KVM VPS Hosting from Evolution Host

KVM VPS Hosting is a service that offers virtual servers powered by KVM technology. It's ideal for developers and businesses who need secure, high-performance environments with full root access and the ability to run custom operating systems.

A KVM VPS (Kernel-based Virtual Machine) is a type of virtual private server that uses hardware virtualization. Each VPS runs its own kernel and is fully isolated from others, providing dedicated resources like RAM, CPU, and storage.

Yes. With KVM, each VPS operates independently and supports its own kernel, allowing you to install or compile a custom kernel — perfect for advanced configurations and specific workloads.

Yes. Docker runs flawlessly on KVM VPS because the environment supports full kernel functionality. You can install Docker just like on a physical Linux machine without any container-level restrictions.

KVM is a full virtualization technology where each VPS runs its own kernel and is completely isolated. OpenVZ is a container-based system where containers share the host's kernel, offering less flexibility and security.

KVM is integrated into the Linux kernel and supports easier management via native Linux tools. Xen uses a microkernel with a control domain (Dom0), which introduces more complexity. KVM is more modern and widely adopted in hosting environments.

VMware is a commercial hypervisor often used in enterprise data centers, while KVM is open-source and tightly integrated with Linux. KVM offers comparable performance without licensing costs, making it ideal for affordable VPS hosting.

LXC (Linux Containers) share the host's kernel and offer lightweight virtualization, but with less isolation and flexibility. KVM provides full hardware virtualization with custom kernel support and greater security, making it better suited for hosting.

Yes. Every Evolution Host VPS includes EvoShield DDoS protection at no additional cost. Our protection is always active and capable of mitigating attacks across Layers 3, 4, and 7.

EvoShield protects against every form of DDoS attack including volumetric floods, UDP spoof attacks, SYN floods, HTTP floods, Slowloris, and application-targeted Layer 7 exploits. Each profile is protocol-specific and designed to neutralize real-world attack patterns.

Yes. All VPS plans come with varying EvoShield levels by default. You can upgrade to a higher EvoShield level during checkout or later via the client area, depending on your protection needs, with additional protection profiles and more firewall slots available.

EvoShield is developed in-house and tailored per protocol, offering more precise mitigation than generic solutions. It analyzes traffic signatures for game servers, websites, VPNs, SSH, web applications, and more — ensuring legitimate traffic is never blocked.

No. EvoShield DDoS protection is always active and inspecting packets in real-time, ensuring that attacks are mitigated instantly - from the very first packet. Legitimate traffic remains uninterrupted while malicious traffic is dropped or filtered instantly.

We support a wide variety of operating systems, including Ubuntu, Debian, AlmaLinux, Rocky Linux, Fedora, openSUSE, and Windows Server editions.

Yes. Full root access is granted for Linux VPS and Administrator access for Windows, giving you complete control over your server environment.

Absolutely. Evolution Host VPS are optimized for gaming, including high CPU clocks and robust DDoS protection — ideal for Minecraft, SA-MP, Rust, and more.

Your VPS will be provisioned within minutes after payment. You'll receive all login details instantly via email.

Yes. You can upgrade your VPS at any time through the client area. Most upgrades are applied without downtime.

VPS hosting gives you a private and scalable server environment to host websites, game servers, or any custom software. With root access via SSH (or Administrator access for Windows), you're in full control. You can install your own operating systems, run services like databases or web servers, and manage everything remotely — even with a graphical interface on Windows Server.

Yes. You can add up to 64 IPv4 addresses when ordering or request more later depending on your use case and justification.