selected work
Neuralink Wearable
Designing the future of Brain-Computer Interfaces
Our Role
The Context
Neuralink is pioneering Brain-Computer Interface (BCI) technology, enabling people to interact with digital systems using only their thoughts. Their mission is to create an assistive device that not only works seamlessly with the human brain but also integrates effortlessly into everyday life.
Prototyping the ideal form factor
Creating a Brain-Computer Interface (BCI) wearable requires more than just technical precision—it must be something people feel comfortable wearing daily. Our team developed multiple prototypes to explore shapes that balanced approachability, discretion, and aesthetics. We refined our designs until we found the sweet spot for a device with a discreet appearance that would help to enhance adoption.
Prototyping the ideal form factor
Creating a Brain-Computer Interface (BCI) wearable requires more than just technical precision—it must be something people feel comfortable wearing daily. Our team developed multiple prototypes to explore shapes that balanced approachability, discretion, and aesthetics. We refined our designs until we found the sweet spot for a device with a discreet appearance that would help to enhance adoption.
Prototyping the ideal form factor
Creating a Brain-Computer Interface (BCI) wearable requires more than just technical precision—it must be something people feel comfortable wearing daily. Our team developed multiple prototypes to explore shapes that balanced approachability, discretion, and aesthetics. We refined our designs until we found the sweet spot for a device with a discreet appearance that would help to enhance adoption.
Assessing the hardware
Before shaping the external form, we needed to deeply understand the hardware requirements and constraints. Working closely with Neuralink’s engineers, we assessed component size, heat dissipation, power needs, and integration with the surgical system. These factors influenced the overall footprint and ergonomics of the device, ensuring that design choices aligned seamlessly with technical functionality.
Assessing the hardware
Before shaping the external form, we needed to deeply understand the hardware requirements and constraints. Working closely with Neuralink’s engineers, we assessed component size, heat dissipation, power needs, and integration with the surgical system. These factors influenced the overall footprint and ergonomics of the device, ensuring that design choices aligned seamlessly with technical functionality.
Assessing the hardware
Before shaping the external form, we needed to deeply understand the hardware requirements and constraints. Working closely with Neuralink’s engineers, we assessed component size, heat dissipation, power needs, and integration with the surgical system. These factors influenced the overall footprint and ergonomics of the device, ensuring that design choices aligned seamlessly with technical functionality.
Art direction & storytelling
To introduce the Neuralink device to the world, we developed a visual identity that balanced futurism and familiarity. We led creative production efforts, including appearance models, material studies, and a photography campaign featuring diverse users, ensuring the product resonated with a broad audience.
Art direction & storytelling
To introduce the Neuralink device to the world, we developed a visual identity that balanced futurism and familiarity. We led creative production efforts, including appearance models, material studies, and a photography campaign featuring diverse users, ensuring the product resonated with a broad audience.
Art direction & storytelling
To introduce the Neuralink device to the world, we developed a visual identity that balanced futurism and familiarity. We led creative production efforts, including appearance models, material studies, and a photography campaign featuring diverse users, ensuring the product resonated with a broad audience.
Discrete By Design
With many potential locations for the device discussed with the surgical team, there was a need to evaluate the benefits and challenges with each location. Placing the device behind the ear and mounted to the mastoid process had several functional benefits but it was especially appealing because it would ensure that the device would be largely invisible from a front view and barely noticeable from a three quarter front view.
Discrete By Design
With many potential locations for the device discussed with the surgical team, there was a need to evaluate the benefits and challenges with each location. Placing the device behind the ear and mounted to the mastoid process had several functional benefits but it was especially appealing because it would ensure that the device would be largely invisible from a front view and barely noticeable from a three quarter front view.
Discrete By Design
With many potential locations for the device discussed with the surgical team, there was a need to evaluate the benefits and challenges with each location. Placing the device behind the ear and mounted to the mastoid process had several functional benefits but it was especially appealing because it would ensure that the device would be largely invisible from a front view and barely noticeable from a three quarter front view.
The Impact
Awards
12
Awards
12
Launch events
2
Launch events
2
Wearable prototypes
58
Wearable prototypes
58
The Impact
Work With Us
If you’re looking to collaborate on a project, develop innovative human-machine interfaces, or bring a concept to life—let’s talk.
Join the Team
If you thrive on solving complex problems, designing at the intersection of hardware and software, and pushing boundaries—email us.
Office
3435 Cesar Chavez St,
San Francisco
Let’s Build the Future Together
© 2025 Card79. All rights reserved.
Terms of service
Privacy Policy
Work With Us
If you’re looking to collaborate on a project, develop innovative human-machine interfaces, or bring a concept to life—let’s talk.
Join the Team
If you thrive on solving complex problems, designing at the intersection of hardware and software, and pushing boundaries—email us.
Office
3435 Cesar Chavez St,
San Francisco
Let’s Build the Future Together
© 2025 Card79. All rights reserved.
Terms of service
Privacy Policy
Work With Us
If you’re looking to collaborate on a project, develop innovative human-machine interfaces, or bring a concept to life—let’s talk.
Join the Team
If you thrive on solving complex problems, designing at the intersection of hardware and software, and pushing boundaries—email us.
Office
3435 Cesar Chavez St,
San Francisco
Let’s Build the Future Together
© 2025 Card79. All rights reserved.
Terms of service
Privacy Policy