Potential use of Three.js for 3D environments or D3.js for statistical data (entropy/noise graphs).
Dashboard showing CPU/Battery health and signal strength for "Nane" (nanotech/embedded) modules.
WebSockets for bidirectional communication between the visualizer and the Rava hardware. 🚀 Future Roadmap
Allowing multiple users to view the same visualizer "session" for remote troubleshooting.
Likely built with React or Vue.js for high-speed UI updates.
Providing 3D spatial orientation for users operating Rava telepresence robots .
Simplifying DevOps or nanotechnology concepts for students and researchers. 📊 System Features Description Real-Time Feed Low-latency stream integration from onboard Rava cameras. Spatial Mapping
Predictive maintenance alerts for nanotech components using integrated AI chips.
BBVA Las pantallas perjudican la atención de los niños
Potential use of Three.js for 3D environments or D3.js for statistical data (entropy/noise graphs).
Dashboard showing CPU/Battery health and signal strength for "Nane" (nanotech/embedded) modules.
WebSockets for bidirectional communication between the visualizer and the Rava hardware. 🚀 Future Roadmap
Allowing multiple users to view the same visualizer "session" for remote troubleshooting.
Likely built with React or Vue.js for high-speed UI updates.
Providing 3D spatial orientation for users operating Rava telepresence robots .
Simplifying DevOps or nanotechnology concepts for students and researchers. 📊 System Features Description Real-Time Feed Low-latency stream integration from onboard Rava cameras. Spatial Mapping
Predictive maintenance alerts for nanotech components using integrated AI chips.