We treat sleep as a physiological engineering problem. Somnison develops noninvasive wearable hardware designed to mechanically execute the brain's waste clearance protocols concurrently during waking hours, safely compressing downtime and extending the Effective Conscious Lifespan.
View Technical OverviewSolving the 33% biological bottleneck requires unpacking the black box of slow-wave sleep and isolating its mechanical functions.
The most fatal system failure caused by sleep deprivation is the halt of physical waste clearance. The brain continuously generates neurotoxic proteins like amyloid-beta. Restricting downtime halts the glymphatic clearance mechanism, leading to rapid neurotoxic accumulation and cognitive degradation.
If the brain requires CSF flow to clear amyloid-beta, the fluid dynamics can be isolated. We are engineering noninvasive hardware utilizing targeted acoustic wave propagation to artificially drive this glymphatic transport.
Treated as a strictly hydrodynamic problem, clearance can be mechanically induced. A wearable device delivering targeted ultrasound modulation acts as a concurrent background process, a hardware patch forcing metabolic clearance while the biological system remains online.
By successfully executing these protocols concurrently, we safely compress the required sleep window without triggering systemic failure. The ultimate goal is to eliminate the neurodegenerative cost of uptime and directly extend human ECL.
The physiological basis for mechanical glymphatic clearance.
Somnison