We use cookies and similar technologies to improve your experience, analyze site traffic, and personalize content. By clicking "Accept All", you consent to our use of cookies. You can manage your preferences or learn more in our Privacy Policy.
Privacy & Cookie Settings
We respect your privacy and give you control over your data. Choose which cookies you want to allow:
These cookies are necessary for the website to function and cannot be disabled. They are set in response to actions made by you such as setting your privacy preferences, logging in, or filling in forms.
These cookies help us understand how visitors interact with our website by collecting and reporting information anonymously. This helps us improve our services.
Providers: Google Analytics, Plausible Analytics (privacy-friendly)
These cookies are used to track visitors across websites to display relevant advertisements and measure campaign effectiveness.
Providers: LinkedIn, Twitter/X, Reddit
These cookies enable the website to remember choices you make (such as your language preference or region) to provide enhanced, more personalized features.
Your Privacy Rights
Right to Access: You can request a copy of your personal data
Right to Deletion: You can request deletion of your data
Right to Object: You can object to processing of your data
Right to Portability: You can request your data in a portable format
Sharding is a complex beast that can destroy your data integrity if mishandled. We explore architectural strategies for partitioning data across Norwegian infrastructure, focusing on Postgres and MySQL optimization before you hit the panic button.
Physics doesn't negotiate. When millisecond latency determines the success of industrial IoT or real-time trading, relying on Frankfurt data centers is a liability. Here is how to architect true edge solutions using KVM and NVMe in Oslo.
Latency isn't just a metric; it's the bottleneck of modern architecture. We dissect why placing compute power in Norway (Near Edge) beats continental hyperscalers for performance and GDPR compliance, featuring real-world Nginx and WireGuard configurations.
Stop letting false positives wake you up. We dissect a production-grade Prometheus stack, analyze NVMe requirements for Time Series Databases, and navigate Norwegian data sovereignty challenges.
Stop blaming your code. We dissect kernel-level optimizations, Nginx/Kong configurations, and the critical role of NVMe infrastructure in reducing API latency for Norwegian workloads.
Serverless doesn't have to mean giving up control or data sovereignty. Learn how to deploy a high-performance, GDPR-compliant FaaS platform on CoolVDS using K3s and OpenFaaS. We cover architecture patterns, kernel tuning, and the reality of latency in the Nordic market.
The castle-and-moat security model is obsolete. Learn how to implement a true Zero-Trust network using WireGuard, mTLS, and strict firewalling on Norwegian infrastructure, ensuring compliance with Schrems II while maintaining low latency.
Containers are not virtual machines. Learn how to harden your Docker images, restrict runtime capabilities, and secure the host layer against the latest vulnerabilities like Log4j, specifically tailored for Norwegian infrastructure compliance.
Stop blaming the firewall. A battle-hardened look at Kubernetes networking primitives, CNI selection in 2022, and optimizing the data plane on Norwegian infrastructure.
Latency is the only bottleneck you can't code your way out of. We explore practical Edge Computing architectures for 2022, focusing on Nordic topology, WireGuard meshing, and why physical location beats raw clock speed.
Migrating a production database doesn't have to be Russian Roulette. This guide details the exact protocols for moving MySQL and PostgreSQL workloads to Norwegian infrastructure while navigating GDPR compliance, Schrems II fallout, and ensuring sub-millisecond latency.
A battle-hardened guide to debugging Kubernetes networking. We explore CNI selection, IPVS vs. iptables, kernel tuning, and why physical location in Norway matters for latency.
Stop blaming the code. Most CI/CD bottlenecks in 2022 are infrastructure failures. Here is how to cut deployment times by 60% using Docker BuildKit, aggressive caching, and Norwegian NVMe infrastructure.
A technical guide for CTOs and Systems Architects on building a robust multi-cloud strategy using Terraform, WireGuard, and Norwegian infrastructure to satisfy Schrems II and reduce TCO.
The 'castle-and-moat' security model is obsolete. Learn how to implement actionable Zero-Trust principles on Linux infrastructure using WireGuard, mTLS, and compliant Norwegian hosting to satisfy Datatilsynet.
Stop praying during migrations. We break down architectural strategies for moving terabytes of data with minimal latency, focusing on replication, consistency, and why NVMe storage prevents I/O choking.
Stop blaming your microservices. Learn how to tune Nginx and Kernel parameters for sub-millisecond overhead, compliant with strict Norwegian data standards.
Backups are not disaster recovery. In a post-Schrems II world, relying on US hyperscalers for redundancy is a legal minefield. Here is a battle-tested technical guide to RTO, RPO, and keeping your data sovereign in Norway.
Waiting 20 minutes for a build isn't a coffee break; it's a productivity killer. Learn how to cut CI/CD times by 60% using self-hosted runners, NVMe storage, and specific Docker optimizations compliant with Norwegian data laws.
Latency isn't just a technical metric; it's a legal and operational liability. We explore practical edge computing architectures using Norwegian infrastructure to solve GDPR headaches and eliminate the Frankfurt round-trip delay.
Default configurations are the enemy of latency. A deep dive into kernel tuning, Nginx optimization, and infrastructure choices for Norwegian DevOps teams facing high-throughput demands.
A battle-hardened guide to scaling infrastructure monitoring using Prometheus and Grafana. Learn how to handle high-cardinality metrics, configure intelligent alerting, and ensure GDPR compliance in Norway without sacrificing performance.
When vertical scaling hits the hardware ceiling, sharding is the only way forward. We dissect practical sharding strategies, consistent hashing implementation, and why infrastructure latency is the silent killer of distributed databases in 2022.
Stop blaming your application code. In 90% of latency cases, your API Gateway is choking on default kernel settings and noisy neighbor hardware. Here is the rigorous guide to tuning the TCP stack, Nginx, and infrastructure for Norway's high-compliance market.
Sharding is a last resort, not a default setting. We explore when to break your database, how to implement consistent hashing with ProxySQL, and why low-latency infrastructure like CoolVDS is critical for distributed data in the Nordic region.
Stop letting the 'microservices tax' kill your user experience. We dive deep into kernel tuning, NGINX keepalives, and why hardware isolation is the only metric that matters for P99 latency.
A brutally honest comparison of container orchestration tools. We analyze complexity, performance, and why your underlying hardware—specifically NVMe storage—dictates cluster stability more than your YAML files.
Shared runners are a trap for serious dev teams. Learn how to cut build times by 60% using self-hosted runners, optimized storage drivers, and Nordic infrastructure tailored for compliance.
Containers are not virtual machines. In the wake of Log4Shell, relying on default Docker settings is negligence. Learn how to implement rootless execution, drop kernel capabilities, and why hardware-level isolation at the VPS level is your last line of defense.
Cloud bills are eating your margins. From mitigating egress fees to strategic resource allocation, here is how we cut infrastructure costs by 40% without sacrificing performance.