Design, engineering, analytics, and construction professionals need reliable, anytime access to graphics-intensive applications to work with design concepts, simulations, and project data. PCoIP® technology ensures accessible, remote access to a wide array of architecture, engineering and construction software, such as BIM and CAD applications through all project phases.

PC-over-IP (PCoIP) technology delivers a secure, high-definition and highly responsive computing experience. It uses advanced display compression to provide end-users with on-premises or cloud-based virtual machines as a convenient alternative to local computers. This virtual workspace architecture compresses, encrypts and transmits only pixels to a broad range of software clients, mobile clients, thin clients and stateless PCoIP Zero Clients, providing a highly secure enterprise environment. From a user's perspective, there is no difference between working with a local computer loaded with software and an endpoint receiving a streamed pixel representation from a centralized virtual computer.

Access mission-critical and graphics-intensive 3D applications from anywhere with impeccable interactivity. Allow design and technology to work in unison. Whether working on-site with a lightweight laptop or in-office with dual 4K monitors, PCoIP technology offers seamless file control and a best-in-class user experience including lossless text, crisp wireframes, color accuracy, and amazing responsiveness. This is critical for use cases such as BIM modelling, infrastructure designs, conceptual designs, and drafting.

Remote workers can continue to enjoy their full suite of GPU-accelerated, graphics-intensive applications from leading developers, such as Autodesk, Bentley, Nemetschek, and Trimble. Photo-realistic models and immersive product demonstrations or fly-throughs are rendered with the highest possible accuracy, even in 4K multi-monitor set-ups.

Because the PCoIP protocol adapts to any LAN or WAN network to offer the best possible user experience – from CFD simulations to multi-physics to structural analysis – across extraordinary distances, enabling high fidelity project visualization, even across the Atlantic.