Found 1,922 results for: fast de
A pragmatic guide for CTOs and Architects on building a compliant, cost-effective multi-cloud strategy. Learn how to balance AWS scalability with GDPR compliance using local infrastructure like CoolVDS.
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.
Hope is not a strategy. Learn how to architect true resilience using RTO/RPO frameworks, PostgreSQL streaming replication, and ZFS snapshots compliant with Datatilsynet regulations.
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.
A battle-hardened guide to dissecting K8s networking layers, optimizing CNI performance with eBPF, and solving latency issues at the infrastructure level.
Vertical scaling has a ceiling. Learn how to implement horizontal sharding for MySQL and PostgreSQL without breaking data consistency, specifically tailored for high-compliance Norwegian infrastructure.
Stop over-engineering. We benchmark Docker Swarm, K3s, and K8s on Norwegian infrastructure to find the balance between complexity and performance. A battle-hardened guide to avoiding orchestration hell.
Default configurations are the enemy of performance. We dive into kernel tuning, NGINX upstream keepalives, and the hardware reality required for low-latency API delivery in Norway.
A battle-hardened look at microservices patterns for 2024. We cover API Gateways, Circuit Breakers, and the 'Database-per-Service' dilemma, specifically tailored for Norwegian infrastructure constraints and GDPR compliance.
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.
Stop blaming your build script for slow deployments. We analyze how Disk I/O and network latency choke CI/CD pipelines, and provide actionable configuration tuning for GitLab Runners on Linux environments.
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.
A battle-hardened comparison of container orchestration tools for Nordic DevOps teams. We analyze overhead, complexity, and latency requirements strictly for late 2023 infrastructure.
Stop blaming your code for slow builds. We dissect how I/O wait and CPU steal time on cheap VPS providers strangle your DevOps agility, and how to fix it with proper KVM isolation and NVMe storage in the Norwegian market.
Hope is not a strategy. From immutable backups to cross-region replication, we detail the exact technical architecture needed to survive ransomware and outages in 2023 without violating GDPR.
Hope is not a strategy. A battle-hardened guide to designing disaster recovery plans that actually work, focusing on immutable backups, Norwegian data sovereignty, and minimizing RTO with NVMe infrastructure.
Forget the 'Cloud' buzzwords. Learn how to deploy real-world edge computing architectures in Norway using K3s, WireGuard, and NVMe-backed aggregation points to conquer geography and GDPR.
Stop building distributed monoliths. We dissect battle-tested patterns—from Circuit Breakers to Sagas—optimized for GDPR compliance and ultra-low latency in the Norwegian ecosystem.
A battle-hardened look at implementing microservices in 2023. We cover critical patterns like API Gateways, Circuit Breakers, and the infrastructure requirements that make or break your cluster.
The 'cloud' isn't magic; it's just someone else's computer reading your sensitive data. Learn how to deploy Llama 2 and the new Mistral 7B locally using Ollama on a high-frequency NVMe VPS.
Discover how to deploy scalable serverless architectures using OpenFaaS and K3s on high-performance VPS. We analyze the trade-offs between public cloud FaaS and self-hosted alternatives, focusing on latency, GDPR compliance in Norway, and raw NVMe performance.
A battle-hardened comparison of container orchestrators in 2023. We analyze overhead, latency sensitivity, and why running etcd on slow storage is a death sentence for your cluster.
Stop SSH-ing into production. This guide details battle-tested GitOps workflows using ArgoCD and Kustomize, specifically tailored for strict data compliance (GDPR/Schrems II) and high-performance NVMe infrastructure in Norway.
Slow pipelines kill developer momentum. Learn how to optimize Docker caching, eliminate I/O bottlenecks, and leverage NVMe-backed infrastructure to cut build times by 80%.
Monitoring tells you the server is dead. Observability tells you why the database query failed only for users in Oslo. We dissect the architecture of 'unknown unknowns' using OpenTelemetry, Prometheus, and high-IOPS infrastructure.
Stop accepting default configurations. A deep dive into kernel limits, NGINX upstream keepalives, and TCP stack optimization to reduce latency below 10ms for Nordic workloads.
Retrieval-Augmented Generation (RAG) is the architecture of 2023, but outsourcing your vector database poses massive compliance risks. Learn how to deploy a high-performance, self-hosted vector engine using pgvector on NVMe infrastructure in Oslo.
I recently watched a 'secure' cluster get owned in under five minutes due to a default capability. Here is the battle-tested guide to container security, focusing on rootless execution, immutable filesystems, and why hosting jurisdiction in Norway is your last line of defense.
Slow pipelines destroy developer velocity. Learn how to optimize GitLab CI/CD runners using local NVMe storage, proper caching strategies, and KVM isolation to reduce build times by 40% while staying GDPR compliant.
Vertical scaling has a hard ceiling. When your primary node hits 100% I/O utilization, throwing more RAM at the problem won't save you. We analyze architectural patterns for sharding PostgreSQL and MySQL on high-performance infrastructure.