Dutch Company Unveils AI-Driven Dream Recorder

A Dutch company, Modem Works, has announced the creation of an innovative device called the Dream Recorder. This groundbreaking technology uses artificial intelligence (AI) to capture and visualize dreams. The device, which is designed for DIY assembly, allows users to record their dreams in “ultra-low definition” and in any language.

Wake up, speak your dream aloud, and watch it come to life in a dreamscape of your choice. The Dream Recorder’s website encourages users to participate in this unique experience by downloading open-source code, gathering hardware, 3D printing the shell, and assembling everything.

Once assembled, users can double-tap to start recording their dreams. The device will generate the dream, and another tap will play the generated dream along with up to seven others stored on an 8-gigabyte processor. The company has published the open-source code on Github, providing a list of necessary parts and where to purchase them. The total cost for all components is approximately €285.

The Dream Recorder also requires users to pay for the application programming interface (API) from OpenAI and AI video generation company LumaLabs. The estimated cost is less than $0.01 or $0.14 per dream, depending on the image quality.

This device is part of a growing trend of using AI to map and visualize dreams. In 2023, Japan’s ATR Computational Neuroscience Laboratories developed an AI system that uses MRI scans to visualize and record dreams with 60% accuracy. A pre-print study from the National University of Singapore and the Chinese University of Hong Kong in 2023 reached similar conclusions.

Modem Works’ Dream Recorder stands out for its DIY approach and accessibility, making it a fascinating tool for both tech enthusiasts and dream explorers. The device not only captures dreams but also generates dreamscapes, offering a unique blend of technology and creativity.

If you're interested in exploring the world of AI and dreams, the Dream Recorder is a promising project that showcases the potential of combining human creativity with advanced technology.