Managed Servers & Cloud
A freelance developer managing three client projects doesn't necessarily need three separate servers. A single Linux VPS can host several isolated Docker applications, each with its own domain, configuration, and deployment process.
If you want to broadcast a live event from OBS Studio to your own website, you don't necessarily need a commercial streaming platform. An Ubuntu VPS can receive your live video, prepare it for browser playback, and deliver it to viewers using Nginx.
A Minecraft server can have enough RAM, fast storage, and a decent CPU and still struggle with lag. One part of the setup that often gets overlooked is the Java runtime actually running the server.
Compare Docker on Linux VPS vs Windows Server. Learn how Linux cgroups, namespaces, Hyper-V isolation, container density, startup time, and storage performance affect Docker deployments. Understand when to choose Linux or Windows for container hosting.
Running a Minecraft server on a VPS gives you more control over the server, but it also means you need to protect the Linux environment behind it.
Learn how to troubleshoot common VPS migration problems, including 404 errors, permission denials, database connection failures, .htaccess issues, DNS problems, and PHP configuration errors after moving your website.
Moving a website from a traditional VPS to a cloud VPS can sound risky. Your current server may already contain websites, databases, email configurations, SSL certificates, scheduled jobs, and application files. One mistake during migration can lead to downtime or missing data.
Learn how to troubleshoot an unmanaged VPS after a crash. Check SSH, server resources, disk space, services, logs, firewall rules, networking, and DNS to identify the problem and restore your server safely.
Discover why Linux VPS hosting is widely used for WordPress and open-source web stacks, including PHP, MySQL, LAMP, caching tools, and flexible server management.
A simple comparison of Cloud VPS and dedicated servers, covering performance, virtualization, storage, networking, scalability, and real-world workloads.
