Performance Degradation Under Real-World Network Conditions
Traditional VPNs and VDI lag with packet loss and latency, causing distortion and poor experience on home or remote networks.
Engineering design, media production, medical imaging, geospatial analysis, and advanced visualisation workloads now require secure, high-performance remote access from anywhere, but traditional models fail to deliver at scale.
Traditional VPNs and VDI lag with packet loss and latency, causing distortion and poor experience on home or remote networks.
Broad access and local data handling expose sensitive assets on unmanaged devices to spyware, session compromise, file transfers, and screen captures, escalating leakage risks.
Lack of granular controls makes it difficult to enforce data protection policies or maintain clear audit trails across distributed users.
Accops VDI for Graphics Workstation Delivery: Graphics-intensive desktops and applications are delivered using Accops VDI, which supports adaptive display protocols and network-aware transport to maintain responsiveness across varying network conditions.
Zero Trust Governance: Access is governed through Zero Trust principles, strong identity validation, and CARTA (Continuous Adaptive Risk and Trust Assessment), ensuring that only authorised users and approved devices can connect from remote locations while applications and data remain within the enterprise environment.

Enable secure access to physical or virtual Graphics Workstations hosted in the office or data centre and deliver graphics-intensive applications to users anytime, anywhere.
Allow designers, engineers, and editors to work remotely using personal devices while keeping enterprise data protected and centrally controlled.
Lossless pixel transmission and adaptive transport preserve colour accuracy, image clarity, and responsiveness, enabling users to remain productive regardless of location or network quality.
