Who We Are?
ASRP.drift was developed by an international research team within ASRP LLP: Banchenko (KZ), Kapustin (DE), and Ovsyannikova (MD). The platform is protected by Patent KZ 413554 (IPC: A61B 5/00, G06N 3/00), and the underlying methodology has been validated through peer-reviewed publication in the International Internal Medicine Journal (2024). The team brings combined expertise in neuroscience, AI, and biomedical engineering.Our Mission
Our mission is to create a non-pharmacological approach to stress management and cognitive enhancement by bridging neuroscience with practical applications. We aim to demonstrate that real-time neurofeedback, dream synchronization, and AI-driven analytics can produce measurable improvements in mental performance and emotional resilience.Project Goal
The goal is to deploy a clinical-grade neurofeedback system that achieves measurable stress reduction outcomes and enables multi-person neural coordination. We target seamless integration with next-generation brain-computer interfaces and aim to deliver validated protocols for cognitive enhancement applicable in high-performance and therapeutic settings.Technology Layers
Signal Acquisition:
Description:
EEG-based brain monitoring with real-time alpha rhythm analysis forms the foundation of the platform. The Grivtsova method enables clinically validated stress correction without pharmacological intervention, providing a non-invasive baseline for all downstream processing.
Dream Synchronization:
Description:
Banchenko's Mnemonic Dream Synchronization Method enables groups of participants to synchronize cognitive states through structured shared activities. The Arcanum12th AI model tracks convergent dream elements across participants, identifying shared patterns and cognitive alignment markers.
AI Prediction:
Description:
The Kapustin Markers Algorithm applies machine learning and NLP to dream content analysis, detecting recurring patterns and correlating them with external events. The prediction layer feeds into five specialized subsystems: Inspira-X, Fractal HFS, Biophotonic, GFS, and ASRP.art.
Project Curators
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