applications
Beginning with low-resolution multi-sensory data transfer for emotional support in synthesised environments and incrementally advancing to more complex exchanges in:
> physical and cognitive rehabilitation: Gentle cues (e.g. tactile "ghost-like" pulses) aiding recovery from injuries or decline, guiding movements in stroke rehab → overlaying “innate-AR” prompts for dementia orientation for safe, fatigue-free therapy
→
> lifestyle: Subtle social "nudges" (e.g. shared moods or intentions) for enhanced empathy in relationships and communities, blending into daily lives without data overload
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> critical situation response: Resilient relays for disaster relief, enabling multi-sensory coordination (e.g. location shares, alerts or visual navigation) among responders, ensuring security in chaos, reducing reliance on failing tech
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> gaming: Immersive, body-integrated play with tunable “innate AR” overlays and multiplayer sensory telepathy, evolving to synesthetic experiences in bio-augmented esports and educational simulations)
→
> pet care: "Messaging" to companions for health monitoring and emotional bonds (e.g. translating pet stress into human perception), fostering intuitive care
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> wildlife monitoring: Non-disruptive tracking across species (e.g. monitoring migration or threats via distributed signals), promoting conservation through cross-species interactions
community work: The initial low-resolution data capacity of BPCI enables earlier adoption for lifestyle and exploratory applications relative to current brain-computer interface (BCI) and brain-to-brain interface (BBI) technologies. By familiarising users with hands-on experimentation and iterative engagement, BPCI-R accelerates public understanding and acceptance of this novel communication modality, thus paving the way for broader deployment and advancement of classic neurotechnologies.