How to transform app development using data driven insights from the HP Omnicept platform
How to access biometric sensor data like eye gaze, heart rate, and mouth camera images from the Omnicept headset
How to enable foveated rendering and HP’s 3D spatial audio for your development
What cognitive load means for VR and how it can be used in various industries
Free download and 90-day trial of Omnicept SDK
Complete a development project in Unity with HP Omnicept cognitive load inference engine
Use HP’s hardware simulator to send sensor messages to your application
Access sensor data including eye tracking, heart rate, and mouth camera images
Deep dive with HP Labs research scientists on the value of cognitive load and methodologies for integration
Discover use-cases for bio-analytics in various industries
Enable Nvidia VRS for foveated rendering
Use HP 3D Spatial Audio to create realistic virtual sound environments
Office hours with the HP XR Omnicept Developer Relations team following the workshop
Basic developer experience suggested - but not required
SteamVR compatible VR headset
Must have access to Unity and a strong enough PC to build
Optional: RTX graphics card required for foveated rendering
Small to large studios / businesses
Individual developers
Independent and studio-associated app developers
XR content creators
Hear from industry experts and the team that created the HP Omnicept SDK and inference engine
Work with HP XR developers to create a sample project in Unity utilizing sensor data from HP Omnicept
Discuss your use cases and applications with HP Labs research scientist
Gain access to a 90-day extended trial of the HP Omnicept SDK and hardware simulator
Optional one-on-one follow up sessions with your instructors to review your development work and provide feedback
XR Developer Advocate
HP Inc.
Research Scientist, Omnicept AI
HP Inc.
XR Developer Advocate
HP Inc.