With Mudra Studio, build EMG-based input applications using natural text prompts, turning human intent and neural signals into digital commands for any device.
No EMG signal processing. No deep SDK work. Build and test your gesture UX/UI in hours with the Mudra Link EMG wristband.
Get Mudra StudioMudra Studio and your favorite AI coding platform builds the interaction. Mudra Link lets you experience it. Together, they turn an idea into something you can wear, test, and refine.
Mudra Link connects to Mudra Studio. From there, you can use your favorite AI coding tools, like Claude, Cursor, or ChatGPT, to create custom interactions using the wristband. Turn your ideas into working experiences you can test and refine.
Use Mudra Link to research which gestures, movements, and pressure inputs work best for the experience you want to create.
Experience the interaction in your web page, adjust the gesture UX/UI, and keep iterating until it feels right.
Mudra Studio gives you multiple ways to explore, combine, and create wrist-based input experiences.
Work with familiar gestures including tap, pinch, swipe, scroll, point, and drag.
Start with Mouse Mode for cursor control or D-pad Mode for directional navigation and selection.
Combine raw EMG and IMU signals to research and develop new gestures and interaction models.
Mudra Studio was built to revolutionize the interaction tool for smart glasses, large displays, humanoid robots, smart home, drones, and any interaction beyond the screen.
Since 2014, Wearable Devices has been developing neural input at the wrist, evolving from Mudra Inspire and the Mudra Development Kit to the award-winning Mudra Band and universal Mudra Link.
Each generation has advanced the way EMG, motion, and human intent can become digital input. Mudra Link puts that decade of innovation on your wrist, ready to build with today.
Get Mudra StudioThe Mudra Studio Evaluation Kit is the first step toward bringing Mudra technology into your commercial product.
Build and test with the standard Mudra Studio Evaluation Kit. Determine whether neural input fits your product, use case, and interaction goals.
Expand the evaluation around your requirements. Explore upsells of additional gestures, sensors, devices, software access, and interaction possibilities.
Develop yourself or let us develop a specific PoC or MVP and validate it with your intended users, product, and environment.
Move from validated prototype to product integration, hardware and software adaptation, licensing, and commercial deployment.
Start by evaluating the interaction in your own use case. As the opportunity develops, each phase opens deeper capabilities, greater confidence, lower risk, and closer integration with your product.
Get Mudra StudioMudra Studio Evaluation Kit is for teams exploring whether neural input belongs in their next product, experience, or customer solution.
Test the technology, explore new interaction models, and build evidence before committing neural input to a product roadmap.
Evaluate gesture and neural input directly in the spatial experience, and see how it compares with existing control methods.
Turn emerging neural-input technology into a working concept your organization can experience, assess, and advance.
Build and validate neural-input solutions for customers without starting a long, specialist R&D program.
Mudra Studio Evaluation Kit lets teams test how neural wristband input can solve different interaction challenges across products and industries.
Create a seamless XR experience with subtle, discreet gesture control that responds instantly, keeps users present, and works even when hands are out of view.
Turn gestures, motion, and fingertip pressure into game mechanics, from familiar controls to entirely new ways to play.
Explore personalized input methods built around subtle hand and finger activity, creating alternative ways to control digital experiences.
Map gestures, motion, and pressure to machine commands and explore more direct ways to navigate, select, and control.
Prototype low-movement, touchless interaction for industrial workflows, vehicle interfaces, and environments where conventional controls are less practical.
Explore EMG- and motion-based interaction concepts for rehabilitation, training, biofeedback, and digital health research.
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