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Getting Started with GPU Slicing for AI Workloads
Learn how to maximize your AI inference performance with GPU slicing technology on CoolVDS.
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Learn how to maximize your AI inference performance with GPU slicing technology on CoolVDS.
Public cloud isn't always the answer. Learn how to architect a compliant, low-latency hybrid infrastructure using WireGuard, Terraform, and Norwegian VDS to slash egress fees and ensure GDPR compliance.
Microservices are a black box without proper tracing. We explore how to deploy the OpenTelemetry Collector (Beta) on CoolVDS to visualize bottlenecks without destroying application performance.
Serverless doesn't have to mean AWS Lambda. Discover how to build high-performance, GDPR-compliant event-driven architectures on bare-metal VDS using OpenFaaS and KVM, right here in Norway.
Is your AWS bill spiraling while legal fears mount over the US CLOUD Act? Learn how to architect a robust, GDPR-compliant multi-cloud infrastructure using Terraform, HAProxy, and CoolVDS as your sovereign core.
It is February 2020. Relying solely on AWS or Azure is a calculated risk that often fails. Here is a pragmatic architectural guide to splitting workloads between hyperscalers and local high-performance NVMe infrastructure like CoolVDS, focusing on GDPR compliance and Norwegian latency.
A battle-hardened guide to locking down Docker and Kubernetes in a post-CVE-2019-5736 world. We cover non-root users, read-only filesystems, and why KVM isolation on CoolVDS is your last line of defense.
Stop tolerating AWS Lambda cold starts. Learn how to deploy a production-ready OpenFaaS cluster on CoolVDS NVMe instances in Oslo for sub-millisecond latency and total GDPR control.
Cloud bills are skyrocketing across Europe. This guide dissects the hidden costs of hyperscalers—from egress fees to CPU credits—and demonstrates how a return to high-performance VDS and rigorous configuration tuning can slash TCO by 40%.
Kubernetes networking is a notorious black box of iptables rules and encapsulation overhead. This deep dive covers CNI selection, IPVS optimization, and why your underlying VDS hardware dictates your cluster's latency.
Iptables is choking your throughput. Learn how to use eBPF and XDP to process packets at the driver level, bypass the kernel stack, and secure your CoolVDS infrastructure against DDoS attacks with zero overhead.
It's 2019, and 'green' dashboards don't mean happy users. We dissect the critical shift from passive monitoring to active observability, covering the ELK stack, Prometheus, and why high-cardinality data demands the NVMe performance found in CoolVDS infrastructure.
Vendor lock-in is the silent killer of TCO. Discover how to architect a compliant, high-performance hybrid infrastructure using local Norwegian VDS for core data and hyperscalers for burst compute—without bleeding budget on egress fees.
VPNs are just glorified backdoors. In 2019, the only secure network is one that assumes it's already breached. Here is how to build a Zero-Trust environment on CoolVDS using Nginx mTLS and strict iptables.
Default Docker configurations are a security nightmare waiting to explode. We break down how to lock down your container infrastructure, navigate Norwegian GDPR requirements, and why strict kernel isolation on CoolVDS is your last line of defense.
Escape the unpredictability of public cloud billing. This guide details how to implement a sovereign Serverless architecture using OpenFaaS and Docker on CoolVDS NVMe instances, ensuring low latency and GDPR compliance in Norway.
Perimeter security is dead. In the wake of the Equifax breach and GDPR, relying on a single VPN gateway is professional negligence. Learn how to implement SSH Certificate Authorities, mTLS with Nginx, and true network isolation on CoolVDS.
Stop treating Kubernetes networking as magic. We dissect the packet flow, compare Flannel vs. Calico performance, and explain why raw VDS performance dictates your cluster's stability.
TCP Head-of-Line blocking is destroying your mobile performance. We explore the QUIC protocol, how to implement it today using Caddy 0.11, and why CoolVDS is the optimal infrastructure for UDP-heavy traffic in Norway.
Vendor lock-in is a technical debt that accrues interest daily. We explore a hybrid architecture using CoolVDS for data sovereignty in Norway and public cloud for burst capability, complete with Terraform v0.11 examples and HAProxy configurations.
With GDPR fully enforceable as of May 2018, manual server hardening is a liability. We explore using Ansible and OpenSCAP to automate compliance on CoolVDS instances in Norway.
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 May 25th deadline days away, we analyze why off-site backups in the US might violate Norwegian data laws and provide a technical guide to building a compliant, low-latency DR plan on CoolVDS NVMe instances.
It is April 2018. GDPR is looming, your master database is choking on IOPS, and you think sharding is the answer. As a battle-hardened sysadmin, I'm here to tell you: upgrading your vertical stack on CoolVDS is usually smarter. But if you truly have 'Facebook-scale' problems, here is the manual on how to shard without destroying your data integrity.
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.
Google and IBM just dropped Istio, changing the microservices game. We dive into the sidecar pattern, analyze the resource overhead for your VPS, and show you how to deploy this alpha release on CoolVDS infrastructure.
The perimeter is dead. With GDPR enforcement looming in 2018, relying on a VPN is no longer sufficient. We dissect how to implement Google-style Zero Trust architecture using standard Linux tools and CoolVDS KVM instances.
Forget AWS Lambda cold starts and unpredictable billing. Learn how to architect a latency-crushing, private FaaS cluster using Docker Swarm and OpenFaaS on CoolVDS NVMe instances in Oslo. Total control, zero lock-in.
The 'castle-and-moat' security model is dead. Learn how to implement Google-style BeyondCorp principles using Nginx mTLS, rigorous segmentation, and Norwegian data sovereignty on CoolVDS.
The perimeter firewall is dead. With GDPR looming in 2018, relying on a 'trusted internal network' is negligence. Here is how to lock down your infrastructure using standard Linux tools, paranoia, and CoolVDS isolation.