Canonical announced a three year partnership with Ericsson to drive innovation around IT cloud and telecom cloud solutions, the latter in line with OPNFV. The move will help both organizations respond to increasing demand from telecoms companies and enterprises for more flexible, scalable options to meet the ever-growing appetite for new services.
Under the terms of the partnership, Ericsson will deploy Ubuntu as the host OS for Ericsson’s Cloud System platform. Ubuntu Server OS will underpin Ericsson’s offering for its telecommunications network, internal data center and cloud computing customers; giving customers flexibility and assisting the global adoption of OpenStack-based cloud technologies.
Today we continue with our posts series about VDI deployments with the main hypervisors in the market. After dealing with Hyper-V and oVirt, today we talk about VMware vSphere. Our VDI connection broker for Windows and Linux easily integrates with vSphere, since its components are offered in Virtual Appliance format. The elements that make up UDS Enterprise are hosted on the same VMware vSphere platform on which the virtual desktops are to be deployed by very simple steps.
Once the initial steps have been completed, the UDS Enterprise components are interconnected to each other and are subsequently connected to the platform on which the virtual desktops are to be deployed. At this time, we will obtain a robust and efficient virtual desktop platform that is prepared to administer and manage the virtual desktops deployed on VMware vSphere, with the virtual desktops now ready for users to connect.
Azure App Service is a one-of-a-kind cloud service which allows developers to easily build employee, partner and customer-facing vApp for any platform or device.
It is an integrated solution that streamlines development while enabling easy integration with on-premises and SaaS systems while providing the ability to quickly automate business processes.
In our post today we are going to explain how to deploy a complete Open Source VDI solution with oVirt and our connection broker for Windows and Linux UDS Enterprise. Integrating UDS Enterprise with oVirt is carried out by simple steps, since the different components are offered in a Virtual Appliance format.
Through these very intuitive instructions, the UDS Enterprise components are hosted on the oVirt platform on which the virtual desktops are going to be deployed. Having completed the hosting phase and following a simple configuration process, the UDS Enterprise components go from being independent elements to forming a user station management platform, integrating themselves with the oVirt platform on which the virtual desktops are to be deployed.
Nowadays, most developers are aware of the benefits of using Open Source tools and code. Open Source repositories such as GitHub and SourceForge provide valuable resources for those looking for help on the internet to develop their own applications.
In addition, the most popular development tools are available under Open Source licenses. The last years there has been a considerable increase in new tools, especially oriented to the development of technologies related to mobile devices and the JavaScript framework.
In this post we are going to describe how to deploy a VDI infrastructure with Microsoft Hyper-V and our VDI connection broker for Windows and Linux UDS Enterprise. The process of integrating UDS Enterprise with Microsoft Hyper-V is a simple task since its components are offered in Virtual Appliance format. Through a simple process, the UDS Enterprise components are hosted on the Microsoft Hyper-V platform on which the virtual desktops are going to be deployed. Once the components have been stored, it is necessary to interconnect all of them between each other as well as with the Microsoft Hyper-V virtual platform.
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