Use Cases
The scalability, management controls and cost savings offered by Cloud Hosted Virtual Desktops can benefit any organization. On top of that, ATSG Cloud PC has specific applications for enterprises, considering the following factors.

Virtual Private Network Alternative
Cloud Hosted Virtual Desktops allow users to login remotely, without requiring a Virtual Private Network (VPN) for protection. Installing and maintaining a VPN can prove costly and burdensome for your IT staff. ATSG Cloud PC is a better alternative to virtual private networks, for secure access to your company’s data and applications.

Support Mobility Initiatives and Remote Workers
The need for remote access has increased with the rise in remote and hybrid work. Regardless of a user’s location, data and applications are accessible via Cloud Hosted Virtual Desktops. The speed of deployment, and ease of remote maintenance, make ATSG Cloud PC an ideal solution for companies with remote offices or teams.

Support Bring Your Own Device (BYOD) Initiatives
ATSG Cloud PC enables secure BYOD initiatives, allowing users to access their entire virtual workspace – including apps and data – via a secure connection to our virtual private data centers.

Merger and Acquisition (M&A) Scenarios
Companies undergoing a business transition, such as a merger or acquisition, can leverage ATSG Cloud PC to consolidate their infrastructure. Our flexible deployment model can accommodate changes in staffing and business requirements.

Reducing Operational Costs
For companies looking to conserve capital, ATSG Cloud PC can extend the serviceable life of your existing IT hardware. After migrating to ATSG Cloud PC , companies typically see a 30-50% reduction in IT operating expenses. When partnered with ATSG, your IT department will spend less time on day-to-day management and support.

Business Continuity/Disaster Recovery
Setup a robust business continuity (BC) / disaster recovery (DR) contingency plan in our cloud. Inherent redundancy and fail-over protect your organization from data loss, in the event of a natural disaster or disruptive event.