“A powerful new tool for augmenting your mind and body” See Conor Russomanno and Christian Bayerlein use Galea to fly a drone over the TED audience. OpenBCI’s TED Talk is now LIVE. The software used to fly the drone has been made available free and open source (link in comments) so others can recreate and improve on our demonstration. We believe Christian’s closing statement best summarizes the opportunities of this technology: “Despite my disability, I'm a very happy and fulfilled person. What truly hurts holds me back, are not my physical limitations, it's rather the barriers in the environment. I'm a technologist and political activist. I believe that technology can empower disabled people. It can help create a better, more inclusive and accessible world for everyone. This demonstration is a perfect example. We saw what's possible when cutting edge technology is combined with human curiosity and creativity. So let's build tools that empower people, applications that break down barriers, systems that unlock a world of possibilities. I think that's an idea worth spreading.” And fellow TED2023 speaker Nita Farahany's talk on cognitive liberty immediately before ours lays out the profound risks and importance of getting this technology right. OpenBCI’s mission is to lower the barrier to entry for brain-computer interfacing, while ensuring that these technologies are adopted into the consumer landscape in an ethical way that protects user agency and mental health. Special thanks to the organizations who made this demonstration possible: Lenovo Workstations Varjo Formlabs Watch Conor’s talk for the story on how OpenBCI started this mission, and where we are going from here. #openbci #neurotechnology #neurotech #TED #TED2023 #braincomputerinterface
OpenBCI
Biotechnology Research
Brooklyn, New York 28,801 followers
We make open-source tools for neuroscience & biosensing
About us
OpenBCI stands for open-source brain-computer interface (BCI). Anyone with a computer can use OpenBCI tools to sample physiological data from their body. For over a decade, OpenBCI has led the world in developing hardware and software for accessible neurotechnology. Galea, OpenBCI’s latest product, is an enterprise, multi-modal biosensing headset designed to interface with the human mind. It combines high-fidelity AR/VR/XR display technology with the most comprehensive bio-sensing headwear ever made commercially available. Novel BCI hardware and artificial intelligence are key to OpenBCI's effort to turn the ocean of human physiological data into meaningful insights.
- Website
-
https://openbci.com/?utm_source=Linkedin&utm_medium=social&utm_campaign=Linkedin+Page+Button
External link for OpenBCI
- Industry
- Biotechnology Research
- Company size
- 11-50 employees
- Headquarters
- Brooklyn, New York
- Type
- Privately Held
- Founded
- 2014
- Specialties
- EEG/EMG/EKG, Biotechnology, Brain-Computer Interfacing (BCI), Brain Sensing, neuroscience, EEG, open-source, neurotech, and Open Source
Locations
-
Primary
67 West St
Brooklyn, New York 11222, US
Employees at OpenBCI
Updates
-
OpenBCI is hiring for an extremely detail-oriented team member to help assemble Galea.co headsets 🦾🤖 Do you have a knack for building devices/electronics? Know your way around a 3-D printer? Apply to OpenBCI's onsite position 𝗛𝗮𝗿𝗱𝘄𝗮𝗿𝗲 𝗘𝗻𝗴𝗶𝗻𝗲𝗲𝗿𝗶𝗻𝗴 𝗧𝗲𝗰𝗵𝗻𝗶𝗰𝗶𝗮𝗻! ➡️ https://lnkd.in/g8Q-vMi3 #careers #nyc
-
🎮 Playing video games with only the mind? 🧠 Twitch streamer Perri Karyal (username Perrikaryal) is breaking mind-body barriers by playing video games using only her brain. Using an EEG device to translate her brain activity into game commands, Perri has mastered titles like Elden Ring and Minecraft without traditional controllers. “The mind-control training — figuring out which visualizations would work — that took me the longest, and you only really find out that they don’t work once you’re 700 trials in. Then you have to start again, which is painful,” Perri said. Her journey showcases the potential for technology to create more accessible gaming experiences. Check out her inspiring story in the article linked below and see the future of gaming unfold! https://lnkd.in/efYzrcrZ
-
🚀 Unlock the Future of EEG Research with OpenBCI's CEEG Kit! Are you diving into sleep stage classification research? Look no further! Michael Knierim recommends our gold-plated Open-cEEGrids for their exceptional performance in oscillatory EEG (frequency band power), ECG, EOG, and EMG recordings. 🔬 Two recent studies highlight the incredible potential of cEEGrids for sleep stage classification. Researcher Gans believes that "the recent advancements in EEG-based wearables show great promise as alternative for Polysomnography(PSG) and for at-home sleep monitoring." Another research study by Michael Knierim suggested that "OpenBCI Cyton+Daisy users can reliably (i.e., with high temporal precision) and easily (without having to change hardware settings) record ear-EEG time-domain signals that approach the quality of the high-end Smarting Mobi amplifiet." Ready to elevate your research? Get your Open-cEEGrids today! Shop Now 👉 https://lnkd.in/eZQc9Xcx #OpenBCI #CEEG #EEGResearch #SleepStudy
-
To our friends in the USA 🇺🇸 - drink plenty of water during this long, hot July 4th weekend! 🚰 💧 A research paper summarized how 𝙢𝙞𝙣𝙪𝙩𝙚 changes in hydration can affect brain function (Hayley Young, David Benton, et al., 𝗡𝗮𝘁𝘂𝗿𝗲). The science shows that, with as little as a 𝟬.𝟲% decrease in body mass, changes in cardiovascular and autonomic functioning (heart rate variability) negatively influence #mood. Even minor dehydration can have major effects on how you think and feel 🤔 Staying hydrated is one of the simplest, most effective ways to support: 🧠 healthy cognitive function 🧠 memory and mood 🧠 attention and mental performance About 80% of the brain's mass is water. So in the midst of celebrations, raise a glass to your #brain #health! 👉 Further reading in the comments 📝
-
💡 A groundbreaking study published in Nature Magazine suggests that depression and anxiety are brain circuit function disorders. 🔎 The researchers classified six distinct biotype profiles for humans diagnosed with anxiety or depression disorders, indicating there are multiple specific neural pathways that can cause depression and anxiety within humans. These discoveries are important within a clinical context, as they can help predict how mental health patients will react to different treatments based on their biotype. Read more: https://lnkd.in/eFBWbZTK
-
🛠 Are you great with hands-on-work? Join the team assembling Galeas, OpenBCI’s multi-modal sensor fusion headset. It combines cutting-edge electrical, mechanical, and hardware engineering into one device. ⚙ We are currently accepting applications for the Hardware Engineering Technician role, as well as several other on-site hardware, software, research, and operations roles. Learn more about OpenBCI's open positions and apply: https://openbci.com/jobs #hiring #work #jobs #neurotech #technology #hardware #software
-
🎉The long-awaited day is HERE 🎉 The first batch of #Galea Beta headsets have SHIPPED 🚚 📦 ✅ The OpenBCI team has been working around-the-clock to build and test headsets. We're excited for our Galea Beta partners to receive their pre-orders! A huge thank you for their continual support 🤝 With these hardware shipments, we push the wave of #neurotechnology development 🌊 🧠 , innovating the future of #neuroadaptive computing with our continuously evolving OpenBCI products. Galea beta units come fully-integrated into the world-class Varjo #XR headsets and feature a cutting-edge multimodal sensor network based on a decade of OpenBCI R&D. What's in the box? ↗ See https://lnkd.in/e83d9vSP Shown below: Galea Beta headsets, charging before shipment
-
💡 Professor Fabio Zambetta at RMIT University won a best paper award at CHI 2024 for their work using an OpenBCI Ultracortex and Cyton board. They created PsiNet, a brain-to-brain interface system designed to amplify inter brain synchrony between people. 📹 Check out the video on PsiNet below and read more about their project in the research paper posted in the comments!