Precision Neuroscience

Our mission is to provide patients with neurological disorders or sensory deficits with new opportunities to adapt and improve their condition under their own power. We develop a revolutionary neural interface system that writes information directly into the brain. Together with our partners we are driven to develop new ways of interfacing with the human brain through the latest technology.

Our mission is to break BCI technology out of the labs and into the mainstream to enhance human experiences across diverse sectors, such as healthcare, research and entertainment. The Vortex headset by Cortex Machina, featuring state-of-the-art neurotechnology, is a plug-and-play, AI-powered Brain-Computer Interface providing democratized access to EEG recordings & BCI functionalities for everyone. Equipped with 8 research-grade dry sensors, it offers unparalleled accuracy and data quality for capturing brain activity. Our cutting-edge technology offers new avenues for therapeutic interventions, empowering individuals to regain control of their mental well-being and imprve their quality of life. A Different Approach, Using a New Method of Manufacturing. At Cortex Machina, we revolutionize BCI manufacturing with 3D printing, ensuring precision engineering while minimizing environmental impact and made BCI technology accessible to everyone. Our premium integrated speakers provide crystal-clear sound for immersive experiences.

Our mission is to improve the lives of billions through brain network data, also known as connectomics, because every brain has the potential to be better. We deliver precise knowledge of a patient’s unique brain networks for actionable surgical insights prior to life-changing surgery. Our mission is to improve the lives of billions through connectomics, because every brain can be better. We love solving data problems, and the brain is the biggest data problem we know. Our team of 100+ experts from all around the world are divided into three core teams:. Mike built one of the largest neurosurgery practices in the US. Our platforms process vast quantities of neural data to provide invaluable structural and functional information specific to each subject. A digital map of the brain known as the connectome.

We believe with all of our hearts (and brains) that brain imaging technology will fundamentally improve our lives, our societies and our planet. In order to make this happen, we are dedicated to spreading this wonderful technology to areas of use that have yet to benefit from increasingly better understanding of the brain. The first step towards achieving this vision is to increase the ease of use and mobility of brain imaging hardware and software while maintaining a certain level of accuracy and validity of measurements. We are also working on different ways of obtaining sufficiently sized databases of brain activity and performing big data and machine learning processes that are going to help us with finding new biomarkers and analytical algorithms for fast automated metrics. By doing that, we are able to design easy-to-use turnkey solutions that address the needs of our society and to invent new business models that will allow for this inspiring technology to be used on a much larger scale tomorrow.

We are using implants with thousands of microelectrodes and advanced stimulation algorithms to directly transmit video images to the visual cortex of the brain. We focus on developing a neural implant that can restore practically useful vision in almost all cases of blindness. With our long-standing expertise in flexible brain mplants which have already been verified in several animal models, we are keen on changing the lives of many blind people. Founded in 2019, our history is short but many significant achievements could be made. Who is helping us to achieve our goal and how you could become one of them?

We are currently focused on giving people with quadriplegia the ability to control their computers and mobile devices with their thoughts. We are looking to hire a wide range of people with diverse engineering, scientific, and operations expertise. We keep the people who will use our products in mind, emphasizing safety, accessibility, and reliability during our engineering process. Advanced, custom, low-power chips and electronics process neural signals, transmitting them wirelessly to the Neuralink Application, which decodes the data stream into actions and intents. The base structure and motion stage provide the structural platform for the robot head and the primary 3 axis linear motion used to position the robot head and needle. If you're interested in learning whether you may qualify for current and/or future Neuralink clinical trials, consider joining our Patient Registry.