#OpenBCI

Measuring brainwaves to create ambient music. Alpha, theta, and delta waves captured with OpenBCI @openbci control the latents of Neutone Morpho’s Handpans in Forest model.

Want to get into the BCI (brain-computer interface) industry? You don’t need a $1,000 headset or a PhD. Here’s how to start for free: 1. Download the OpenBCI GUI simulator—it lets you play with real brainwave data, no hardware needed. 2. Use free Arduino or Python libraries (OpenBCI’s GitHub is loaded with them). 3. Start with simple projects:  - Control an LED with simulated brain data  - Visualize brainwaves in real time  - Build a basic BCI game Only about 15% of engineering students finish a neurotech project, but the industry is about to triple in size. The best time to start is now, and you can do it without spending a cent. #BCI #Neurotech #Engineering #OpenSource #StudentEngineer #ProjectBasedLearning #NoFluff #AntiGuru #FYP

. . . #upsidedownlabs #product #productphotography #opensource #electronics #engineering #neuroscience #healthtechnology #openbci #diyprojects #diyelectronics

3D-printed components from Galea, the most advanced biosensing headset developed by OpenBCI. OpenBCI and Pupil Labs have now unveiled the next evolution: the first fully wireless, all-in-one brain, body, and eye-tracking headset. The components shown in this video were 3D-printed on the Formlabs Fuse 1+ SLS printer using Nylon 12 White in an inert atmosphere. #3dprinting #design #manufacturing #brain #body #research

OpenBCI: open-source brain-computer interfaces. Wearable helmets with electrodes, 3D printable files, and assembly kits. Read your brain data, unlock endless possibilities. #OpenBCI #BrainComputerInterface #OpenSource #Neurotech #DIYTech #Innovation #WearableTech #FutureTech

Throwback to this iconic moment with Shaq at a previous CES. We hope to see you all at CES 2023, this January 5th-8th! . . . #ces2023 #ces #openbci #galea #neuroscience #neuro #brain #opensource #bci #wearable

We created an RC car controlled by your muscles using @openbci 's Cyton biosensing board. Check out the full video linked in our description! #emg #neuroscience #stem #openbci #brainscience

Let’s take a sneak peek at what our Projects Division has been working on this quarter! Using @openbci ‘s graphical user interface (GUI), we are currently recording EMG signals from different hand grips and gestures, which we will then train an algorithm to recognize and classify, allowing us to make a neuroprosthetic glove that helps patients regain precision motor skills. Stay tuned for more updates! 🧠 #openbci #ucdavis #ucdavisresearch #neuroscience #neuroprosthetics #neuroengineering #bci #brain #cognitivescience #neurotech #robotics

🦽 Roll, Xavier, Roll! 🦽 Since we started NeuroTX, our dream is to build a wheelchair controllable by brain signals. The name Xavier of the project, probably not so difficult to guess, was from an X-men character who was in a wheelchair and could read people’s minds. 👁👄👁 Since then, it has been a challenging, but also a great and fun learning experience. With @openbci boards used to amplify EEG signals, we could start recording our own brain signal data. 🧠⚡️ By that, we had to painstakingly place each electrode in the precise position on our head using silicone, and after that, maybe even more painstakingly, remove them. 😅 We then analyzed the data using Python and built machine learning models to classify the three conditions: forward, right, and left. We also had a great opportunity to test our model on one of @autak.wheelchair’s wheelchairs, which was a very nice proof of our concept. 🎉 Still, there were some challenges when it comes to, for instance, the mental energy needed for the experiments and consistency in analyzing the data. We’ve learned a lot from these experiences, so, right now, our software folks are working on a new model. Together with our new EEG headset, we hope to make the task of controlling the wheelchair and beyond easier. ✨ We’ve also got our own electrical wheelchair, which our hardware team is enthusiastically working on. If they don’t fry too many boards, we might see the wheelchair rolling soon! 🔥 With these challenging tasks laying ahead, we are more than excited to welcome you all to our NeuroTX family. We are especially looking for someone who can support us in the area of data analysis and machine learning online pipeline (MLop), as well as someone with a basic understanding of electrical circuits, familiarity with motor electronics/drivers or rapid prototyping. Besides the Xavier project, we are also looking for new teammates who could help us with 3D printing, finance, and public relations. Interested? Feel free to contact us through our email at [email protected], or send us a message anytime! 😄 #neurotx #rwth #rwthaachen #rwthaachenuniversity #aachen #studentinitiative #neurosci #wheelchair #openbci

This 3D-printed mold is used to cast a silicone component for a biosensing headset. It is 3D printed using Formlabs SLA printers and materials. OpenBCI offers accessible, high-quality headsets, boards, sensors, and electrodes for biosensing, neurofeedback, and brain–computer interface research. For more information, visit: formlabs.com openbci.com

Real-time EEG analysis-driven guided-meditation system An AI orchestration system inside TouchDesigner that uses Gemini to interpret rolling live brain-signal summaries [OpenBCI → TD → Python] for pertinently producing guiding cues for the meditative user; video, voice, light, and text. It all happens automatically; deciding if, when, and how to interact with the user, given a particular set of available tools [in this case, the recently released Gemini_API, ElevenLabs_SFX, and the VEO_API components. I've been interested in exploring the intersection of AI orchestrated experiences and neurofeedback techniques for a while now. Looking forward to keep expanding this system. #touchdesigner #eeg #generativeart #mindfulnessmeditation #creativecoding

The new frontiers of automation foresee the control of complete production lines through increasingly advanced operator interfaces. This project concerns the use of a neural interface for the command and control of automatic devices. @openbci #rebeldynamics #openbci #neurotech #neurotechnology #brain #brainscience #eeg #engineering #electronics #engineer #automaton #simulation #robot #automotive #digitatwin