Found 1,111 results for: Kubernetes
Containerization has transformed deployment, but default configurations are a security nightmare. We dive into essential hardening techniques for Docker and Kubernetes, from dropping capabilities to enforcing strict RBAC, specifically tailored for Norwegian compliance standards.
Microservices solve scalability but introduce networking hell. Learn how to deploy Istio 1.1 on Kubernetes for observability and mTLS, and why underlying hardware latency matters more than your mesh config.
Manual deployments are the root cause of infrastructure drift. Learn how to implement a rigid GitOps workflow using Kubernetes and GitLab CI, ensuring your Norwegian infrastructure remains compliant and stable.
Microservices solve code complexity but introduce networking chaos. Learn how to implement Istio on Kubernetes to handle observability and mTLS, specifically tailored for Norwegian data compliance and high-performance infrastructure.
Manual deployments are a ticking time bomb. Learn how to implement a GitOps workflow using Kubernetes and Flux, ensuring GDPR compliance and eliminating configuration drift in your Norwegian infrastructure.
Manual deployments are a liability. Learn how to implement a GitOps workflow using Kubernetes, GitLab CI, and Weave Flux to secure your CI/CD pipeline, satisfy GDPR audit requirements, and why high-performance NVMe VPS is the bedrock of reliable container orchestration.
Manual cluster management is a liability. Learn how to implement a declarative GitOps workflow using Kubernetes and CI/CD best practices relevant to 2018, ensuring stability and GDPR compliance in Norway.
Is the public cloud's 'serverless' promise really worth the latency tax? We explore self-hosted serverless patterns using OpenFaaS and Kubernetes on high-performance VPS infrastructure, tailored for Norwegian data sovereignty.
Manual deployments are a liability. We dissect a 2018-ready GitOps workflow using Kubernetes 1.12 and Weave Flux to satisfy GDPR audits and eliminate drift.
Docker containers are not virtual machines. If you are treating them as such, you are one kernel panic away from disaster. Here is the battle-hardened guide to locking down Docker and Kubernetes in a post-GDPR world.
Manual deployments are a ticking time bomb. Learn how to implement a rigorous GitOps workflow in 2018 using Kubernetes and GitLab CI, ensuring your infrastructure is as version-controlled as your code. Optimized for Norwegian data standards.
Is public cloud serverless eating your budget and compromising GDPR compliance? Learn how to architect a self-hosted FaaS platform using Kubernetes and OpenFaaS on bare-metal capable KVM instances.
Manual deployments are creating snowflake servers. Learn how to implement a rigid GitOps workflow using GitLab CI, Kubernetes, and Terraform to ensure your infrastructure matches your code—compliant with the new GDPR rules.
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.
Microservices solve scale but introduce chaos. We explore implementing Istio on Kubernetes to handle observability and mTLS in a post-GDPR world, specifically tailored for Norwegian infrastructure constraints.
Serverless isn't magic—it's just someone else's computer. Learn how to architect a compliant, high-performance FaaS platform using OpenFaaS and Kubernetes while keeping your data strictly within Norwegian borders.
Manual deployments are a liability in the GDPR era. Learn how to implement a GitOps workflow using Kubernetes, GitLab CI, and Weave Flux to create an immutable, auditable infrastructure on high-performance NVMe storage.
It's 2018. GDPR is live. Manual server patching is now a liability. Learn how to implement a rigid GitOps workflow using GitLab, Flux, and Kubernetes on CoolVDS KVM instances to ensure compliance and sleep through the night.
With the GDPR deadline less than two weeks away, manual server updates are a legal liability. Learn how to implement a strict GitOps workflow using Kubernetes 1.10 and GitLab CI to ensure total compliance and rapid disaster recovery on Norwegian infrastructure.
April 2018 is the turning point. Stop manual 'kubectl apply' madness. We implement a strict GitOps workflow using GitLab CI and Kubernetes 1.10 on high-performance NVMe VPS infrastructure in Norway.
Is your team still deploying Kubernetes resources manually? With the GDPR deadline approaching and complexity rising, it's time to adopt the 'Operations by Pull Request' model using Weave Flux and CoolVDS.
Microservices are creating chaos in production environments. Learn how to implement a Service Mesh using Linkerd and Kubernetes 1.9 to regain observability and reliability, without sacrificing performance on Norwegian infrastructure.
Microservices solve code complexity but introduce network chaos. This guide dissects how to deploy Linkerd as a Service Mesh on Kubernetes 1.6 to handle circuit breaking and discovery, ensuring your Nordic infrastructure survives high concurrency.
Monoliths were easy. Microservices are a distributed nightmare of latency and failures. Here is how to regain control using Linkerd and Kubernetes 1.5 without burning down your infrastructure.
Microservices solve monolith problems but create networking nightmares. Learn how to implement Linkerd on Kubernetes 1.5 without destroying your latency, specifically tailored for Norwegian infrastructure requirements.
Microservices are breaking your network stability. Learn how to implement a Service Mesh using Linkerd on Kubernetes 1.5 to handle service discovery, retries, and latency without code changes.
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.
Managing containers across multiple nodes is the new infrastructure nightmare. We break down the current state of Docker Swarm, Kubernetes 1.0, and Mesos, and why your underlying hardware determines who wins.
Docker 1.2 is here, but managing containers across multiple hosts is still the Wild West. We compare Fig, CoreOS Fleet, and the emerging Kubernetes to see what actually works in production.
With Docker hitting version 1.0 last month, the container revolution is officially ‘production ready’. But running one container is easy; managing a cluster is war. We compare CoreOS fleet, Mesos, and the emerging Kubernetes to help you survive.