Built from the atom up. Four pillars of breakthrough engineering defining the next generation of neural connection.
Our ultra-low-noise analog front-end captures bio-signals at micro-volt resolution with zero distortion. By utilizing advanced material science, we ensure long-term stability without signal degradation over time.
Raw data is overwhelming. Our customized ASIC performs real-time processing directly on the implant. This edge-computing approach reduces latency to sub-millisecond levels, mimicking the speed of thought.
Freedom of movement is crucial for natural behavior. We engineered a proprietary wireless protocol that transmits massive neural data streams without cables. It is secure, low-power, and robust against interference, ensuring a stable link between biology and the cloud.
It's not just about reading; it's about responding. Our system features bidirectional capability. It can deliver precise electrical stimulation patterns that adapt in real-time based on neural feedback, creating a true dialogue with the nervous system.
Hardware is the vessel, but data is the true value. Our system enables a standardized, exponentially growing repository that serves as the essential foundation for the future Large Neural Models.
Accessibility drives innovation. By providing open SDK support for Python and C++, we empower a community of developers to build diverse applications ranging from rehabilitation to immersive gaming.
Three distinct platforms tailored for specific biological environments.
