
Cortical Labs offers a biological computing platform that uses living human neurons to run computation and model neural information processing. They combine lab-cultivated human neurons from stem cells with hard silicon in a commercial device (the CL1) and translate electrical activity into actionable data via bioelectronic interfaces. The company provides both a physical lab device and cloud connectivity, enabling independent labs and remote developers to deploy custom code, access raw neural data, and experiment with synthetic biological intelligence. Key technologies include stem-cell–derived neuronal cultures, bioelectronic neural interfaces, embedded silicon hardware, and cloud APIs. Cortical Labs targets research and clinical R&D applications such as drug testing, disease modeling, and early disease detection.

Cortical Labs offers a biological computing platform that uses living human neurons to run computation and model neural information processing. They combine lab-cultivated human neurons from stem cells with hard silicon in a commercial device (the CL1) and translate electrical activity into actionable data via bioelectronic interfaces. The company provides both a physical lab device and cloud connectivity, enabling independent labs and remote developers to deploy custom code, access raw neural data, and experiment with synthetic biological intelligence. Key technologies include stem-cell–derived neuronal cultures, bioelectronic neural interfaces, embedded silicon hardware, and cloud APIs. Cortical Labs targets research and clinical R&D applications such as drug testing, disease modeling, and early disease detection.