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Building a CI/CD Pipeline on CoolVDS
Step-by-step guide to setting up a modern CI/CD pipeline using Firecracker MicroVMs.
Found 77 results for: pipeline
Step-by-step guide to setting up a modern CI/CD pipeline using Firecracker MicroVMs.
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.
A battle-tested guide to optimizing Jenkins and GitLab CI pipelines. We cover Docker layer caching, NVMe I/O bottlenecks, and why infrastructure choice matters for Norwegian dev teams preparing for GDPR.
Is your deployment pipeline an excuse for a coffee break? We dissect the I/O bottlenecks killing your build times, implement ephemeral Docker agents, and optimize Jenkins 2.0 pipelines for the Nordic infrastructure landscape.
Waiting for Jenkins builds is burning your development budget. We analyze the I/O bottlenecks in CI/CD pipelines, optimize Docker layer caching, and demonstrate why NVMe storage is critical for 2017-era DevOps workflows.
It is late 2016, and if you are still clicking buttons in the Jenkins UI, you are doing it wrong. We explore moving to Pipeline-as-Code, fixing I/O bottlenecks with NVMe, and keeping your intellectual property compliant within Norwegian borders.
Your build times aren't slow because of your code—they're slow because your VPS storage is choking. We analyze the impact of Disk I/O on Docker and Jenkins pipelines and why NVMe-backed KVM is the only viable architecture for 2016.
Is your Jenkins build taking 20 minutes? In 2016, developer idle time is the biggest budget killer. We dissect I/O bottlenecks, Docker caching strategies, and why raw NVMe power in Norway is the secret to sub-minute deployments.
Is your build time long enough to brew a pot of coffee? It's time to fix your pipeline. We break down how to tune Jenkins 2.0, leverage Docker 1.12, and why hardware I/O is the silent killer of deployment speed.
Waiting 30 minutes for a build to fail is a productivity killer. We dive into Jenkins 2.0 pipelines, Docker layer caching, and why NVMe storage is the secret weapon for Norwegian DevOps teams facing I/O bottlenecks.
Is your Jenkins build queue stalling your release cycle? We analyze the impact of disk I/O on Docker builds, the transition to Jenkins 2.0 pipelines, and why data residency in Norway is critical following the new EU-US Privacy Shield agreement.
Slow builds kill developer momentum. Learn how to slash build times by 60% using Jenkins 2.0 pipelines, RAM-disks, and self-hosted runners on high-IOPS Norwegian infrastructure.
Is your Jenkins build giving you enough time to drive from Oslo to Bergen? We dissect the I/O bottlenecks killing your deployment speed and show you how to fix them using Jenkins 2.0, Docker, and NVMe infrastructure.
Is your Jenkins build queue moving slower than rush hour on Ring 3? We dissect the hidden I/O bottlenecks killing your deployment times and how to fix them with proper infrastructure tuning.
Your build server is the heartbeat of deployment. If it lags, you bleed money. We dissect how I/O bottlenecks kill CI/CD performance and how to fix it using Jenkins tuning, Docker OverlayFS, and local Norwegian infrastructure.
Manual server configuration is a ticking time bomb. Learn how to implement a Git-centric workflow using Jenkins, Ansible, and Docker to automate deployments on high-performance KVM VPS in Norway.
Is your Jenkins build queue longer than the line at the Vinmonopolet before a holiday? We dive deep into optimizing I/O bottlenecks, Docker layer caching, and infrastructure choices to cut build times by 60%.
Your build server isn't just slow; it's costing you developer hours. We dissect the I/O bottlenecks in Jenkins and Docker setups circa 2016 and explain why moving to KVM-based infrastructure in Oslo is the only fix for serious engineering teams.
Manual FTP uploads are killing your uptime. Learn how to implement a robust, git-centric deployment workflow using Jenkins, Ansible, and Docker on high-performance Norwegian infrastructure.
Your builds are too slow, and it's probably disk I/O. We analyze how to cut Jenkins build times by 40% using Docker caching, proper SSD allocation, and local Norwegian infrastructure.
Your build server is the bottleneck. In the wake of the Safe Harbor invalidation, we analyze how moving Jenkins slaves to NVMe-backed KVM instances in Norway not only solves compliance headaches but crushes build times by 40%.
It is 2015, and editing config files manually in production is no longer acceptable. Learn how to implement 'Infrastructure as Code' using Git hooks, Ansible, and Docker to ensure your Norwegian VPS environments are reproducible and robust.
Build times killing your momentum? We dissect how disk I/O bottlenecks strangle Jenkins pipelines and why moving your build infrastructure to high-performance SSD VPS in Norway is the 2015 standard for DevOps speed.
Manual FTP uploads and hot-patching config files are killing your stability. Here is how to implement a robust, git-driven workflow (IaC) using Ansible and Jenkins on high-performance Norwegian infrastructure.
Is your Jenkins build giving you enough time to finish a coffee and read Hacker News? That is a problem. We break down how disk I/O, virtualization types, and Nordic network topology impact your build times.
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 2017, and TensorFlow 1.0 has changed the game. But throwing a Titan X at your model is useless if your I/O is choking the pipeline. Here is how to architecture a training stack that actually saturates the bus, strictly for Norwegian data compliance.
Stop manual SSH deployments. Learn how to implement a rigorous Git-driven infrastructure pipeline using Ansible, GitLab CI, and Docker on high-performance KVM instances.
Is your deployment pipeline bleeding time? We dissect the IOPS bottleneck in Jenkins and Docker workflows and show why high-performance infrastructure is the only cure for slow builds in 2016.
Manual server updates are killing your uptime. Learn how to implement a Git-centric deployment pipeline using Jenkins, Docker, and Ansible to treat your infrastructure as code.