Research-grade EEG, EMG & ECG — streamed to your browser, decoded by AI, ready for VR. No drivers. No lock-in.
// Not a medical device. Research & engineering use only.
Featured In
Hardware
Pick a board, then a signal. The model shows where the electrodes go, what powers the board, and how the data reaches your screen.
Signals in the preview are simulated to show what each placement picks up. They are not recordings.
Platform
The boards read your body. This map is what happens next: pick a piece, and it shows what feeds it, what it turns EEG into, and where that lands.
Values in the live panel are simulated so you can see the shape of the output, not recordings.
PiEEG in academia
Used by researchers at universities and labs worldwide.
From partners
PiEEG XR is enabling us to gain a deeper insight into our immersive experiences, adding a neurophysiological dimension to the study of how athletes respond during specific training tasks. Its integration with virtual reality environments opens up new possibilities for objectively investigating what happens whilst performing different exercises and how the response changes in the face of varying demands. Although we are still working on methodological optimisation and signal quality control, it is so far proving to be a tool with great potential for sports-related research.
Voices from the community
From my own experience I found the entire process from getting the actual device running to the online server really easy to use and set-up as well, as a relative beginner to the field this was a massive multiplier in the amount of progress I was able to make in a short time span. I would highly recommend PiEEG to anyone who is considering giving it a shot for this reason alone!
Saad Ansari
Student · King’s College London, UK
Getting started · PiEEG
I used PiEEG-8 on a Raspberry Pi 5 to record 8 channels of facial EMG at 1000 Hz, and deep learning models turn the signals into text or speech.
Balazs Szabo
Vector Space Lab · Hungary
Facial EMG · PiEEG-8
Your story next
Used PiEEG hardware, software, or Discord? Share your experience.
Real-time BCI from a live sensor stream. MIT Server gallery plus Cloud experiences: decoders, trainers, XR, and labs.
Control browser scrolling using eye blinks detected from frontal EEG channels.
Real-time gaze estimation — polynomial regression on Fp1/Fp2 with online learning.
Your focus level controls podcast playback speed and audio clarity in real time.
Turn your brainwaves into live music — EEG band powers mapped to audio synthesis.
A mesmerizing aurora display driven by your live EEG rhythms and band powers.
Classic P300 oddball paradigm reimagined as an interactive mini-game with swappable ML.
Focus hard enough to bend a virtual spoon. Telekinesis powered by your attention index.
Stream live EEG into VRChat via OSC to animate avatars with real brainwaves.
Trigger any HTTP webhook from blinks, focus spikes, and relaxation peaks.
Live EEG drives a fruit-fly mushroom-body circuit. Sparse Kenyon-cell code, trained readout.
Random blink-count nonce after a GO cue, verified from Fp1/Fp2 EOG morphology.
16-channel neck EMG identity challenge: random isometric actions plus a person-specific map.
Closed-vocabulary subvocal sEMG decoder. Enrol a command set, then silently mouth words.
EEG DSP as a course: time domain, cleaning, frequency domain. Live sandbox on your stream.
Place a buddy in your room. It waves, hops on focus, and flinches on blinks.
Walk a photoreal lab and sit at a workstation running the live dashboard.
Immersive 3D EEG visualization: waves curve around you in a starfield.
First-person flight. Focus is lift; lose it and gravity takes over.
P300 number guess: think 1-9; shrinkage-LDA plus Bayesian accumulation reads the ERP.
Map electrode x band to facial expressions on a VRM avatar.
Paired 360 scenes. Score is how fast a beta spike decays back to baseline.
Passthrough plus a shader: load tears the room; a breath restores it.
Placement-agnostic facial EMG. Per-expression L2 + group-lasso detectors.
Same fEMG pipeline with a 3-2-1 recording rhythm. Independent storage from v1.
Palm sEMG grip decoder for Aura: fist, open, pinch, point, thumb-up.
6-axis IMU lab: still-hold calibration, gravity-compensated accel, ZUPT.
Camera body stick plus live bio traces. Review, mark, export.
Guided EMG + IMU records with rest/hold labels. Export JSON or 50 Hz CSV.
Hang-ball punch game. Optional Aura fist training.
Palm sEMG gates pen-down; wrist rates draw a unistroke. 1-NN DTW.
Blink-controlled penalty kicks. Trainless adaptive detector. Press start.
EOG gaze steers a maze. Focus, calm, and blink gates confirm intent.
Focus grabs an orb, EOG gaze moves it, calm steadies it, a blink releases charge.
Control browser scrolling using eye blinks detected from frontal EEG channels.
Real-time gaze estimation — polynomial regression on Fp1/Fp2 with online learning.
Your focus level controls podcast playback speed and audio clarity in real time.
Turn your brainwaves into live music — EEG band powers mapped to audio synthesis.
A mesmerizing aurora display driven by your live EEG rhythms and band powers.
Classic P300 oddball paradigm reimagined as an interactive mini-game with swappable ML.
Focus hard enough to bend a virtual spoon. Telekinesis powered by your attention index.
Stream live EEG into VRChat via OSC to animate avatars with real brainwaves.
Trigger any HTTP webhook from blinks, focus spikes, and relaxation peaks.
Live EEG drives a fruit-fly mushroom-body circuit. Sparse Kenyon-cell code, trained readout.
Random blink-count nonce after a GO cue, verified from Fp1/Fp2 EOG morphology.
16-channel neck EMG identity challenge: random isometric actions plus a person-specific map.
Closed-vocabulary subvocal sEMG decoder. Enrol a command set, then silently mouth words.
EEG DSP as a course: time domain, cleaning, frequency domain. Live sandbox on your stream.
Place a buddy in your room. It waves, hops on focus, and flinches on blinks.
Walk a photoreal lab and sit at a workstation running the live dashboard.
Immersive 3D EEG visualization: waves curve around you in a starfield.
First-person flight. Focus is lift; lose it and gravity takes over.
P300 number guess: think 1-9; shrinkage-LDA plus Bayesian accumulation reads the ERP.
Map electrode x band to facial expressions on a VRM avatar.
Paired 360 scenes. Score is how fast a beta spike decays back to baseline.
Passthrough plus a shader: load tears the room; a breath restores it.
Placement-agnostic facial EMG. Per-expression L2 + group-lasso detectors.
Same fEMG pipeline with a 3-2-1 recording rhythm. Independent storage from v1.
Palm sEMG grip decoder for Aura: fist, open, pinch, point, thumb-up.
6-axis IMU lab: still-hold calibration, gravity-compensated accel, ZUPT.
Camera body stick plus live bio traces. Review, mark, export.
Guided EMG + IMU records with rest/hold labels. Export JSON or 50 Hz CSV.
Hang-ball punch game. Optional Aura fist training.
Palm sEMG gates pen-down; wrist rates draw a unistroke. 1-NN DTW.
Blink-controlled penalty kicks. Trainless adaptive detector. Press start.
EOG gaze steers a maze. Focus, calm, and blink gates confirm intent.
Focus grabs an orb, EOG gaze moves it, calm steadies it, a blink releases charge.
First-person flight. Focus is lift; lose it and gravity takes over.
P300 number guess: think 1-9; shrinkage-LDA plus Bayesian accumulation reads the ERP.
Map electrode x band to facial expressions on a VRM avatar.
Paired 360 scenes. Score is how fast a beta spike decays back to baseline.
Passthrough plus a shader: load tears the room; a breath restores it.
Placement-agnostic facial EMG. Per-expression L2 + group-lasso detectors.
Same fEMG pipeline with a 3-2-1 recording rhythm. Independent storage from v1.
Palm sEMG grip decoder for Aura: fist, open, pinch, point, thumb-up.
6-axis IMU lab: still-hold calibration, gravity-compensated accel, ZUPT.
Camera body stick plus live bio traces. Review, mark, export.
Guided EMG + IMU records with rest/hold labels. Export JSON or 50 Hz CSV.
Hang-ball punch game. Optional Aura fist training.
Palm sEMG gates pen-down; wrist rates draw a unistroke. 1-NN DTW.
Blink-controlled penalty kicks. Trainless adaptive detector. Press start.
EOG gaze steers a maze. Focus, calm, and blink gates confirm intent.
Focus grabs an orb, EOG gaze moves it, calm steadies it, a blink releases charge.
Control browser scrolling using eye blinks detected from frontal EEG channels.
Real-time gaze estimation — polynomial regression on Fp1/Fp2 with online learning.
Your focus level controls podcast playback speed and audio clarity in real time.
Turn your brainwaves into live music — EEG band powers mapped to audio synthesis.
A mesmerizing aurora display driven by your live EEG rhythms and band powers.
Classic P300 oddball paradigm reimagined as an interactive mini-game with swappable ML.
Focus hard enough to bend a virtual spoon. Telekinesis powered by your attention index.
Stream live EEG into VRChat via OSC to animate avatars with real brainwaves.
Trigger any HTTP webhook from blinks, focus spikes, and relaxation peaks.
Live EEG drives a fruit-fly mushroom-body circuit. Sparse Kenyon-cell code, trained readout.
Random blink-count nonce after a GO cue, verified from Fp1/Fp2 EOG morphology.
16-channel neck EMG identity challenge: random isometric actions plus a person-specific map.
Closed-vocabulary subvocal sEMG decoder. Enrol a command set, then silently mouth words.
EEG DSP as a course: time domain, cleaning, frequency domain. Live sandbox on your stream.
Place a buddy in your room. It waves, hops on focus, and flinches on blinks.
Walk a photoreal lab and sit at a workstation running the live dashboard.
Immersive 3D EEG visualization: waves curve around you in a starfield.
First-person flight. Focus is lift; lose it and gravity takes over.
P300 number guess: think 1-9; shrinkage-LDA plus Bayesian accumulation reads the ERP.
Map electrode x band to facial expressions on a VRM avatar.
Paired 360 scenes. Score is how fast a beta spike decays back to baseline.
Passthrough plus a shader: load tears the room; a breath restores it.
Placement-agnostic facial EMG. Per-expression L2 + group-lasso detectors.
Same fEMG pipeline with a 3-2-1 recording rhythm. Independent storage from v1.
Palm sEMG grip decoder for Aura: fist, open, pinch, point, thumb-up.
6-axis IMU lab: still-hold calibration, gravity-compensated accel, ZUPT.
Camera body stick plus live bio traces. Review, mark, export.
Guided EMG + IMU records with rest/hold labels. Export JSON or 50 Hz CSV.
Hang-ball punch game. Optional Aura fist training.
Palm sEMG gates pen-down; wrist rates draw a unistroke. 1-NN DTW.
Blink-controlled penalty kicks. Trainless adaptive detector. Press start.
EOG gaze steers a maze. Focus, calm, and blink gates confirm intent.
Focus grabs an orb, EOG gaze moves it, calm steadies it, a blink releases charge.
Control browser scrolling using eye blinks detected from frontal EEG channels.
Real-time gaze estimation — polynomial regression on Fp1/Fp2 with online learning.
Your focus level controls podcast playback speed and audio clarity in real time.
Turn your brainwaves into live music — EEG band powers mapped to audio synthesis.
A mesmerizing aurora display driven by your live EEG rhythms and band powers.
Classic P300 oddball paradigm reimagined as an interactive mini-game with swappable ML.
Focus hard enough to bend a virtual spoon. Telekinesis powered by your attention index.
Stream live EEG into VRChat via OSC to animate avatars with real brainwaves.
Trigger any HTTP webhook from blinks, focus spikes, and relaxation peaks.
Live EEG drives a fruit-fly mushroom-body circuit. Sparse Kenyon-cell code, trained readout.
Random blink-count nonce after a GO cue, verified from Fp1/Fp2 EOG morphology.
16-channel neck EMG identity challenge: random isometric actions plus a person-specific map.
Closed-vocabulary subvocal sEMG decoder. Enrol a command set, then silently mouth words.
EEG DSP as a course: time domain, cleaning, frequency domain. Live sandbox on your stream.
Place a buddy in your room. It waves, hops on focus, and flinches on blinks.
Walk a photoreal lab and sit at a workstation running the live dashboard.
Immersive 3D EEG visualization: waves curve around you in a starfield.
[RECOGNITION]
Featured in 28+ media publications and cited in 11+ scientific papers. [view_all_coverage]
[GET_STARTED]
Install pieeg-server, connect your hardware, and start streaming brainwaves instantly.
$ pip install pieeg-serverINSTALL
One pip command
CONNECT
Auto-detects hardware
STREAM
Live in your browser
// Not a medical device. For research and engineering purposes only.