying on US-hosted 'serverless' platforms is a latency trap. Learn how to build your own high-performance worker clusters using Redis, Celery, and KVM.
With Docker entering the scene and OpenVZ overselling rampant, how do you architect a stable hosting environment in Norway? We compare LXC, OpenVZ, and KVM strategies for the pragmatist.
Before you scale your infrastructure, you must master the network layer. We dive deep into Linux bridging, VLAN tagging, and iptables routing for secure, multi-node environments on CentOS 6 and Ubuntu 12.04.
A deep dive into optimizing virtual network throughput using Linux bridging, virtio, and VLAN tagging for high-performance clusters in the Nordic region.
Forget fragile single-server setups. Learn how to architect a fault-tolerant private network using Open vSwitch, HAProxy, and Linux bridging on KVM infrastructure. A deep dive for systems engineers targeting the Norwegian market.
OpenVZ overselling is destroying your database performance. We explore why Kernel-based Virtual Machine (KVM) is the production standard for Norway's high-traffic sites, covering I/O tuning, kernel isolation, and true resource dedication on CentOS 6.
Tired of unpredictable 'steal time' and shared kernel limitations? We dive deep into why KVM is the superior choice for serious systems administration in 2012, comparing kernel isolation, I/O performance, and the importance of dedicated resources for Norwegian businesses.
Stop letting 'noisy neighbors' kill your application performance. We dive deep into the architecture of KVM virtualization, CPU steal time, and why real hardware isolation is critical for Norwegian enterprises.
Stop letting noisy neighbors steal your CPU cycles. We benchmark KVM performance, optimize the Linux I/O scheduler for SSDs, and explain why hardware virtualization is the only compliant choice for Norwegian businesses.
Tired of your server crawling because another user on the node decided to compile a kernel? We dive deep into why KVM architectural isolation beats OpenVZ/Virtuozzo for serious workloads in 2012.
Tired of unpredictable latency on budget VPS hosts? We dive deep into the KVM vs. OpenVZ architecture, benchmark disk I/O on Enterprise SSDs, and explain why full kernel virtualization is critical for mission-critical deployments in Norway.
It is 2012, and the 'noisy neighbor' problem is killing your uptime. We dissect why Kernel-based Virtual Machine (KVM) beats OpenVZ for serious infrastructure, how to tune VirtIO drivers, and why keeping your data in Norway matters for the Data Inspectorate.
It is 2012, and the era of oversold 'burstable' RAM is over. We dismantle the OpenVZ myth and explain why Kernel-based Virtual Machine (KVM) combined with SSD storage is the only viable path for high-load applications in the Nordic market.
It is 2012, and overselling is rampant. Discover why OpenVZ containers are failing your production workloads and why KVM on high-performance SSDs is the only architecture a serious sysadmin should trust.
Tired of 'noisy neighbors' stealing your CPU cycles? We dissect the architectural differences between OpenVZ and KVM, explain why shared kernels are a liability for serious Norwegian businesses, and show you how to tune a KVM instance for maximum throughput.
Tired of unpredictable performance on oversold OpenVZ nodes? We break down why KVM's kernel isolation and dedicated resource allocation are critical for stability, security, and raw speed in the Norwegian hosting market.
OpenVZ might be cheap, but shared kernels introduce unpredictable latency. Here is why KVM is the only architecture for serious systems architects in Norway.
Tired of 'steal time' killing your database performance? We dissect why Kernel-based Virtual Machine (KVM) combined with emerging SSD technology is the only viable architecture for production environments in 2010.
Tired of 'burst RAM' limits and oversold OpenVZ containers? We dive deep into the Kernel-based Virtual Machine (KVM) architecture, benchmarking I/O performance on Linux 2.6, and why strict resource isolation is the only way to survive a Slashdotting in 2009.