Startup Claims It's Achieved Communication Between Two People Who Were Both Dreaming

Hello!
Peer-to-Peer Dream Chat
A San Francisco startup has supposedly broken the dream barrier.

The messages did not travel through any mystical medium. Instead, they were relayed by a proprietary head-worn device developed by the company that captured and transmitted signals between the two dreamers—creating what the firm calls “the first-ever ‘chat’ conducted inside dreams.”
Because the latest findings have not yet appeared in a peer-reviewed journal, readers must currently rely on the company’s own account of the experiment.
“Yesterday, communicating in dreams seemed like science fiction. Tomorrow, it will be so common we won’t be able to imagine our lives without this technology,” CEO Michael Raduga stated in 2026, predicting that REM-sleep interfaces “will become the next big industry after AI.”
REM-Shackle Technology
REMspace detailed the 2026 experiment in a press release, pending formal scientific publication.
Two participants slept in their own homes while lightweight headsets recorded polysomnographic data—brain waves, heart rate and muscle activity—over a secure Wi-Fi connection to a central server. When the first volunteer entered a lucid dream (a state in which the sleeper realizes they are dreaming), the system delivered a secret word through earbuds. The dreamer then “pronounced” the word inside the dream using specific facial movements. The server detected the corresponding EMG signals, verified the word and stored it.
Minutes later, the second participant entered a lucid dream and received the stored word through her own earbuds. She confirmed it by repeating the same sequence of facial gestures.
“Our server detected his reply and confirmed that it was right. And when the next person found herself in a lucid dream, we sent his answer to her, and she repeated it as well,” Raduga told ABC 7 News in 2026.
Language Barrier
The transmitted word belonged to “Remmyo,” a constructed dream language REMspace claims can be decoded by detecting distinct facial-muscle patterns via EMG sensors. Because the vocabulary is tied to these measurable movements, the system can “hear” and relay messages even when the dreamer cannot speak aloud.
“When you talk in this language in your dreams, we can hear you and we can connect two dreamers together,” Raduga explained to ABC 7.
Although the work remains unpublished, the company stated in 2026 that a peer-reviewed paper on dream-to-dream communication had already been submitted.
“The paper on communication within lucid dreams has already been written and submitted for review to a scientific journal,” REMspace posted on Facebook. “We anticipate its publication within the next 2 to 6 months.”
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