Found 119 results for: CDN Compute
It is September 2016. The EU-US Privacy Shield is new, but latency is forever. Here is how to architect a hybrid solution that keeps data safe in Norway while leveraging public cloud scalability.
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.
With the recent invalidation of Safe Harbor, relying solely on US-based giants is a liability. Here is how to architect a compliant, high-performance hybrid infrastructure using local KVM instances and open-source tools.
Latency is the new downtime. As IoT and real-time apps explode, relying on a datacenter in Frankfurt or Virginia is a strategic error. Here is how to architect true edge performance using local VDS nodes, Nginx tuning, and MQTT aggregation.
The ECJ just invalidated Safe Harbor. Relying solely on US hyperscalers is now a compliance risk. Here is how to build a hybrid infrastructure that balances sovereignty with scalability.
Is your pay-as-you-go cloud bill spiraling out of control? We analyze the TCO of Public Cloud vs. High-Performance VPS in the Norwegian market, offering Linux kernel tuning tips and architectural shifts to cut costs by 40% while lowering latency.
Latency is the silent killer of user experience. We explore how to deploy distributed 'fog' computing architectures using Nginx and Varnish to keep your Nordic traffic local, compliant, and insanely fast.
Post-Snowden data sovereignty and the recent US-East outages prove one thing: putting all your eggs in the AWS basket is negligent. Here is the battle-tested architecture for high-availability Norwegian hosting.
Stop paying egress fees and risking GDPR fines. A senior architect's guide to building a robust hybrid infrastructure using Terraform, WireGuard, and local Norwegian VDS.
Stop overpaying for idle compute. A technical deep-dive on architecting a compliant, cost-effective hybrid infrastructure using Norwegian VDS for core workloads and hyperscalers for burst capacity.
Centralized clouds are failing your latency budget. We dissect practical Edge Computing architectures for the Nordic market, covering IIoT aggregation, GDPR compliance, and kernel-level network tuning.
Stop bleeding money on hyperscaler egress fees. Learn how to architect a hybrid strategy using local Norwegian VPS infrastructure for GDPR compliance, reduced TCO, and ultra-low latency.
Physics beats marketing. Learn why routing local Norwegian traffic through Frankfurt is a strategic failure, and how to build a high-performance Regional Edge architecture using CoolVDS, K3s, and WireGuard.
Physics doesn't negotiate. Discover why placing your workloads in Oslo is critical for real-time applications and how to architect a high-performance edge layer using standard Linux tools.
Latency isn't just a metric; it's a conversion killer. Learn how to tune kernel parameters, optimize NGINX upstream keepalives, and leverage NVMe storage to handle high-throughput API traffic in Norway.
Stop routing local traffic through Frankfurt. We dissect the physics of latency, NIX peering, and practical edge computing configurations to achieve sub-5ms response times.
Physics is the enemy. Learn how to deploy edge nodes in Oslo to reduce latency below 10ms for IoT, gaming, and real-time apps, keeping data compliant with Datatilsynet requirements.
Escaping the hyperscaler lock-in while satisfying Datatilsynet. A technical deep dive into hybrid architectures, WireGuard meshing, and why local infrastructure is your best defense against egress fees.
Relying solely on US hyperscalers is a legal and financial risk for Norwegian businesses. This guide details a hybrid architecture using local VDS and Terraform to solve GDPR headaches and reduce egress fees.
With NVIDIA H100 shortages squeezing European startups, smart CTOs are looking at AMD's Instinct roadmap. Here is a technical deep-dive on running PyTorch on ROCm, KVM GPU passthrough, and why Norway is the best place to host power-hungry AI workloads in 2023.
Centralized clouds are killing your response times. We dissect practical Edge Computing architectures using Norwegian VPS infrastructure, focusing on MQTT aggregation, GDPR compliance, and Nginx caching layers.
Vendor lock-in and egress fees are draining IT budgets. This guide outlines a technical roadmap for a hybrid multi-cloud architecture using Terraform, WireGuard, and sovereign Norwegian infrastructure.
A pragmatic CTO's guide to cutting egress fees and solving Schrems II compliance by combining hyperscalers with high-performance local VPS infrastructure.
Webpack is dead to me. Discover how to leverage Vite 3.0 for instant dev environments and how to deploy high-performance build pipelines on CoolVDS NVMe instances to dominate Nordic latency benchmarks.
Latency is physics, not a bug. In this 2022 deep dive, we explore deployment strategies using K3s and WireGuard to keep data strictly within Norwegian borders, ensuring GDPR compliance and sub-10ms response times.
Stop bleeding budget on egress fees and legal consultations. This guide details a battle-tested hybrid architecture combining local Norwegian sovereignty with global reach, using Terraform, WireGuard, and bare-metal performance.
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.
Stop overpaying for egress fees and fighting GDPR nightmares. A technical deep dive into building a hybrid infrastructure using CoolVDS as your compliant, high-performance Nordic hub.
Physics is non-negotiable. For Norwegian DevOps teams facing rugged geography and strict GDPR laws, Edge Computing isn't a buzzword—it's survival. We break down real-world architectures using WireGuard, K3s, and MQTT to bridge the gap between remote fjords and Oslo data centers.
Navigating data sovereignty, latency, and redundancy in late 2021. A technical guide to hybrid cloud architectures using Terraform, WireGuard, and NVMe-backed local infrastructure.