Found 916 results for: Microservices
Master the complexities of the Kubernetes networking model, from CNI plugins like Flannel and Calico to debugging iptables mode. Learn why infrastructure performance makes or breaks your cluster.
Is the 'Serverless' hype worth the vendor lock-in? We explore how to implement event-driven architectures using Docker and Queues on high-performance Norwegian VPS infrastructure, avoiding cold starts and data sovereignty headaches.
Your dashboard shows 100% uptime, but your customers are churning. We dismantle the 'check_http' mindset and explore how to build a 2016-era observability stack using ELK and Graphite on high-performance KVM architecture.
We benchmark the complexity and performance of Kubernetes 1.2 against Docker Swarm and Mesos. Discover why raw infrastructure latency matters more than your orchestration tool choice for Nordic deployments.
It is 2016, and Docker is eating the world. But most implementations I see in Norway are wide-open security nightmares. Here is how to lock down your containers on Ubuntu 16.04 and CentOS 7 before you get hit.
Is your API gateway becoming the bottleneck? We dive deep into kernel tuning, Nginx configuration, and the hardware reality required to handle high-concurrency traffic in 2016.
Is your API gateway adding 200ms overhead? In this technical deep-dive, we analyze the Linux kernel and Nginx configurations required to handle massive concurrency for Norwegian workloads.
A battle-hardened look at how Kubernetes handles pod-to-pod communication. We dissect the specific challenges of CNI plugins like Flannel and Calico, debug MTU mismatches, and explain why raw underlying hardware performance is critical for overlay networks.
Is AWS Lambda the only way to go serverless? We analyze the latency costs of public cloud FaaS for Norwegian users and demonstrate how to build a high-performance, event-driven architecture using Docker and Nginx on NVMe-powered VPS.
It’s 2016, and containers are eating the world. But if you are blindly running `docker run` as root, you are inviting disaster. Here is the battle-hardened guide to locking down containers on Norwegian infrastructure.
Container adoption is exploding, but default configurations leave you vulnerable. We dissect Docker 1.10 security features, user namespaces, and why KVM isolation remains critical for Norwegian data compliance post-Safe Harbor.
We compare the leading container orchestration tools of 2016 for the Nordic market. Learn why 'works on my machine' fails in production and how to build a resilient stack on KVM-based CoolVDS infrastructure.
Kubernetes networking isn't magic—it's packet encapsulation and routing tables. We deep dive into K8s 1.1 networking models, the overhead of overlays like Flannel, and why low-latency hardware is critical for etcd stability.
Is your application slow or is the server dying? In the wake of the Safe Harbor collapse, hosting data in Norway is crucial, but performance is non-negotiable. We dive into the ELK stack, New Relic, and system-level debugging to identify bottlenecks before your users do.
Docker is revolutionizing deployment, but its default configuration is a security minefield. We dive into kernel capabilities, user namespaces, and why KVM isolation is non-negotiable for Norwegian data compliance in 2016.
Is AWS Lambda the future or just vendor lock-in with latency issues? We analyze Serverless patterns for 2016, the death of Safe Harbor, and how to build event-driven architectures on high-performance Norwegian VPS without losing control.
Kubernetes networking is notoriously complex. We break down the flat network model, Flannel configuration, and the iptables maze to help you survive production in 2016.
Overlay networks, iptables hell, and the myth of zero-latency. A battle-hardened guide to K8s networking in the post-Safe Harbor era, specifically for Norwegian infrastructure.
The default kube-proxy in Kubernetes 1.1 is a performance killer. We benchmark iptables mode vs. userspace, configure Flannel for low-latency Norwegian infrastructure, and navigate the post-Safe Harbor compliance minefield.
Default Nginx configurations are bottlenecking your API. We dive deep into kernel tuning, worker connections, and SSL optimization to handle high concurrency on KVM infrastructure.
In a post-Safe Harbor world, hosting APIs in Norway isn't just about compliance; it's about raw performance. We dissect the Linux kernel and Nginx configuration required to handle 10k+ concurrent connections without choking.
Latency is the silent killer of user experience. With the recent Safe Harbor invalidation, hosting data inside Norway isn't just about speed—it's about survival. We explore technical strategies for localized 'edge' processing using KVM and Nginx.
Kubernetes 1.1 has brought massive changes to networking with the new iptables proxy mode. We dive deep into CNI, Flannel configuration, and why the recent Safe Harbor invalidation makes running your own K8s cluster in Norway a smart move.
It is December 2015. The Safe Harbor agreement is dead. Your servers are taking traffic. If you are still relying on simple ping checks, you are flying blind. Here is how to architect a monitoring stack that actually scales.
Docker 1.9 is changing the game, but running containers as root is a recipe for disaster. Here is the battle-tested guide to hardening your stack, surviving the 'Safe Harbor' collapse, and why KVM is your only safety net.
The container ecosystem in late 2015 is a battlefield. We benchmark Docker Swarm against the newly released Kubernetes 1.1 to determine which tool belongs on your production servers in Norway.
The Safe Harbor ruling changed the game for Norwegian data. Learn how to tune Nginx as a high-performance API Gateway on local KVM infrastructure to handle 10k+ RPS without latency spikes.
With the recent release of Docker 1.9 and Swarm 1.0, the container orchestration battle has intensified. We benchmark Swarm against Google's Kubernetes and Apache Mesos to see which solution truly belongs in your production stack—and why your underlying hardware might be the bottleneck you ignored.
It's rarely the code; it's usually the infrastructure. We dissect how to monitor disk I/O, steal time, and Nginx upstream latency on Linux servers. Featuring the implications of the recent Safe Harbor ruling for Norwegian data.
Docker 1.9 just changed the game, but managing containers at scale is still a battlefield. We pit Kubernetes 1.1 against Swarm and Mesos to find the best stack for Norwegian infrastructure post-Safe Harbor.