See how PCYLINK™’s injection-delivered, self-assembling nanostructure mesh captures neural signals, encrypts them at the source, and routes decoded intent over wireless telemetry to the devices people with severe motor impairment rely on.
Your Mind, Encrypted. Your World, Connected.
PCYLINK™ live product simulation · device control when hands and voice are unavailable
Simulated brain + neural mesh routing encrypted commands to phones, wearables, screens, cars, robots, laptops, wheelchairs, and medical devices.
Tap a device chip below to highlight it in the mesh.
Decoded motor intent drives each device directly — no tapping, typing, or speaking required. Tap a chip to focus that endpoint in the hero mesh.
Every link is encrypted at the source — phones, wearables, screens, vehicles, robots, wheelchairs, and medical devices.
PCYLINK starts with people living with ALS, spinal cord injury, paralysis, and locked-in syndromes: high-speed control of phones, computers, wheelchairs, and home systems when hands and voice are unavailable — restoring communication, digital independence, and caregiver relief.
Decoded motor intent drives the endpoints on this page — screens, home systems, wheelchairs, and vehicles — when motor or speech pathways are lost.
Replaces slow switch scanning and fatiguing eye-gaze for everyday digital tasks.
Self-directed device control returns agency to the patient and eases the load on the people who support them.
See the $2.0M Pre-Seed plan in the investor pitch deck and The Ask.
Drag weak → strong. Stronger neural signal capture raises decoded bitrate, link power, and signal clarity in the simulation model.
Encrypted neural data streams wirelessly to paired external hardware. Cleaner capture = stronger link.
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Relative simulation units — link strength scales with neural signal quality.
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Risk stays low while the biocompatible guard is online in this safety model.
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Mesh nodes capturing in sync. Toggle array lock and signal quality to see synchrony change.
Neural-Ephemeral Key Exchange (NEKE) gives every connection its own fresh encryption key, used once and then discarded — so intercepted data can’t be replayed or unlocked later.
Injection Delivery → Signal Acquisition → Source Encryption → Wireless Telemetry → Device Control. Auto-run holds ~10s per stage; click any chip to re-read.
Sliders update a live Preview. Run Bench commits a dated run into history and drives meters from that record.
Nothing to export yet — Run Bench first.
No saved run yet — hit Run Bench to commit one.
———Newest first · click a run to reload its meters · capped at 20
Tune signal quality and safety toggles for a live Preview, then hit Run Bench to commit a dated run into history. Meters show the relationships PCYLINK is engineering for: signal quality → link power → clarity; tissue-response guard → low risk; NEKE → a fresh key every session. Re-select any past run to reload its meters — export JSON when you want to share a snapshot.