High-PricedComputer operates thanks to Imprisoned Human Brain Tissue Cells

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The technology landscape is changing, and one of the most exciting developments is the emergence of the CL1, a high-performance closed-loop system developed by Cortical Labs. This groundbreaking device allows real neurons to interact with software in real time.

Last year, the University of Reading made headlines when they taught an ionic electroactive polymer hydrogel (a lump of goo) to play Pong. Now, Cortical Labs is taking things to the next level with the CL1.

Equipped with a planar electrode array and 59 electrodes, the CL1 creates a stable neural network. This setup enables well-controlled experiments to understand the factors driving the appearance of intelligence, as stated by Kagan from Cortical Labs. With 120 CL1s, they aim to conduct comprehensive research in this area.

The CL1 is currently available for pre-order and plans to ship later this year. The marketing on the Cortical Labs website describes the growth of neurons in a nutrient-rich solution within the device.

Cortical Labs claims that the CL1 can match or exceed the performance of digital AI systems. This bold statement has attracted the attention of institutions such as Cortical Labs, various neuroscience research centres, and AI laboratories at universities like MIT and Stanford. They are all working towards improving non-digital artificial intelligence systems like the CL1.

The CL1 is a plug-and-play device that supports a wealth of USB devices through its cloud version. It is connected to a life-support unit and a proprietary software system, with the neural network existing within a simulated world created by Cortical Labs' Biological Intelligence Operating System (biOS).

The CEO of Cortical Labs, Hon Weng Chong, gave a video walkthrough of the CL1 to Reuters. The CL1's neural network and its simulated world are designed to provide a robust environment that can keep the wetware machine alive for up to 6 months.

Interestingly, the early version of the CL1 was able to play the game Pong a few years ago. The scientists at the University of Reading are confident they can improve the Pong abilities of the lump of goo if they can figure out how to make it feel pain.

Cortical Labs is also offering a Wetware-as-a-Service option for renting bio-computer processing power. The CL1, a brain-in-a-box computer, is detailed in an article published in New Atlas. With its innovative approach to AI, the CL1 is set to revolutionise the technology industry.