Cortical Labs' CL1 is the world's first commercially available biological computer, integrating lab-grown human neurons with silicon hardware to create a dynamic neural network. This innovative system leverages the adaptability and energy efficiency of biological neurons, offering a novel approach to computing that differs from traditional artificial intelligence. The CL1 operates as a self-contained unit, enabling researchers and developers to deploy code directly to living neurons, facilitating real-time learning and information processing. Key Features and Functionality: - Biological Integration: Combines approximately 200,000 lab-grown human neurons with silicon chips, forming a hybrid system capable of learning and adaptation. - Self-Contained System: Housed within a controlled life-support unit that maintains cellular health through filtration, media circulation, gas mixing, and temperature regulation, keeping neurons viable for up to six months. - Energy Efficiency: Operates with significantly lower energy consumption compared to conventional AI systems, consuming between 850 to 1,000 watts per full rack. - Code Deployability: Allows direct code deployment to the biological network, enabling real-time interaction and learning without the need for extensive training data. - Versatile Applications: Suitable for various fields, including drug discovery, disease modeling, and artificial intelligence research, providing a platform for studying brain function and developing new therapies. Primary Value and Problem Solving: The CL1 addresses the limitations of traditional computing systems by harnessing the natural learning capabilities and energy efficiency of biological neurons. It offers researchers a unique tool to study neural behavior, test neuroactive compounds, and develop adaptive AI systems. By reducing reliance on animal testing and providing a more sustainable computing alternative, the CL1 paves the way for advancements in neuroscience, medicine, and artificial intelligence.