The CL1: the first code deployable biological computer
a year ago
- #research-technology
- #biological-computing
- #neuroscience
- High-performance closed-loop system enabling real-time interaction between real neurons and software.
- Neurons can be kept alive for up to 6 months in a robust environment.
- All-in-one device with recordings, applications, and life support; no external compute needed.
- Supports plug-and-play connectivity with cameras, USB devices, actuators, etc., for experiments.
- Programmable bi-directional stimulation and read interface for neural communication and network learning.
- Touchscreen for visualizing system status, live data, and running pre-packaged assays.
- Highly extensible with USB and other ports for connecting to external systems.
- First biological computer for medical and research labs, offering an ethical alternative to animal testing.
- Enables study of brain function, neural adaptability, learning, disease mechanisms, and compound effects in real-time.
- Energy-efficient design with minimal inputs, supporting longer research timelines.