Found 3,833 results for: can I
Packet loss, MTU mismatches, and iptables hell. We dissect the reality of running Kubernetes networking in production and why your underlying VPS choice dictates your cluster's stability.
While the world rushes to AWS and Azure, smart CTOs in Norway are realizing that 'All-in' on public cloud means spiraling costs and compliance headaches. Here is how to architect a robust, GDPR-ready hybrid infrastructure using Terraform, HAProxy, and high-performance local VPS.
Waiting for Jenkins builds is burning your development budget. We analyze the I/O bottlenecks in CI/CD pipelines, optimize Docker layer caching, and demonstrate why NVMe storage is critical for 2017-era DevOps workflows.
Stop manual SSH deployments. Learn how to implement a rigorous Git-driven infrastructure pipeline using Ansible, GitLab CI, and Docker on high-performance KVM instances.
The 'perimeter' security model is dead. With GDPR looming and ransomware evolving, reliance on a single firewall is negligence. Here is how to implement a pragmatic Zero-Trust architecture on your VPS right now.
Microservices solved your scaling problems but broke your debugging. Learn how to deploy Linkerd as a service mesh to regain visibility and reliability, and why underlying hardware matters for latency.
The 'castle and moat' security strategy is obsolete. With GDPR enforcement looming and sophisticated lateral attacks on the rise, Norwegian CTOs must pivot to a Zero-Trust model. Here is how to implement Google-style BeyondCorp security on your Linux infrastructure today.
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 solve organizational scaling but introduce network chaos. Here is how to implement the sidecar pattern using Linkerd to handle retries, timeouts, and circuit breaking without touching your application code.
In 2017, the rush to Machine Learning is overwhelming, but your infrastructure choices might be sabotaging your results. We dissect why NVMe storage and KVM isolation are non-negotiable for data science workloads in Norway.
It is late 2016, and if you are still clicking buttons in the Jenkins UI, you are doing it wrong. We explore moving to Pipeline-as-Code, fixing I/O bottlenecks with NVMe, and keeping your intellectual property compliant within Norwegian borders.
It is late 2016. The Safe Harbor framework is dead. Ransomware is evolving. Merely copying files is no longer a strategy. Here is how to architect a geo-redundant disaster recovery plan using KVM, ZFS, and Norwegian data sovereignty.
When vertical scaling hits the wall, sharding is your only exit. We explore key-based and range-based partitioning, handling cross-shard JOINs, and why low-latency infrastructure is non-negotiable for distributed data layers.
Microservices solve code complexity but introduce network chaos. In this 2016 guide, we explore the emerging 'Service Mesh' pattern using Linkerd to handle service discovery and circuit breaking without code changes, and why underlying hardware performance is critical for this JVM-heavy architecture.
Kubernetes 1.4+ networking isn't magic—it's a complex beast of iptables, CNI plugins, and encapsulation. We dissect the flow of a packet, compare Flannel vs. Calico, and explain why your underlying VPS I/O is the hidden bottleneck for etcd.
Manual server configuration is killing your uptime. Learn how to implement a 'Git as Source of Truth' workflow using GitLab CI, Ansible, and Docker on high-performance infrastructure.
Moving from monolithic architectures to microservices requires more than just Docker. We explore critical patterns for orchestration, service discovery, and the infrastructure requirements needed to handle the latency overhead in the Norwegian market.
Migrating a live production database is heart surgery on a runner. This guide covers replication strategies for MySQL 5.7 and PostgreSQL 9.6, handling NIX latency, and why NVMe storage matters for data integrity.
With the fall of Safe Harbor and the looming GDPR, relying solely on US-based hyperscalers is a liability. This guide details a hybrid infrastructure strategy using Terraform 0.7 and OpenVPN to bridge local Norwegian NVMe storage with public cloud scalability.
It is November 2016. Ransomware is exploding, and the EU-US Privacy Shield is shaky. Here is a battle-tested Disaster Recovery guide using MySQL 5.7 GTID, BorgBackup, and Norwegian data sovereignty principles.
Is your entire infrastructure held hostage by a single US hyperscaler? We break down a battle-tested architecture using local Norwegian VPS for core data stability and public cloud for burst capacity—featuring real config examples for HAProxy and Ansible.
A battle-hardened comparison of the new Docker Swarm Mode and Kubernetes 1.4. We analyze performance, complexity, and why your underlying VPS IOPS matter more than your scheduler.
Vertical scaling has a ceiling. When your MySQL instance starts choking on write-heavy loads, it's time to talk about sharding. We explore consistent hashing, topology planning, and why network latency in Oslo matters more than you think.
It is late 2016, and the battle for container dominance has shifted from the runtime to the cluster. We benchmark Kubernetes, Docker Swarm, and Mesos to see which solution actually survives production workloads in the Norwegian market.
Centralized clouds are failing real-time applications. We explore how deploying logic closer to Norwegian users—using local KVM VPS and TCP tuning—solves the latency crisis.
Speed of light is a hard limit. In 2016, moving processing power to the edge—right here in Oslo—is the only way to solve the latency crisis for IoT and real-time apps.
With the recent invalidation of Safe Harbor and the looming EU Data Protection Reform, manual security is a liability. Learn how to automate server hardening on CentOS 7 and Ubuntu 16.04 using Ansible to satisfy Datatilsynet requirements.
Running Docker as root is a ticking time bomb. This guide covers essential container security hardening, from dropping Linux capabilities to enabling user namespaces, specifically tailored for Norwegian infrastructure standards.
Kubernetes networking is where most clusters fail. In this deep dive, we dissect the CNI landscape of 2016, compare Flannel vs. Calico, and explain why underlying virtualization choice defines your packet throughput.
Relying solely on AWS or Azure creates a single point of failure and latency issues for Scandinavian users. Here is how to architect a redundant, compliant multi-cloud stack using Ansible and local infrastructure.