Found 362 results for: API Gateway
Moving from monoliths to microservices isn't a silver bullet; it's a trade-off between code complexity and infrastructure complexity. We dissect the patterns that actually work, how to handle Schrems II compliance, and why raw I/O performance determines architectural success.
Escape the public cloud vendor lock-in and GDPR nightmares. A deep dive into implementing serverless architecture patterns on self-hosted infrastructure using K3s and OpenFaaS, tailored for the Norwegian market.
A battle-hardened guide to Kubernetes networking internals. We analyze Calico vs. Cilium, debug iptables spaghetti, and explain why network locality in Norway is critical for microservices compliance and performance.
Serverless doesn't mean no servers—it usually just means expensive, opaque servers. We explore architectural patterns for running event-driven workloads on high-performance NVMe VPS infrastructure while keeping Datatilsynet happy.
Public cloud serverless functions offer convenience but introduce latency and GDPR nightmares after Schrems II. Here is how to architect a compliant, high-performance OpenFaaS cluster on CoolVDS NVMe instances.
Moving to microservices? Don't let network overhead and poor I/O destroy your performance. We analyze proven patterns (Gateway, Circuit Breaker) and why local NVMe infrastructure in Norway is critical post-Schrems II.
Escape the public cloud billing trap and Schrems II compliance nightmares. Learn how to deploy a high-performance, self-hosted serverless architecture using K3s and OpenFaaS on NVMe-powered VPS infrastructure in Norway.
Monolithic architecture isn't dead, but if you're moving to microservices in Norway, you need to handle latency, Schrems II compliance, and noisy neighbors. Here is the battle-tested guide to deploying resilient systems.
Why hosting in Frankfurt is no longer 'close enough' for Norwegian workloads. We explore technical strategies for reducing latency, ensuring GDPR compliance, and optimizing KVM slices for edge workloads.
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 look at deploying microservices in 2020. We dismantle the hype, fix your NGINX configs, address Schrems II compliance in Norway, and explain why your 'cloud' provider is likely killing your API performance.
Serverless architecture is an operational model, not a vendor product. Learn how to deploy OpenFaaS on high-performance CoolVDS instances to circumvent Schrems II compliance issues and eliminate cold starts.
Public cloud serverless functions promise infinite scale but deliver unpredictable costs and data sovereignty nightmares. In the wake of Schrems II, here is how to build a high-performance, compliant FaaS platform on your own infrastructure.
Moving from monolith to microservices isn't just a code change; it's an operational paradigm shift. We dissect critical patterns, necessary infrastructure tuning, and why the Schrems II ruling makes your hosting location more important than ever.
Public cloud serverless promises infinite scale but delivers vendor lock-in and post-Schrems II legal headaches. Learn to deploy a sovereign serverless architecture using OpenFaaS and K3s on high-performance NVMe infrastructure without sacrificing control.
Microservices solve scaling issues but introduce network hell. In light of the recent Schrems II ruling, we analyze how to architect resilient systems on Norwegian infrastructure without relying on US public clouds.
The 'No Ops' promise of serverless often hides vendor lock-in and compliance nightmares. Following the Schrems II ruling, relying on US-based FaaS is risky. Here is how to build a high-performance, self-hosted serverless stack using OpenFaaS, K3s, and NVMe infrastructure.
Escape the public cloud billing trap and data sovereignty nightmares. Learn how to deploy a high-performance, self-hosted serverless architecture using OpenFaaS and Docker Swarm on bare-metal capable VDS infrastructure.
Breaking a monolith is easy; keeping 50 microservices alive is war. We break down the infrastructure patterns, from Nginx Ingress tuning to KVM resource isolation, required to run distributed systems in Norway without latency killing your SLOs.
Public cloud isn't always the answer. Learn how to architect a compliant, low-latency hybrid infrastructure using WireGuard, Terraform, and Norwegian VDS to slash egress fees and ensure GDPR compliance.
Stop relying on expensive SaaS monitoring. Learn how to deploy a scalable Prometheus and Grafana stack on high-performance NVMe VPS in Norway to detect anomalies before they become outages.
Microservices solve code complexity but introduce network chaos. This guide covers implementing Istio 1.5 on high-performance infrastructure, managing mTLS overhead, and why raw compute power matters for your sidecars.
Splitting a monolith turns function calls into network packets. This guide covers practical microservices patterns, kernel tuning for high concurrency, and why raw infrastructure performance defines your distributed system's success.
Moving from monolith to microservices introduces network complexity. Learn the architectural patterns, Nginx configurations, and infrastructure requirements needed to keep latency low and GDPR compliance high.
Is your application actually slow, or is it just the network? In this guide, we ditch the vanity metrics and build a robust monitoring stack using Prometheus, Grafana, and Linux system internals on high-performance NVMe infrastructure.
Serverless doesn't mean no servers; it means someone else's servers are billing you by the millisecond. Discover how to reclaim control, reduce latency to NIX, and ensure GDPR compliance by deploying OpenFaaS on high-performance NVMe KVM instances.
While AWS Lambda and Azure Functions dominate the headlines, pragmatic architects are looking at self-hosted FaaS on high-performance VPS to solve latency and GDPR challenges. Here is how to build it.
Cloud functions offer agility, but public cloud bills and latency can kill your project. Learn how to architect a hybrid serverless platform using OpenFaaS and KVM on high-performance infrastructure.
Monoliths are safe, but microservices are inevitable at scale. Here is a no-nonsense guide to the architecture patterns that actually work in production, specifically tailored for the Norwegian infrastructure landscape of late 2019.
Stop tolerating AWS Lambda cold starts. Learn how to deploy a production-ready OpenFaaS cluster on CoolVDS NVMe instances in Oslo for sub-millisecond latency and total GDPR control.