Precision Neuroscience

08/06/2026

He’s moving a cursor with his mind. No pe*******on of the brain- just a thin film resting on its surface.

“It was like telekinesis. I felt like I had a superpower.”

This is Layer 7. Watch to the end. 👇

Precision’s brain-computer interface is an investigational device and is not available for sale in the United States.

08/06/2026

“It was like telekinesis. I felt like I had a superpower.”

That’s how Jasaun described the moment he moved a computer cursor using nothing but his thoughts.

Jasaun isn’t living with paralysis. He volunteered for this research while recovering from an unrelated procedure. What made him comfortable participating in the study was simple: the device never penetrates the brain. It sits on the surface, and afterwards it’s removed without any damage to his brain tissue.

Dr. Adnan Siddiqui, the neurosurgeon who watched it happen live, described it this way: “This is physical proof that this is what is happening indeed all over the brain all the time.”

For people who’ve lost the ability to move or speak, this points to something bigger than a research milestone. It’s a glimpse of what it could mean to reconnect: to send a message, to answer a call, stay in touch with the people you love, using thought alone.

Watch the video below, and tell us what strikes you most about it- we read every comment.

Learn more: precisionneuro.io

Precision’s brain-computer interface is an investigational device and is not available for sale in the United States.

07/21/2026

“It felt like telekinesis. I felt like I had a superpower.” That’s how one research participant described controlling a computer with nothing but thought. The trust came from something specific: Layer 7 never pierces the brain to do it.

That design choice matters for two reasons. Because the device sits on the brain’s surface instead of going into it, it can be safely removed and upgraded as the technology improves. And because it doesn’t damage brain tissue, we believe it opens the door to studying far broader patient populations than paralysis alone, a possible path toward a system that could one day reach beyond the region that controls movement.

We’re grateful to the research participants and their families, and to the clinical partner sites and physicians who make work like this possible.

Learn more at www.precisionneuro.io

07/09/2026

A ballet dancer mid-pirouette. A goalkeeper diving for a save. In each of those moments, the brain has already decided velocity, timing, and trajectory faster than the body can carry it out, and faster than we could ever describe it. Layer 7 captures that neural activity at its source, directly from the surface of the brain- not from inside it- at native resolution, in real time, and pairs it with modern GPU compute to decode it.

This is what it looks like to finally see thought move. Learn more at precisionneuro.io.

07/07/2026

“Mental health. This does not get enough attention in conversations about BCI. The World Health Organization estimates that roughly one in eight people worldwide—close to a billion people—live with a mental health disorder. For many of these conditions, such as treatment-resistant depression, the current therapies are simply inadequate. … What is changing now is Precision. Our system can decode signals related to a person’s emotional state, and we believe that in the coming years we can make a meaningful difference in how refractory depression is diagnosed and treated”.

Taken from a recent interview with Rebellion Research, Precision Neuroscience Co-Founder & CEO Michael Mager discusses the expanding potential of brain-computer interfaces (BCIs) beyond restoring communication and movement. The conversation explores the future of high-resolution BCIs, how minimally invasive neural interfaces could transform medicine, the engineering challenges of scaling neural technology, the role of AI in decoding brain signals, and what the next decade may hold for patients, clinicians, researchers, and the broader neuroscience community.

Read the full interview below.

Precision Neuroscience Co-Founder & CEO Michael Mager Sits Down With Rebellion Research

07/02/2026

At Precision Neuroscience, we're building tech with the potential to restore communication, independence, and connection for people living with severe paralysis. Achieving that mission takes an extraordinary team of engineers, clinicians, scientists, and innovators who are passionate about solving some of healthcare's most complex challenges.

We're continuing to grow our team and are looking to fill the following positions:
• Field Clinical Specialist
• VP, Market Access
• Full-Stack Software Engineer
• Senior Mechanical Engineer
• Equipment Engineering Manager
• Quality Assurance Specialist
• Senior Quality Engineer
• Electrical Engineer
• EE Systems Engineer

If you're excited by the opportunity to help shape the future of brain-computer interface tech, and make a meaningful impact on people's lives, we'd love to hear from you. Join us as we continue to push the boundaries of neurotech.

Learn more here: https://www.precisionneuro.io/careers -positions

06/23/2026

June is Alzheimer's & Brain Awareness Month, and we're taking a moment to recognize the remarkable organ that powers every aspect of our lives. The human brain powers every thought, movement, memory, and connection we experience. But for millions of people living with neurological conditions, injury, or disease, the pathways between the brain and the body can be interrupted, affecting their ability to communicate, interact, and engage with the world around them.

At Precision Neuroscience, we're working to better understand these neural pathways and develop brain-computer interface tech that has the potential to restore communication, independence, and connection for people living with paralysis. Every discovery brings us one step closer to unlocking new possibilities for human potential.

06/17/2026

Following our recent Webby Award win, we're excited to share another milestone: Precision Neuroscience has been named to Fast Company's World Changing Ideas list for the second consecutive year.

This recognition underscores the progress being made in brain-computer interface (BCI) tech and the collective efforts of our team to develop solutions that can help people living with paralysis regain greater independence, communication, and connection.

Our BCI system is designed to establish a direct link between the brain and digital devices, enabling users to interact with computers, smartphones, and other technologies using only their thoughts. We're honored by this recognition and grateful to Fast Company and The Webby Awards for acknowledging our work.

Read more here: https://www.globenewswire.com/news-release/2026/06/17/3313447/0/en/precision-neuroscience-wins-2026-webby-award-earns-back-to-back-fast-company-world-changing-ideas-honor.html

06/11/2026

At Precision Neuroscience, our Community Advisory Board (CAB) brings together individuals living with severe paralysis caused by ALS, stroke, and spinal cord injury (SCI). Their lived experiences and perspectives play an essential role in guiding our work and helping us develop technology that reflects the real needs and priorities of the people it’s designed to support.

Through ongoing conversations and regular meetings, CAB members provide thoughtful feedback, raise important considerations, and help inform key decisions across the company. Their partnership ensures we continue building with — not just for — the communities connected to this work. We’re deeply grateful for their insight, collaboration, and trust as we continue advancing BCI tech together.

Interested in learning more or getting involved? Connect with us here: https://www.precisionneuro.io/partner-with-us

06/09/2026

At its core, brain-computer interface (BCI) tech is about people. It’s about restoring connection for individuals living with severe paralysis, helping people communicate, interact with technology, and regain a greater sense of independence using only their thoughts.

For many, the loss of physical movement can also mean the loss of everyday capabilities many of us take for granted — connection, autonomy, expression, and control. Advances in BCI have the potential to change that. By creating new pathways between the brain and digital devices, Precision Neuroscience is working toward a future where people can reconnect with the world around them in meaningful ways — improving quality of life, restoring capability, and empowering individuals to engage more fully with family, work, and daily life.

The technology is powerful, and the human impact is what matters most. Learn more below.

Unlocking the full potential of the brain.