This can be useful for users looking to comfortably manage a large number of application containers. Kubernetes provides an environment that scales, automatically restores, and balances loads for containers launched inside clusters. Read more
Our Virtual Private Cloud is built on OpenStack. The initial cloud setup and several types of objects can be managed from our API.
To make our service even easier to use, we’ve developed the selvpcclient library. The library is written in Python and covers the entire API, which lets you manage projects, quotas, and resources from your program code and console. Read more
The Virtual Private Cloud (VPC) used to operate entirely out of one data center in St. Petersburg, and as a result, it lacked pools. We made it a point to address this issue and we’ve kept our word: we’ve opened a new VPC pool in our Moscow data center, Berzarina. This ensures fault-tolerance, improves connectivity, and raises the performance of our users’ resources.
In addition to the API, we’ve spent the last few months making general improvements to our Virtual Private Cloud. In this article, we’ll be talking about the latest updates and innovations.
You’ve probably already heard about our Virtual Private Cloud (VPC). Launched in May 2015, our VPC gives users a flexible, easy-to-manage, scalable virtual infrastructure that can be customized to fit any project. In this article, we’ll look at some practical uses for the cloud as well as its payment system.
Today we’re going to look at how we can build a ready-made infrastructure from a virtual device using the OpenStack orchestration module, Heat.
Heat requires the python-heat package, which is included in the repositories of most Linux systems. It can be installed from the PyPI repository using the PIP utility. Installation instructions can be found under Access in the control panel (Control Panel -> Virtual Private Cloud -> Projects -> Access).