Found 362 results for: API Gateway
Moving beyond the monolith without breaking production. We analyze the Strangler Fig, Circuit Breaker, and CQRS patterns, specifically tailored for Norwegian data compliance and low-latency requirements.
Stop running fragile AI agents on your laptop. A battle-hardened guide to deploying resilient, stateful agent swarms using Docker, Pgvector, and NVMe-backed infrastructure in Norway.
Distributed systems are just a fancy way to fail in parallel. We dissect battle-tested patterns for high-availability architectures, focusing on latency reduction, circuit breaking, and Norwegian data sovereignty.
Public cloud serverless promises infinite scale but often delivers unpredictable bills and data residency headaches. Discover how to build compliant, cost-effective event-driven architectures using self-hosted FaaS patterns on Norwegian infrastructure.
Stop breaking your monolith just to build a distributed monolith. We dissect battle-tested microservices patterns, circuit breakers, and infrastructure tuning specifically for the Nordic ecosystem.
Monitoring tells you the server is up. Observability tells you why the checkout API fails only for users in Tromsø. A battle-hardened guide to OpenTelemetry, accurate metrics, and data sovereignty.
Stop overpaying for AWS Lambda cold starts. Learn how to deploy a sovereign, high-performance serverless architecture using OpenFaaS and K3s on bare-metal capable VPS instances in Oslo.
Downtime is expensive. Learn how to architect a bulletproof monitoring stack using Prometheus and Grafana, specifically tailored for the Norwegian market. We cover eBPF basics, GDPR compliance, and why underlying hardware latency matters.
Public cloud FaaS introduces latency and unpredictable costs. Learn how to deploy a private, high-performance serverless architecture using K3s and OpenFaaS on NVMe-backed infrastructure in Norway.
Serverless doesn't mean no servers—it usually means unpredictable bills and cold starts. Discover how to architect a private Serverless platform using K3s and OpenFaaS on high-performance NVMe infrastructure in Norway.
Stop guessing why your production server is stalling. We dive deep into using eBPF tools (BCC, bpftrace) to debug latency and I/O bottlenecks on Linux, explaining why true KVM virtualization is non-negotiable for modern observability.
Monitoring tells you the server is up. Observability tells you why the checkout is slow. We dive deep into the ELK vs. LGTM stacks, GDPR implications in Norway, and why self-hosting your telemetry on CoolVDS is the only safe bet in 2024.
Monitoring tells you the server is up. Observability tells you why the checkout API is timing out only for users in Bergen. We dismantle the difference, architect a full LGTM stack, and explain why data sovereignty in Norway is critical for your logs.
Monoliths are safe. Microservices are a distributed complexity beast. We dissect the patterns that actually survive production in 2024, from Circuit Breakers to Sagas, and why infrastructure latency in Norway matters more than your code efficiency.
Monolithic apps are safe. Microservices are a distributed network nightmare waiting to happen. Here is how to architect for resilience, low latency, and GDPR compliance using patterns that actually work in production environments.
Breaking a monolith is easy; keeping 50 fragmented services alive is hard. We explore essential patterns like Circuit Breakers and Sagas, and why underlying hardware choice determines your distributed system's survival.
Monoliths are safe; microservices are a distributed headache waiting to happen. Learn the battle-tested patterns—from Circuit Breakers to Sagas—that keep architecture resilient, and why hardware latency is the silent killer of distributed systems in Norway.
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.
Stop blaming DNS. A battle-hardened guide to CNI selection, kernel tuning, and reducing latency in Kubernetes clusters specifically for the Norwegian infrastructure landscape.
Stop paying the 'hyperscaler tax' and suffering cold starts. Learn how to deploy a robust, self-hosted serverless architecture using K3s and OpenFaaS on NVMe VPS instances for uncompromised control and latency.
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.
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.
Moving to microservices isn't just about splitting code; it's about managing network complexity. We explore battle-tested patterns, Kubernetes configurations, and the critical role of low-latency infrastructure in Norway.
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.
Escape vendor lock-in and GDPR nightmares. Learn how to implement scalable serverless architectures using Knative and K3s on bare-metal capable VPS, keeping your data strictly within Norwegian borders.
Public cloud serverless functions promise infinite scale but deliver cold starts and unpredictable bills. Here is how to implement event-driven architectures using K3s and OpenFaaS on high-performance NVMe VPS in Norway for sub-millisecond latency and GDPR compliance.
Move beyond the hype of distributed systems. We break down the exact architecture patterns, Linux kernel tunings, and hosting strategies needed to run microservices in Norway without creating a distributed monolith.
The perimeter is dead. Learn how to implement a Zero-Trust security model using mTLS, micro-segmentation, and rigorous identity verification while adhering to strict Norwegian data sovereignty laws.
Microservices are not a silver bullet. Discover the architectural patterns that prevent distributed monolith disasters, specifically tailored for GDPR-compliant, high-performance deployments in the Norwegian market.
Public cloud serverless functions offer convenience but introduce latency and GDPR nightmares. Here is how to architect high-performance, self-hosted serverless patterns using OpenFaaS and K3s on NVMe infrastructure.