Virtual Cable and Flexxible strengthen their collaboration
Virtual Cable, developer of the digital workplace solution UDS Enterprise, and Flexxible, a provider specialized in workplace solutions, announce a new step in their strategic alliance by combining their technologies to create a joint proposal that transforms how workplace virtualization as a service is approached.
Virtual desktops and applications with technological independence
The combination of FlexxDesktop and UDS Enterprise allows organizations to deploy virtual desktops, applications, and remote access to physical machines with full technological independence, adapting to any infrastructure, hypervisor, or operating system. All of this is offered under a pay-per-use model, without long-term commitment, significantly reducing costs compared to traditional market alternatives.
Key benefits for organizations
The main benefits of this solution include security, flexibility, cost reduction, technological independence, and transparency in management, along with agile and personalized support provided jointly by both companies.
“Our mission has always been to democratize access to desktop virtualization, offering companies and public organizations an open, flexible, and sustainable solution. The alliance with Flexxible allows us to bring this vision to a more accessible service model that meets current market demands,” explains Félix Casado, CEO of Virtual Cable.
Sebastian Prat, CEO of Flexxible, adds, “The integration with UDS Enterprise brings a unique level of compatibility, scalability, and security to FlexxDesktop. Together with Virtual Cable, we offer a proposal that simplifies the adoption of the digital workplace and ensures the best experience for users and IT departments alike.”
Innovation in the smart digital workplace
Through this collaboration, Virtual Cable and Flexxible reinforce their commitment to innovation in the smart digital workplace, providing organizations with a real and competitive alternative to traditional workplace virtualization models.
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