Wearable Sensing

👋Hey San Diego science friends What could make for a better Wednesday night than talking brains, biophysiology, neurotech, and playing trivia over some refreshing drinks? If you agree come join for the taste of science events tomorrow night from 7-9pm at Chula Vista Brewery 🍻 Event details and sign up are here: https://lnkd.in/eJZQkmi6 Taste of Science is a nationwide organization dedicated to making science accessible and engaging for the general public. No jargon, no lecture halls — just scientists and curious people sharing cool ideas over drinks and snacks. At Wearable Sensing, we build dry EEG systems designed to take brain research out of the lab and into the real world. But the technology only matters if people know it exists, and events like this are a big part of how that happens. So we're excited to be sponsoring this event! Come join us from 7-9pm. I'd love to talk neurotech, or show you what your brain activity looks like with the world's coolest hat 🧠 #neurotech #neuroscience #BCI #biofeedback #SanDiego #TasteofScience

Did you happen to pass by our data collection session at VSS2026? It's official -- Rapid Invisible Frequency Tagging has made it to dry EEG! Thanks for the excellent and dynamic collaboration Wearable Sensing. We can't wait to see what the future holds for high speed displays and portable, comfortable EEG systems!

Most of what we know about attention comes from people sitting in a lab, staring at a screen. But what happens when you take research-grade EEG devices into the real-world: outside of the confines of controlled research labs, and into the dynamic, ecologically valid environments where the brain operates naturalistically? That's exactly what Adi Korisky, PhD has been doing through her neuro-education research at Stanford University, studying cognitive and attentional processes during live classroom instruction: with real teachers, real students, during real learning environments. Tomorrow I'm thrilled to be hosting the kick-off of #RevolutionizingEEG with Wearable Sensing, a new webinar series giving neuroscience researchers a platform to share what real-world EEG research looks like in practice. Dr. Korisky will share how she collects high-quality EEG data during a real school day using DSI systems, how these real-world measurements compare to parallel findings from controlled lab paradigms, and the opportunities and challenges of bringing neuroscience into authentic educational settings. She'll also introduce analytical approaches that move past standard metrics, capturing how attention shapes the timing and structure of neural responses to continuous speech, and what this means for studying cognition where it naturally unfolds. If you're curious about #neurotech and where neuroscience research is headed outside the lab, join us on Friday for an insightful presentation, and stay tuned for more to come 🧠 📅 Friday May 8th · 9am PST · Free 🔗 Register here: https://lnkd.in/gtV-chau

🧠 #RevolutionizingEEG | Episode 1: Studying Attention in the Classroom As dry EEG systems evolve, neuroscience is moving out of the lab and into the real world — enabling researchers to study the brain where cognition and behavior naturally unfolds. This webinar series gives those researchers a platform to share scientific insights and what real-world research looks like in practice. Join us Friday, May 8th at 9AM PST for our kick-off session featuring Adi Korisky, PhD, a leading cognitive neuroscience researcher at Stanford University Graduate School of Education. Dr. Korisky has developed a classroom-based approach to studying attention using the DSI-VR300, recording neural responses during real teacher-student interactions — preserving the complexity of authentic learning environments rather than simplifying them. You'll learn: - New analytical approaches that capture how attention shapes neural responses to continuous speech - How high-quality neural data can be collected throughout a real school day using mobile dry EEG systems - How naturalistic measurements compare to controlled lab findings 🔗 Register here: https://lnkd.in/g6PeNYD8

🧠 the social brain doesn't live in a cubicle, and neither should your EEG research! We're live at #SANS2026 — come see how DSI dry EEG systems are making naturalistic, real-world social and affective neuroscience research feasible. Whether you're investigating the neural mechanisms behind social interaction, emotional decision-making, or psychophysiological dynamics, our artifact-resistant dry EEG systems enable your experimental paradigms to match the real-world contexts we live in for maximal ecological validity⚡️🌎 In San Diego this week for the conference? Come try for yourself! 🤝 Thanks for having us Social & Affective Neuroscience Society!

We had a blast sponsoring the #BCIGameJam2026! 🧠 🎮 One project that stood out was a VR game 'DressLikeAStar!' controlled entirely by your brain activity, via the DSI-7. Built by Denis Iannoukos —using SSVEP (Steady-State Visual Evoked Potentials), a technique that detects how your brain responds to visual stimuli flickering at various specific frequencies. When you focus your attention on one option, your visual cortex responds to match that objects frequency and the system decodes your intent for real-time selection in the game. This SSVEP-based game is an especially elegant fit for VR, where your gaze is already a primary interface and visual engagement is constant. Impressive work Denis Iannoukos! No additional hardware or physical inputs needed — just neural signal and intent 🧠 This is the kind of creative application that puts neurotech in the spotlight, and we're thrilled to have been a part of it. #BCI #Neurotech #VR #EEG

We’re live at #CNS2026! Come swing by booth #18 to try out the industry-leading dry EEG system and see your high-quality brain data in action 🧠⚡️ We’re also hosting a workshop on Monday the 9th at 12:15pm in Salon D, where we’ll be showcasing how to capture real world brain data in XR for cognitive neuroscience applications, with our friends SilicoLabs - Capture Behaviour Excited to see you there!