Private network
Enjoy a completely isolated environment with no Internet. Connect servers located in a selected data center and build a secure private cloud for your business.
Experience the swift deployment of virtual server boasting scalability, security, and fault tolerance in just 40 seconds.
Choose the number of resources that suits your project.
Deploy in just 40 seconds! No fuss, no boredom – just pure efficiency at your fingertips.
Serverspace charges every 10 minutes! Pay for what you use. It's your server, your time, your cost control!
Go global! Experience our low-latency, high-availability network for seamless performance across the world.
Take full control. Feel the power of CPU, RAM, and drives in every cloud server. Customize your experience effortlessly. It's your cloud, your way.
VM's utilizes the exceptional power of Intel Xeon Gold 6154 processors, running at an impressive 3.1 GHz clock speed.
VPS cloud servers are equipped with high-speed solid-state drives boasting exceptional IOPS rates. Your data is stored in triplicate, ensuring constant availability without any delays.
Compare the Geekbench 4 score of Serverspace VMs with the others cloud providers. Implementation of real tasks on servers with 1 vCPU and 1 GB memory.
Create virtual servers with pre-installed versions of the most up-to-date OS distributions and apps.
Use all cloud capabilities to build the strongest infrastructure for development.
Enjoy a completely isolated environment with no Internet. Connect servers located in a selected data center and build a secure private cloud for your business.
Monitor system performance from global locations in real-time. Set up your metrics and receive alert notifications by email.
Add high-speed volumes to your VMs and easily resize them when using. Volumes depend on the cloud servers and save your data until VMs are deleted.
The top cloud VPS platform's VM's operate on an innovative hyperconverged vStack platform, which is built on advanced Open Source technologies. This platform facilitates the creation of next-generation virtual machines.
Cloud servers are available worldwide in 5 global markets: the USA, Netherlands, Kazakhstan, Canada, and Turkey.
Data protection.
Pay-as-you-go.
Public IPv4 networks.
99.9% SLA guaranteed.
Up to 500 Mbps bandwidth.
100% free human support.
We use servers with two 18-core Intel Xeon Gold 6254 3.1 GHz processors, DDR4 ECC LR-DIMM 2.9 GHz RAM, and fast-speed NVMe SSDs with N+2 backup (analog to RAID-6).
A cloud server is a hardware-based server connected to other hardware servers forming a single fault-tolerant cluster. When one of the servers fails, it instantly switches to a functioning server for hosting and thus provides high availability. A cloud server is also scalable, which allows you to increase its capacity at any time quickly for anything you need, a VPS hosting for example.
Prices vary greatly depending on the specific infrastructure you use, as well as the actual time your system works (not idle). For example, the basic solution – a selection of OSs, 1 core, 1 GB RAM, 25 GB SSD drive, 50 Мbit/s – starts from as low as USD 4.55/month; block storage of 10 GB is merely 1 dollar per month (respectively, 1 TB of storage is USD 100). Our SSL-certificates are billed separately; the entire price list is available here. Our billing period is 10 minutes.
With us – definitely yes. We follow the most comprehensive worldwide-accepted security practices: your data in the cloud are encrypted to prevent possible malicious access; physical access to our data facilities is strictly limited to an operational team only; updates of system components are performed regularly. The redundancy backup policy is implemented in case of a single server fault – so your data will always be available to you, even when from a different physical location.
In short, your cloud-stored data is, in fact, more secure than data saved on your computer.
Data Centers are just like your personal computer, only multiplied by a thousand at least. Drives, processors, and other components are piled in columns called stacks; all stacks are interconnected to provide precisely the amount of computing capacity required at the moment.