Found 368 results for: Style Transfer
Sending passwords over port 21 is negligence. With tools like Firesheep making packet sniffing child's play, it is time to lock down your transfer protocols. Here is how to deploy chrooted SFTP on your CoolVDS instance today.
Sending files via standard FTP is like shouting your password across a crowded room. Here is why you need to switch to SFTP (SSH) immediately, how to configure chroots in OpenSSH, and why latency to Oslo matters for transfer speeds.
Hope is not a strategy. We dissect a failsafe Disaster Recovery plan for high-availability systems, covering automated offsite backups, MySQL consistency, and why data residency in Norway is your best legal defense.
Backups are not a strategy. We analyze RTO/RPO calculation, GDPR compliance under Datatilsynet guidelines, and why high-IOPS NVMe storage is critical for restoration times.
Migrating a production database is open-heart surgery. Here is a battle-tested guide to moving MySQL and PostgreSQL workloads to Norwegian soil without breaking data consistency or suffering unacceptable downtime.
Database migration isn't just about moving data; it's about survival. Learn battle-tested strategies to migrate terabytes of data without downtime, leveraging replication and NVMe throughput in a post-Schrems II world.
Sending passwords in cleartext is professional negligence. Learn how to implement secure, chrooted SFTP on your servers using OpenSSH 5, ensuring compliance with Norwegian data laws without sacrificing speed.
Ditch the JVM bloat. Learn how to deploy NATS JetStream for high-throughput, persistent messaging on bare-metal capable VPS infrastructure. Essential reading for DevOps engineers prioritizing speed and data sovereignty in 2021.
The Privacy Shield is dead. Is your data strategy legal? We explore compliant Disaster Recovery architectures for Norwegian businesses, focusing on RTO, RPO, and strict data sovereignty.
Is Kubernetes overkill for your workload? We benchmark orchestration overhead, tackle Schrems II data sovereignty in Norway, and explain why raw NVMe performance defines cluster stability.
Is your AWS bill growing faster than your user base? We analyze the hidden costs of cloud infrastructure, from egress fees to IOPS limits, and detail how moving workloads to Norwegian KVM instances can slash TCO while solving Schrems II compliance headaches.
With the EU Safe Harbor ruling invalidating US data transfers, hosting your build pipeline in Norway is no longer optional—it's survival. We dive into the Jenkins Workflow plugin (the future 2.0 standard) to replace fragile UI configurations with robust code.
Plain FTP sends passwords in cleartext. In 2011, that is negligence. Learn how to configure chrooted SFTP on Linux, satisfy Datatilsynet, and secure your transfers.
Escaping the hyperscaler billing trap. Learn actionable strategies for rightsizing, egress management, and why moving workloads to Norwegian infrastructure reduces both latency and TCO.
Is your deployment pipeline bleeding time and money? We analyze how local self-hosted runners, NVMe storage, and Docker layer caching can cut build times by 60% for Norwegian engineering teams.
Hyperscale cloud bills are eating your margins. Learn how to audit resource waste, leverage NVMe performance, and navigate Schrems II compliance in Norway to cut infrastructure costs by 40%.
Cloud bills are skyrocketing in 2021. Between egress fees, 'noisy neighbor' performance hits, and the legal costs of Schrems II compliance, the hyperscaler promise is fading. Here is how to architect for predictable costs, data sovereignty, and raw NVMe performance.
Still relying on port 21? In 2011, transmitting data in plaintext is professional negligence. Learn how to configure chrooted SFTP on CentOS 6 and Debian to secure your infrastructure against packet sniffing while satisfying Datatilsynet requirements.
Plaintext FTP is a security liability in 2011. Learn how to migrate to SFTP using OpenSSH, configure chroot jails, and satisfy the Norwegian Data Inspectorate.
Still using plain FTP? You are broadcasting passwords in cleartext. Here is how to lock down your server using SFTP and OpenSSH chroots on CentOS 5 and Debian Lenny.
Stop bleeding money on hyperscaler egress fees. This guide details a hybrid architecture for Norwegian businesses, leveraging local NVMe VPS for core compute while navigating GDPR compliance.
Manual security audits are a liability. Learn how to automate GDPR compliance and server hardening using Ansible and OpenSCAP on Norwegian infrastructure. A guide for CTOs who can't afford fines.
Serverless is an operational model, not just a product. We analyze three robust patterns for 2022, discuss the GDPR implications of US clouds, and show how to build a compliant, high-performance FaaS platform on CoolVDS infrastructure.
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.
While the industry buzzes about 'Fog Computing,' the reality is simpler: physics wins. Here is how deploying decentralized VPS nodes in Norway reduces latency for IoT and high-traffic apps.
Load average is low, but your site is crawling. We dissect the hidden metrics that matter in late 2015, from CPU steal time to the Safe Harbor data residency crisis.
A battle-hardened guide to kernel tuning, NGINX optimization, and infrastructure selection for high-performance API delivery in a post-Schrems II landscape.
As traffic demands soar in 2009, Norwegian businesses must look beyond simple bandwidth upgrades. This guide explores VDS, server management, and optimization techniques to ensure rapid content delivery.
Serverless isn't a silver bullet. Discover how to combine FaaS agility with the raw power and compliance of Norwegian NVMe infrastructure using OpenFaaS and K3s.
A battle-hardened comparison of container orchestrators for European DevOps teams. We analyze K8s 1.24 vs. Swarm, the impact of Schrems II on data residency, and why underlying hardware I/O defines cluster stability.