Found 1,751 results for: fast deploy
Is Kubernetes overkill for your workload? We compare the state of orchestration in late 2018, analyzing overhead, complexity, and the specific infrastructure requirements needed to run them in Norway.
Vendor lock-in and 'cold starts' are killing your serverless dreams. Learn how to implement a high-performance Private FaaS pattern using OpenFaaS and NVMe-backed infrastructure to maintain GDPR compliance and low latency in the Nordic region.
Public cloud serverless functions promise infinite scale but hide latency spikes and vendor lock-in. Learn how to deploy a sovereign serverless architecture using OpenFaaS on NVMe-backed VPS infrastructure in Norway.
Microservices solve scalability but introduce chaos. Learn how to implement Istio 1.0 for observability and mTLS without destroying your latency budgets, specifically tailored for Norwegian compliance standards.
Serverless is the buzzword of 2018, but vendor lock-in and cold starts are real killers. Here is how to build a compliant, low-latency FaaS platform on Norwegian infrastructure using OpenFaaS and NVMe VPS.
Serverless promises infinite scale, but often delivers infinite billing headaches and cold-start latency. Here is how to build a GDPR-compliant, private FaaS infrastructure using OpenFaaS and Docker Swarm on high-performance VPS nodes.
Serverless isn't magic—it's just someone else's computer. Learn how to architect a compliant, high-performance FaaS platform using OpenFaaS and Kubernetes while keeping your data strictly within Norwegian borders.
With the GDPR deadline looming on May 25th, choosing the right container orchestrator is about more than just features—it's about compliance, latency, and survival. We pit Kubernetes 1.10 against Docker Swarm to see which stack belongs on your Norwegian infrastructure.
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.
We benchmark the complexity and performance of Kubernetes 1.5 against Docker Swarm Mode. Learn which orchestrator fits your Norwegian infrastructure stack before the GDPR deadline hits.
Microservices solved your scaling problems but broke your debugging. Learn how to deploy Linkerd as a service mesh to regain visibility and reliability, and why underlying hardware matters for latency.
Is Serverless the end of the sysadmin? Hardly. In this 2016 retrospective, we dissect the latency, cost, and lock-in risks of FaaS, and propose a high-performance hybrid model using Docker and NVMe VPS in Norway.
It is 2016, and the monolith is dying. Learn how to deploy scalable microservices using Docker 1.10, Nginx, and Consul without drowning in complexity. We cover the architecture, the config, and why hardware selection is the silent killer of distributed systems.
AWS Lambda is trending, but cold starts and the Safe Harbor collapse make public cloud risky for Norwegian business. Learn to architect a private, container-based event system on high-performance VPS.
Stop manually SSH-ing into production. Learn how to implement a fully automated 'commit-to-deploy' pipeline using Jenkins, Ansible 1.9, and Docker on high-performance NVMe infrastructure.
Manual FTP uploads are a recipe for disaster. Learn how to implement a Git-centric deployment pipeline using Jenkins, Ansible, and robust KVM virtualization to automate your infrastructure.
Latency is the silent killer of user experience. We explore how to deploy distributed 'fog' computing architectures using Nginx and Varnish to keep your Nordic traffic local, compliant, and insanely fast.
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.
Streamline your deployment pipeline and reduce latency. We explore practical DevOps strategies, local infrastructure advantages in Norway, and how to configure CoolVDS for peak performance.
Don't build a distributed monolith. Learn the essential microservices patterns—Gateway, Circuit Breaker, and Saga—that keep systems stable when the network betrays you. Written for the post-Schrems II landscape.
A battle-hardened comparison of the new Docker Swarm Mode and Kubernetes 1.4. We analyze performance, complexity, and why your underlying VPS IOPS matter more than your scheduler.
Stop treating microservices like distributed monoliths. We dissect critical architecture patterns—Circuit Breakers, Sidecars, and CQRS—and explain why underlying infrastructure latency determines success or failure.
Deploying Generative AI in Norway requires more than just an API key. Learn how to architect a secure, high-performance RAG layer on CoolVDS to leverage Claude while keeping your proprietary data safe on Norwegian soil.
Physics is the only law you can't break. Learn how to architect low-latency edge solutions in Norway using KVM, WireGuard, and strategic VPS placement to bypass the GDPR headache.
Moving from monolith to microservices requires more than just Docker. We analyze critical architecture patterns, Nginx configurations, and the hardware reality check needed to keep latency low in Norway.
Service Meshes like Istio provide observability and security but demand significant resources. Learn how to implement mTLS and circuit breaking without killing your latency, specifically tailored for Norwegian compliance standards.
Most microservices are just distributed monoliths with network latency. Learn the battle-tested architecture patterns—from API Gateways to Circuit Breakers—and why infrastructure isolation via KVM is critical for Norwegian enterprises.
Stop overpaying for AWS Lambda cold starts and egress fees. Learn how to deploy a GDPR-compliant, low-latency OpenFaaS cluster on CoolVDS using K3s and NVMe storage for maximum throughput in Norway.
Default configurations are the silent killers of throughput. This guide bypasses the fluff to deliver raw kernel tuning, NGINX optimization strategies, and infrastructure decisions required to handle high-concurrency API traffic in the Nordic region.
Physics is stubborn. For Nordic users, serving from Frankfurt isn't edge—it's legacy. We break down a K3s-based edge deployment architecture using local Norwegian infrastructure to slash latency and satisfy Datatilsynet.