Found 984 results for: Microservices
A battle-hardened look at the Kubernetes 1.3 network model. We break down CNI, overlay trade-offs, and why low-latency infrastructure is critical for microservices in the Nordic region.
Nagios says your server is up, but your customers are seeing 504s. In the era of microservices, simple ping checks are obsolete. Here is how to implement white-box monitoring and aggregated logging using the ELK stack on high-performance KVM instances.
It is June 2016. Microservices are rising, but your Nagios checks are stuck in 2010. Learn why traditional monitoring fails to catch latency spikes and how to build true observability using ELK and StatsD on high-performance infrastructure.
Nagios alerts might wake you up, but they won't fix your code. In the era of Docker and microservices, we explore the shift from binary monitoring to deep system observability using ELK, Prometheus, and high-performance infrastructure.
Your microservices are fast, but your gateway is choking. A deep dive into kernel tuning, Nginx keepalives, and why specific KVM virtualization matters for sub-millisecond latency in the post-Safe Harbor era.
Microservices are useless if your gateway is a bottleneck. We dig into kernel interrupt balancing, TCP stack tuning, and correct NGINX upstream configurations to handle massive API loads.
Don't let connection overhead kill your microservices. We dig deep into kernel tuning, NGINX worker optimization, and the specific latency challenges of serving the Nordic market.
Microservices are shifting the bottleneck to the edge. Learn how to tune Nginx, optimize Linux kernel interrupts, and leverage Norway-based KVM infrastructure to survive the Safe Harbor fallout.
Microservices are the trend of 2015, but they introduce massive HTTP overhead. Learn how to tune Nginx, the Linux kernel, and your hosting environment to handle the load without crashing.
AWS Lambda is making waves, but vendor lock-in and cold starts are production killers. Here is how to architect a true event-driven microservices stack on high-performance VPS in Norway using Docker and RabbitMQ.
Docker links are dead. As we approach the Kubernetes v1.0 release, we dissect the 'IP-per-Pod' model, configure Flannel overlays on Ubuntu 14.04, and explain why your underlying VPS architecture makes or breaks microservices performance.
While the cloud giants buzz about 'NoOps' and backend-as-a-service, the pragmatic engineer knows that code still needs to run somewhere. Learn how to architect true event-driven microservices using Docker 1.3, RabbitMQ, and high-performance KVM instances in Norway.
While the industry buzzes about microservices, the reality of deploying decoupled applications remains painful. We explore how to build resilient, asynchronous architectures using message queues and KVM virtualization, ensuring your Norwegian infrastructure is ready for the traffic spikes of 2015.
Monolithic apps are dying. As we break them into microservices, network complexity explodes. Here is how to implement a distributed service mesh pattern using HAProxy 1.5 and Consul on high-performance KVM infrastructure.
Hard-coding IPs in 2014 is a recipe for disaster. We explore how to implement a fault-tolerant service communication layer using the newly released HAProxy 1.5 and Consul to tame your microservices architecture.
Microservices are replacing monoliths, but managing connections is a nightmare. Learn how to architect a 2014-era 'Service Mesh' using HAProxy 1.5, Consul, and robust KVM infrastructure.
Microservices solve code complexity but create network chaos. Learn how to implement a battle-hardened internal routing layer (the precursor to a service mesh) using HAProxy 1.5 and Zookeeper on high-performance infrastructure.
Microservices are trending, but the network complexity is killing reliability. Learn how to architect a 'Smart Pipe' infrastructure using HAProxy, Zookeeper, and KVM to stop cascading failures before they reach your users.
Stop debugging random DNS timeouts. A battle-hardened guide to K8s networking, eBPF, Gateway API, and why your underlying infrastructure determines your cluster's fate.
Default Kubernetes networking won't survive production traffic. We dissect the CNI wars (Cilium vs Calico), Gateway API implementation, and why eBPF is your only defense against latency in the Nordic region.
Centralized cloud regions in Frankfurt or Stockholm aren't enough for real-time Norwegian workloads. We analyze high-performance edge strategies using Nginx, WireGuard, and local NVMe infrastructure to reduce latency and ensure GDPR compliance.
A battle-hardened guide to debugging Kubernetes networking issues, from CNI choices (Cilium vs Calico) to MTU mismatch hell. Learn why the underlying VPS infrastructure dictates your cluster's stability.
Stop accepting default configurations. A deep dive into Nginx internals, Linux kernel tuning, and infrastructure choices required to achieve sub-millisecond API response times in 2025.
Stop overpaying for hyperscale egress. Learn how to architect a compliant, high-performance multi-cloud setup combining global reach with local Norwegian infrastructure using Terraform and WireGuard.
Stop blaming the firewall. We dissect the Kubernetes network stack, from eBPF optimizations to avoiding VXLAN overhead, specifically tailored for high-compliance Nordic infrastructure.
Default configurations are the silent killer of API performance. We strip down the Linux kernel, optimize NGINX/Envoy for raw throughput, and explain why hardware isolation is non-negotiable for sub-millisecond latency in the Nordic region.
Monitoring tells you the server is up. Observability tells you why the checkout is slow. We dive into the OpenTelemetry stack, high-cardinality data storage, and why Norwegian data residency matters for your logs in 2025.
Service Meshes are powerful but resource-hungry. This guide covers implementing Istio Ambient Mesh on high-performance KVM infrastructure without destroying your latency budgets.
Stop drowning in alerts. A senior architect's guide to scaling Prometheus, taming high-cardinality metrics, and why underlying NVMe storage is the unsung hero of observability.
Monitoring tells you the server is dead. Observability tells you the database pool exhausted because of a zombie process. Learn to implement full-stack visibility using OpenTelemetry and eBPF on high-performance infrastructure.