HAQM DCV

With HAQM DCV, you do not need to choose between responsiveness and image quality. The bandwidth-adaptive streaming protocol allows HAQM DCV to provide near real-time responsiveness for your applications without compromising on the accuracy of the image.

Highly responsive streaming experience allows customers to run graphics-intensive applications remotely without the need for expensive dedicated workstations, or transferring large amounts of data from the cloud to client machines. On Linux systems, HAQM DCV also enables multiple sessions to share a single GPU, helping customers to save further on server infrastructure costs.

Multi-OS compatibility and browser based access provides service builders a stable and flexible protocol for streaming applications with support for both cloud and on-premises usage.

HAQM DCV streams pixels and not geometries to ensure customer data privacy. In addition, HAQM DCV secures both pixels and end-user inputs using TLS protocol to ensure security of customer data.

HPC workloads across industry verticals such as Oil & Gas, Life Sciences, and Design & Engineering are getting increasingly complex and consume massive amounts of data. HAQM DCV's streaming protocol eliminates the need to ship output files to client devices and provides a smooth and bandwidth-efficient experience to stream HPC 3D graphics remotely.

HAQM DCV's Web Client works across any HTML5 browser and combines a responsive streaming experience with portability across mobile devices. The Web Client also reduces IT operational load by eliminating the need to manage native clients without compromising on streaming performance. You can build your own DCV Web Client using the HAQM DCV Web Client SDK.

Custom remote applications and managed services can benefit from the ease of streaming protocol integration that HAQM DCV provides. HAQM DCV secures both pixels and end-user inputs using end-to-end AES-256 encryption with native clients supporting up to 4 monitors at 4K resolution each.