An all-day multimodal intelligent memory platform that captures, compresses, encrypts, and organizes your real-world experiences into a private, searchable memory graph.
Discover the FutureLightMind M1 is an ultra-low-power wearable that combines optical computing, neuromorphic encryption and multimodal AI to capture your day end-to-end.
It acts as your personal “digital brain”, integrating safety records, intelligent search, traceability, reminders and decision support.
Key Innovation: On-sensor optical compression and neuromorphic encryption lock memories at the source while enabling powerful AI analysis.
Multimodal large models transform continuous audio and vision into a structured memory graph of people, places, events and relationships.
Proprietary neuromorphic optical encryption captures semantic cues, not recoverable faces – providing irreversible, hardware-level privacy at the sensor.
Photon-level optical compression and efficient hardware design let LightMind record all day while cutting power and data at the source.
Semantic timelines let you jump to any moment in seconds using natural language, instead of scrubbing through raw audio or video.
Memory models generate summaries, action items and contextual reminders from your daily interactions to support better decisions.
A closed-loop platform spanning device firmware, cloud memory and apps, designed for secure sync, collaboration and ecosystem integrations.
Custom CMOS imaging and optical computing perform on-sensor compression and feature extraction before data ever reaches storage.
On-device lightweight audio models handle wake-word, diarization and semantic cues in real time, feeding the memory graph.
Neuromorphic computing layers fuse optical, audio and contextual signals into latent-space memories optimized for retrieval and reasoning.
PhD students, researchers and lifelong learners who need to capture dense lectures, papers and discussions without losing details.
Executives and team leaders juggling back-to-back meetings, decisions and relationships that must be remembered and acted on.
Clinicians and care teams who benefit from secure, structured recall of patient interactions and observations.
Older adults experiencing memory challenges, and families seeking safe, privacy-preserving support in daily life.