Found 1,922 results for: fast de
Stop debugging distributed systems with hope and tcpdump. We dissect how to implement Istio 1.11 on Kubernetes to solve latency, enforce mTLS, and keep the Datatilsynet happy—without melting your servers.
Is your monthly cloud bill growing faster than your user base? Discover actionable strategies to slash infrastructure costs, leveraging rightsizing, local compliance, and predictable VPS architectures.
Stop running containers as root. A battle-hardened guide to immutable infrastructure, network policies, and why the underlying VPS architecture dictates your security posture in the post-Schrems II era.
Stop breaking your monolith into a distributed mess. A battle-hardened look at implementation patterns, infrastructure requirements, and why low-latency hardware in Norway is your safety net against distributed complexity.
Slow pipelines kill momentum. We dissect how to cut build times by 60% using self-hosted runners on NVMe VPS, while staying compliant with Norwegian data privacy laws.
Stop defaulting to Kubernetes. We analyze the 2021 orchestration landscape—K8s v1.22, Swarm, and Nomad 1.1—to determine what actually fits your infrastructure, focusing on overhead, NVMe storage performance, and Norwegian data sovereignty.
Microservices solve one problem but create a networking nightmare. Learn how to implement Istio for observability and mTLS without destroying your latency, specifically tailored for Norwegian compliance and high-performance infrastructure.
Stop killing your primary PostgreSQL instance with analytical queries. We explore deploying ClickHouse 21.x on high-performance NVMe VPS infrastructure to handle billions of rows with sub-second latency, specifically optimized for the Nordic compliance landscape.
Default container configurations are a security minefield. From dropping root privileges to navigating the post-Schrems II landscape in Norway, here is the battle-hardened guide to locking down your Docker and Kubernetes workloads.
Stop leaking user data to US-based monitoring SaaS. Learn how to deploy a high-performance, GDPR-compliant Prometheus and Grafana stack on NVMe VPS in Oslo.
Moving from monoliths to microservices introduces network complexity that destroys generic cloud instances. We explore the Circuit Breaker pattern, API Gateways, and why KVM virtualization is non-negotiable for distributed systems in the post-Schrems II era.
Microservices solve scalability but introduce observability chaos. This guide covers implementing a service mesh in 2021 to handle mTLS, traffic splitting, and tracing without destroying your latency budget.
Stop relying on 5-minute averages and phantom alerts. Here is how to build a sovereign, high-precision monitoring stack using Prometheus, Grafana, and local Norwegian infrastructure that keeps the Datatilsynet happy.
Default configurations are killing your API performance. Learn how to tune the Linux kernel, NGINX, and TLS settings to handle 10k+ req/s while keeping latency low in a Nordic infrastructure environment.
Microservices aren't a silver bullet; they're a tradeoff between complexity and scalability. We dissect the Ambassador and Circuit Breaker patterns, discuss GDPR compliance post-Schrems II, and explain why infrastructure latency is the silent killer of distributed systems.
Stop relying on green traffic lights. In the era of microservices and distributed systems, traditional monitoring is dead. Here is how to build true observability using the three pillars—logs, metrics, and traces—while keeping your data compliant with Norwegian law.
Monitoring tells you the server is up; observability tells you why the checkout button is broken for users in Bergen. We dissect the difference, the tech stack (Prometheus, ELK, Jaeger), and why high-IOPS infrastructure is non-negotiable for data-heavy tracing.
Is your AWS bill growing faster than your user base? We analyze the hidden costs of cloud infrastructure, from egress fees to IOPS limits, and detail how moving workloads to Norwegian KVM instances can slash TCO while solving Schrems II compliance headaches.
Why round-trip times to Frankfurt are killing your application's responsiveness, and how deploying edge nodes in Oslo solves both latency physics and GDPR headaches.
Stop debugging latency with tcpdump. A practical, code-heavy guide to implementing Linkerd on Kubernetes in Norway, ensuring GDPR compliance and sub-millisecond overhead.
Stop accepting default configurations. A deep dive into Linux kernel tuning, Nginx optimizations, and why hardware isolation matters for sub-millisecond API response times.
Stop over-engineering your cloud strategy. Here is a battle-tested blueprint for complying with GDPR, minimizing latency to Oslo, and cutting TCO by leveraging a hybrid architecture with local VPS and WireGuard.
Microservices solve scalability but introduce chaos. This guide cuts through the hype of Service Mesh implementation in 2021, covering Istio 1.9 deployment, mTLS for GDPR compliance, and the kernel tuning required to handle sidecar overhead on Norwegian infrastructure.
Migrating a production database is open-heart surgery. This guide covers replication strategies, Schrems II compliance, and how to leverage NVMe storage for seamless transitions to Norwegian soil.
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.
Containers are not virtual machines. Learn battle-tested strategies to lock down your containerized infrastructure, from kernel capabilities to the Norwegian data border.
Uptime is a vanity metric. If your API takes 500ms to respond, you are already down. Here is how to implement a GDPR-compliant observability stack in Norway without relying on US-based SaaS.
Your pipeline is the bottleneck. We dissect Docker layer caching, NVMe I/O impact, and private runner architecture to slash build times by 60%. Written for the post-Schrems II reality.
Hit the ceiling on your vertical scaling? We dive deep into practical sharding strategies, key-based vs. range-based architectures, and why local NVMe storage matters for Norwegian data residency.
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.