Mobility

Project Aria, in collaboration with IIIT Hyderabad (IIITH), on an exciting initiative aimed at improving driver-assist technologies. The collaboration focuses on using Aria glasses and sensors to gather real-world data to enhance driver behavior analysis, situational awareness, and safety systems. As part of the project, the Aria team visited IIIT Hyderabad in mid August for a series of meetings, presentations, and practical demonstrat

Key Highlights of the Visit:

Expert Visit

We were honoured to welcome the distinguished team from Meta, including James Fort, Research Product Manager; Shangyi Cheng, Research Engineer; and Vijay Baiyya, Research Engineer. Their visit underscored the growing global interest in our technologies and highlighted the importance of our collaboration.

Meeting with IIIT-H Professors

Led by Dr. Shankar and Avijit Dasgupta, the Aria team met with Prof. CV Jawahar and Dr. Anbumani to discuss how the technology could be applied to enhance driver-assistance systems. This meeting provided insights into leveraging real-time data capture to improve driving safety and navigation.

Bodhyaan Data Capture Platform Setup

The setup of the Bodhyaan platform capture system, led by Dr. Shankar and Dr. Anbumani, was a key focus. This setup uses Aria glasses, GoPro’s and sensors to gather critical data on driver behavior and environmental factors, essential for developing advanced driver-assist systems.

Hands-On Experience with the Simulator Platform

During their visit, the Meta team engaged deeply with our advanced Simulator Platform. They participated in a comprehensive demonstration and trials using the innovative Aria glasses, gaining firsthand experience of our technology’s capabilities in real-world driving scenarios.

Visit to the Applied Research Lab (ARL)

The Aria team also explored the Applied Research Lab (ARL), where detailed data annotation is carried out to support driver-assist research. ARL’s expertise in annotating captured driving data is essential for developing more effective driver-assistance systems.

City Exploration

Beyond technical sessions, they took a road trip through Hyderabad’s bustling streets, which provided valuable real-world data on traffic patterns, road conditions, and driver behavior. This hands-on experience will help refine the project’s data capture efforts in the diverse traffic environments typical of Indian cities. This real-world data is essential for refining driver-assistance systems, particularly in complex and dynamic driving environments.