Design Cloud
HPC platforms for global real-time collaboration on engineering. Enabling unified R&D workflows across distributed teams through high-performance virtual desktops.
Unified Engineering Desktops
Eliminate data silos by centralizing CAD and CAE environments on HPC clusters. Our GPU-Computing powered VDI solutions provide engineering teams with low-latency access to heavy simulation models from any location.
- Real-time 3D model interaction
- GPU-accelerated post-processing
- Latency-optimized streaming protocols
Synchronized Storage Fabric
Leveraging Lustre/GPFS and NVMe Storage, we create a global data fabric that synchronizes engineering data in real-time. This ensures that a design change in Europe is instantly reflected in North American and Asian development centers.
- Global namespace for R&D data
- Intelligent caching on AI-Clusters
- Secure IP protection through encryption
Cloud Deployment Logic
The operational phases of establishing a global Design Cloud infrastructure.
| Phase | Action | Outcome |
|---|---|---|
| Integration | Consolidation of heterogeneous engineering software on HPC VDI stacks. | Centralized software repository. |
| Synchronization | Deployment of Lustre/GPFS global file locking mechanisms. | Real-time data consistency worldwide. |
| Collaboration | Provisioning of GPU-accelerated virtual workstations for engineers. | Interactive real-time R&D performance. |
| Security | Implementation of zero-trust Managed Services and IP-Vaulting. | Secure proprietary design assets. |
Empowering Distributed Automotive Engineering
Managed Design Cloud services utilizing NVMe Storage, GPU-Computing, and high-speed R&D networks.
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