List of Accepted Demos

Demo Authors Affiliation
Agentic AI Makes Real-Time Neural Data Conversational for Epilepsy Patients Zack Goldblum, Haoer Shi, Brian Litt University of Pennsylvania
An Open-Source Ecosystem for Models of Multi-Modal Brain and Body Data Mehdi Azabou, Vinam Arora, Milo Sobral, Laura Suarez, Nanda Krishna, Avery Ryoo, Ximeng Mao, Liam Paninski, Guillaume Lajoie, Blake Richards, Eva Dyer Columbia University, ARNI, UPenn, Mila
cVEP-based brain-computer interface Pierre Guetschel, Jordy Thielen, Michael Tangermann, Matt Wilson, Martijn Schreuder Donders Institute
Eleuto : A non invasive computer interface for paralyzed users Geeve George The Hong Kong University of Science and Technology
ezmsg and LSL: Prototyping an iBCI from modular components Chadwick Boulay, Preston Peranich, Konrad Pilch, Kyle McGraw, Griffin Milsap Blackrock Neurotech Inc
Lab Smarter with PLASMA and MotionSenseHRV Yuyi Chang, Fang Yu Chang, Agatha Lenartowicz, Emre Ertin Department of Electrical and Computer Engineering, The Ohio State University (YC, EE) Semel Institute for Neuroscience and Behavior, University of California Los Angeles (FC, AL)
Lightning Pose: improved animal pose estimation via semi-supervised learning, Bayesian ensembling Matthew Whiteway, D Biderman, C Hurwitz, K Sikka, L Aharon, N Greenspan, RS Lee, A Vishnubhotla, R Warren, F Pedraja, D Noone, MM Schartner, JM Huntenburg, A Khanal, GT Meijer, JP Noel, A Pan-Vazquez, KZ Socha, AE Urai, Internation Brain Lab, JP Cunningham, NB Sawtell, L Paninski Columbia University
Meta Reality Labs neural wrist band Meta Reality Labs Meta
Neuro ID Arnault Caillet, Apolline Mellot, Thomas Semah Yneuro
NeuroStrip: A Direct‐to-Skin Wearable for Real-Time Neural Interface Jeff Kitchen, Zafar Faraz, James Schorey, Christina Maher Control Bionics
Real-time EEG Based Control of a 19 Degree of Freedom Prosthetic Hand Soham Mehra, Nick Cadavid, Pranai Reddy Morph Labs
Real-time reconstruction of human visual perception from fMRI Rishab S. Iyer, Ross P. Kempner†, Cesar Kadir Torrico Villanueva†, Jacob S. Prince†, Elizabeth A. McDevitt*, Paul S. Scotti*, Kenneth A. Norman* († indicates core contributors; * indicates joint senior authors) Princeton Neuroscience Institute, Icahn School of Medicine at Mt Sinai, Harvard University Department of Psychology & Sophont
Real-time visualization and inference of Kernel Flow TD-NIRS data using the NVIDIA Holoscan SDK and Jetson Thor Ryan Field, Gabe Lerner, Julien Dubois, Victor Szczepanski, Mimi Liao, Tom Birdsong, Julien Jomier Kernel & NVIDIA
Standardized XR Tools for Capturing Brain and Behavior Data in Context Maryse Thomas, Tab Memmott, Ryan Hanson, Annabel Fan, Kyla Alsbury-Nealy, Blake Richards, Benjamin Alsbury-Nealy SilicoLabs, Wearable Sensing, McGill University, Mila
WotNow: Multimodal AI Coach with Affective Computing Sameer Yami, Benjamin He, Navani Udgaonkar, Rahul Pandit, Sukanya Sriram, Ganesan Sriram Augment Me, Inc.

Call for Demos

Submissions Open
July 15, 2025
Submission Deadline
September 12, 2025 AoE
Accept/Reject Notification
September 22, 2025
Workshop
December 6, 2025
Upcoming

Important Dates

  • Submissions Open
    July 15, 2025
  • Submission Deadline
    September 12, 2025 AoE
  • Accept/Reject Notification
    September 26, 2025
  • Workshop
    December 6-7, 2025
    Upcoming

We invite submissions for interactive demos that showcase novel methods, devices, or applications of AI for neural and physiological data. The goal of the demo session is to inspire attendees, foster hands-on learning, and highlight the real-world impact of advances in the field.

We Especially Encourage:

  • Real-time systems that decode or visualize biosignal data
  • Demonstrations of new recording hardware
  • Demonstrations of new recording wearable devices
  • Prototypes of clinical or consumer neurotechnology
  • Interactive data visualization tools
  • Software tools for large-scale biosignal analysis
  • Brain-computer interface demonstrations
  • Vision-based tools used to analyze large-scale video data

Submission Guidelines

Format and Length: Demo proposals should be 500 words or fewer and submitted through Google Forms. The submission should describe the demo, what it involves, and why it would be relevant for attendees of the workshop.
Required Information: Include system description, demo goals, technical requirements, and setup needs for the venue.
Technical Setup: Demos will run parallel to the morning poster session. Please specify any special equipment or space requirements.
Questions: If you have any questions about the submission process, please send an email to brainbodyfm@googlegroups.com.