HypervisionLet’s talk ↗

Bring the surrounding scene into view.

01

Advanced simulators

Man wearing the Hypervision wide-field HMD
Horizontal FoV 240° Vertical FoV 120°
rFPV by Hypervision: 90% of the human visual field is covered
rFPV restores human-scale telepresence

Explore wide-field immersion for flight, driving, and operator training.

  • Peripheral scene awareness
  • Existing simulation content
  • Headset-based training
02

Remote robotics

Multi-function UGV: multi-operator example

Multi-function tracked UGV with a mast-mounted 360-degree camera, firefighting equipment and engineering tools Drone with a suspended 360-degree camera 360° camera 360° camera
Remote field operator wearing a Hypervision headset and holding a controller
Headset-equipped operators: commander, driver, firefighter and engineering operator
CommanderAerial mission overviewDrone-based situational awareness
DriverCabin-level driving viewUGV-based situational awareness
FirefighterOn-site firefighting viewOperate firefighting tools
Engineering operatorOn-site engineering viewOperate engineering tools
03

Enhanced vision

Top-down soldier wearing a headset, with translucent blue binocular fields of view overlapping the thermal panorama
04

Research Themes for Collaboration

  • Multisensory XR and Next-Generation XR Hardware.
  • Human–AI–Robot Collaboration.
  • Robotic Telepresence in Telemedicine.
  • Visual Neuroscience & post-stroke Rehabilitation.
  • Neuro-Ophthalmic visual pathways and visual cortex Diagnostics.
  • Full field Brain–Computer Interfaces.
  • Motion-Sickness Mitigation (electric, motion & peripheral stimulations).
  • Supervising / operating autonomous UGVs (military, agricultural, industrial).
  • Tactical Defense Simulation (for collaborative training).
  • Counter-UAS 360° Situational Awareness scene observation.

Bring your application.
Expand its possibilities.

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