All articles tagged with "Microservices"
Stop building distributed monoliths. A battle-hardened guide to microservices patterns, resilience strategies, and why infrastructure latency is the silent killer of Nordic deployments.
A battle-hardened guide to implementing microservices without destroying your sanity. We cover API Gateways, Circuit Breakers, and the critical OS tuning required for high-concurrency environments in 2025.
We dismantle the hype around microservices to focus on failure domains, circuit breaking, and the infrastructure reality. Learn why latency sensitivity demands pure KVM, not oversold containers, especially when peering via NIX.
Moving to microservices replaces local function calls with network requests. Without low-latency infrastructure and proper patterns like Circuit Breakers, your distributed system will collapse. Here is how to architect for resilience in the Norwegian hosting landscape.
A no-nonsense guide to microservices patterns that actually work in production. We cut through the hype to discuss API Gateways, Circuit Breakers, and why hosting location (Oslo) dictates your failure rate.
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.
Microservices aren't a silver bullet—they're a complexity trade-off. We dissect the architectural patterns that prevent distributed monoliths, focusing on latency, resilience, and the specific infrastructure needs of the Nordic market.
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.
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.
Stop debugging latency spikes with `tcpdump`. Learn how to deploy Istio correctly on Kubernetes to enforce mTLS, automate canary releases, and regain sanity in your distributed systems. Optimized for high-performance 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.
Microservices aren't a silver bullet; they are a complexity trade-off. We dissect the architecture patterns—Circuit Breakers, API Gateways, and Asynchronous Messaging—that separate resilient systems from distributed monoliths, with a focus on Norwegian data compliance and low-latency infrastructure.
Stop building distributed monoliths. A battle-hardened DevOps guide to microservices patterns that actually work, focusing on latency, data residency in Norway, and the infrastructure required to run them.
Stop letting network latency and sloppy architecture kill your distributed systems. We dive deep into Circuit Breakers, API Gateways, and why NVMe storage in Norway is critical for high-load clusters.
Cut through the hype of distributed systems. We dissect battle-tested microservices patterns—from API Gateways to Circuit Breakers—specifically optimized for Norwegian compliance and low-latency infrastructure.
A battle-hardened guide to deploying microservices that survive network partitions and high load. We analyze sidecar patterns, circuit breakers, and why infrastructure latency in Norway dictates architectural choices.
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.
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.
Microservices aren't just small monoliths. Learn the battle-tested architecture patterns—from Circuit Breakers to CQRS—that keep Norwegian high-traffic platforms stable, compliant, and fast.
Microservices solved your scaling problems but broke your observability. Here is a battle-tested guide to implementing Istio on Kubernetes without destroying your latency—specifically for the Norwegian infrastructure market.
Monolithic architectures are dying, but distributed systems introduce complexity that breaks cheap hosting. Here is a battle-tested guide to microservices patterns—Gateway, Discovery, and Circuit Breakers—tailored for the Nordic infrastructure landscape of 2018.
Microservices solve scaling issues but create networking nightmares. Learn how to implement Envoy and Istio (0.8) to regain control, enforce mTLS for GDPR, and why underlying hardware latency defines your mesh's success.
While NGINX remains the web server king, microservices demand something smarter. We dissect Lyft's Envoy Proxy, its xDS API, and why running it on inferior I/O infrastructure is a recipe for latency disasters.
Moving from monolith to microservices isn't just about code—it's an operational minefield. We explore service discovery, latency reduction, and why KVM isolation is non-negotiable for Docker deployments in 2015.
It is 2014, and static IP tables are dead. Learn how to architect a dynamic, self-healing network for your distributed systems using HAProxy 1.5 and Consul on high-performance KVM architecture.
Hardcoded IPs are dead. Learn how to architect a fault-tolerant service discovery layer using Consul and HAProxy on high-performance CoolVDS infrastructure. A guide for 2014's battle-hardened DevOps engineers.
AWS Lambda is making headlines, but is FaaS ready for production? We explore how to build resilient, decoupled architectures today using Docker, RabbitMQ, and high-performance KVM, keeping your data safely within Norwegian borders.