Acoustic holography
3D-printed holographic lenses are designed for high-fidelity volumetric beam shaping, enabling complex targets without hundreds of sequential sonications.
Focused ultrasound brain-access platform
HoloSoniq is developing a portable, MRI-free focused ultrasound platform designed to enable targeted, repeatable delivery of therapeutics across the blood-brain barrier.
The delivery problem
Many promising CNS programs are limited less by therapeutic concept than by delivery. The broader vision is a universal brain-access infrastructure layer for drugs, biologics, gene therapies, cell therapies, and next-generation neurotherapeutics.
How it works
3D-printed holographic lenses are designed for high-fidelity volumetric beam shaping, enabling complex targets without hundreds of sequential sonications.
Machine-learning models use passive cavitation signals to anticipate microbubble instability and support safer, more reproducible blood-brain barrier opening.
Nonlinear acoustic feedback, optical registration, and robotic positioning are being integrated to reduce reliance on specialized MRI-guided treatment suites.
Development status
NIH- and NSF-supported work has demonstrated accurate transcranial targeting, localized barrier opening, and enhanced therapeutic delivery in preclinical studies.
The intellectual property portfolio includes issued U.S. patents and pending applications around ultrasound focusing, acoustic holograms, and ML control.
The current milestone is an integrated prototype for phantom, rodent, ex vivo skull, and large-animal validation on the path toward first-in-human readiness.
What comes next
Combine holographic lenses, robotic positioning, passive cavitation detection, and control software.
Run water-tank, phantom, rodent, ex vivo human-skull, and large-animal studies.
Define safety, software, manufacturing, and performance evidence with FDA CDRH feedback.
Collaborate with translational research centers, academic labs, and CNS therapeutic developers.
Collaborate
HoloSoniq is seeking conversations with focused ultrasound researchers, CNS therapeutic developers, translational funders, research centers, and strategic medical-technology partners.