Today, HP unveiled the HP Omnicept Solution bringing the world’s most intelligent VR headset and a developer-focused SDK into a single platform, equipping VR software developers with an ecosystem to create new hyper-personalized, engaging, and adaptive VR experiences for enterprises. The HP Reverb G2 Omnicept Edition VR headset enables real-time human insights that improve training and education outcomes as well as enhance collaboration and design.
The HP Omnicept Solution is transforming how developers drive change and increase efficiency in enterprises by adding data for more insightful analysis.
The HP Reverb G2 Omnicept Edition is built with a highly secure pipeline for protecting end-user privacy. The headset’s firmware safeguards the sensor data at every moment of capture and no data is stored in the headset.
HP Omnicept-powered applications help ensure the capture and transfer of data comply with general data protection regulation (GDPR) requirements and keep user data confidential.
Personalized experiences based on analytics and actionable insights increase retention rates for training and learning and improve wellbeing. Sensors on the headset, including eye tracking, heart rate, pupillometry, and face camera, enable the HP Reverb G2 Omnicept Edition to capture physiological responses. The integrated Omnicept SDK, powered by advanced machine learning algorithms, then interprets the data and allows developers to create a user-centric VR experience that provides actionable insights into how end users engage and respond during the experience.
With this end-to-end intelligent platform, experiences built by product designers and developers for training, design, wellness, and research become data-driven, adapting to users in real-time via objective metrics vs. subjective feedback. HP Reverb Omnicept Editions features include:
- Reverb G2 DNA: Reverb G2 Omnicept Edition builds on the foundation of the Reverb G2, the highest resolution VR headset among major vendors, delivering cutting-edge optics, inside-out tracking, spatial 3D audio, and improved controllers with natural gestures.
- Eye Motion and Gaze: Understand how the user is responding to content based on their focus area and understanding engagement levels, based on where they instinctively look.
- Facial Expression: Enables naturally expressive avatars while collaborating around 3D designs for more natural and engaging conversations, helping enable faster and more efficient outcomes in cross-functional development processes.
- Heart Rate: Understand how a user is responding to an experience or training, based on their heart rate. For example, practitioners can adapt wellness treatments in VR-based on their specific client’s reactions.
- Foveated Rendering: With integrated eye tracking, this HMD is able to discern the user’s gaze direction, enabling a reduction in GPU load and improved image quality within the user’s foveal region, enhancing VR realism.
