Principles · engine · references

Science

Evidence-inspired design for reflection and routine—clear, consistent, and transparent.

01
Dream interpretation · AI report

Merovia multi-model engine

A dedicated dream-interpretation system built on Merovia’s prompt architecture, routed through leading model APIs for higher fidelity and consistency—crafted for customized reflection.

  • OpenAI & Gemini API routing
  • Dream-specific prompt stack
  • Consistency + safety guardrails
02
Numerology · Scientific pattern analysis

Enhanced fortune insights

A numerology-based insight layer that turns symbolic patterns into structured prompts. It links your dream themes with daily, weekly, and monthly outlooks—designed as reflective guidance, not deterministic prediction.

  • Statistical pattern summaries
  • Daily / weekly / monthly outlook
  • Dream-linked context prompts
03
Lucid dreaming · research-informed audio

Lucid & WILD support

Research-inspired lucid/WILD support with gentle audio options and guided setups. Frequencies supported by actual papers written by sleep scientists, designed for safe and intentional use.

  • 3Hz / 7Hz / 40Hz options
  • Guided setups + in-app presets
  • Safety-first usage
TDI SCIENCE
The Science of Lucid Dreaming
1.Synchronizing 40Hz Gamma Waves (Gamma Synchronization)

According to research by Dr. Ursula Voss (Goethe University, Germany), lucid dreaming is associated with increased gamma activity around 40Hz in frontal brain regions. This feature provides gentle 40Hz-focused audio to support a lucid-aware state—without claiming guaranteed outcomes.

2.Auditory Targeted Memory Reactivation (TMR)

Studies including work published in Current Biology suggest that carefully timed sound cues can influence memory processing during sleep. Theme cues chosen right before sleep may increase the likelihood that related themes appear in dreams, supporting intentional dream incubation.

Your dreams are not random. They can be designed.
Key References
  • Voss, U., et al. (2014). Induction of self awareness in dreams through frontal low current stimulation of gamma activity. Nature Neuroscience.
  • Haar Horowitz, A., et al. (2020). Targeted Dream Incubation at Sleep Onset increases post-sleep creative performance. Current Biology.
  • Oudiette, D., & Paller, K. A. (2013). Upgrading the sleeping brain with targeted memory reactivation. Trends in Cognitive Sciences.