Five layers, one coherent platform.
HoloStrata is built as a layered architecture. Existing functionality is clearly distinguished from roadmap functionality throughout.
Six connected components.
HoloStrata Spatial System
The physical spatial interface — a shared, table-based environment where teams gather around live 3D content.
HoloStrata OS
The software layer that manages content, users, applications, sessions, devices, permissions, analytics and updates.
Interaction Layer
Touch, controllers, facilitator console and supported XR-assisted viewing for natural multi-user interaction.
Content & Application Library
3D models, simulations, procedures, digital twins and interactive applications organised by sector.
Sector Solution Packages
Configured application and content bundles for healthcare, aviation, defence, industry and more.
Deployment, Training & Support
Installation, train-the-trainer, onboarding and ongoing support for institutional deployments.
How HoloStrata is engineered.
Spatial Experience Layer
- Shared physical-digital environment
- Multi-user visualization
- Table-based interaction
- Supported XR-assisted viewing
- Collaborative spatial orientation
Real-Time 3D & Simulation Layer
- Interactive 3D models and animation
- Technical procedures
- Scenario simulation
- Digital Twin visualization
- Physics and effects where supported
Interaction & Synchronization Layer
- Multi-user synchronization
- Instructor-led sessions
- Shared object control
- Spatial viewpoints
- Collaboration workflows
HoloStrata OS
- Users, content and applications
- Sessions and devices
- Analytics and permissions
- Updates and deployment control
Intelligence & Integration Layer
- AI-assisted guidance (In Development)
- Data and Digital Twin integration
- Enterprise APIs and learning systems
- Analytics and future intelligent capabilities
Compute configuration tiers.
The compute unit inside each HoloStrata deployment is selected per deployment profile and application workload. Memory, GPU and storage figures below are stated engineering targets, confirmed after final bill-of-materials sign-off.
Standard
Modern multi-core CPU, discrete XR-capable GPU, 32 GB RAM target, NVMe storage.
Pro
Higher-tier GPU, 64 GB RAM target, expanded NVMe storage and high-bandwidth I/O.
AI-Capable
AI-capable GPU / accelerator, camera interfaces and additional compute headroom for on-device inference.