A visual index of public BCI work. We bring the signal, hardware, and interface logic into one reading room—no outbound case links required.
Neuralink’s public work makes the control loop legible: neural activity, decoded intent, and a visible action on a screen. The unresolved layer is robustness—how performance holds across sessions, tasks, and uncertainty.
Synchron’s endovascular direction shows a different design point: reduce surgical burden while still building a usable control loop with AI, accessibility software, and real-world home environments.
Precision Neuroscience frames Layer 7 around high-density cortical recording, minimally invasive deployment, and a path toward practical clinical systems. The visual reference above is now part of our own case-reading surface.
The interface is not only the electrode. It is the whole chain from signal to agency.
How close does the interface get to the signal, and what does that demand from the person?
What spatial and temporal detail is available for the intended task?
How does performance change across sessions, environments, and individual users?
What does the decoded output control, and can the action be interrupted?
What has to be true for a compelling demonstration to become a dependable system?
Which claims are public, which are demonstrated, and which remain open questions?
High-throughput motor intent is compelling when a cursor moves. The deeper test is whether performance remains stable when the task, interface, and user state all change at once.
An endovascular path can reduce surgical burden while moving complexity into placement, signal quality, calibration, and long-term clinical workflow.
A thin cortical interface reframes the trade-off between signal density and clinical practicality. The unanswered question is how the entire system behaves over time.