Array scanning
Capture consistent acoustic data across components with a non-invasive scanning architecture.
Ultrasonic NDT · Hong Kong
See beyond the surface. AI-powered ultrasound reveals hidden defects before they become critical.
Our technology
DeepSonix combines ultrasonic array scanning, advanced signal processing and deep learning to help semiconductor teams inspect faster and decide with confidence.
Capture consistent acoustic data across components with a non-invasive scanning architecture.
Separate meaningful features from noise through an advanced processing pipeline.
Turn complex ultrasonic responses into clear, actionable inspection results.

The platform
A connected inspection workflow designed for semiconductor devices and high-value components.
Company timeline
Our path from an early-stage idea to an innovation company entering incubation.
DeepSonix entered the HKSTP Ideation Programme to shape its technology and commercial path.
The company was incorporated in Hong Kong to bring advanced ultrasonic inspection to industry.
DeepSonix joins incubation to accelerate product development, validation and market adoption.
Our people
Researchers, engineers and operators working together across acoustics, AI, mechanical systems and company building.

Chief Scientific Advisor
Associate Professor at HKU with two decades of acoustics research experience.

Chief Executive Officer
Leading company strategy, operations and growth.

Chief Scientist
HKU doctoral researcher and founder of SoundSense.

Chief AI Officer
Doctoral researcher in Electrical and Electronic Engineering at HKU.

Chief Mechanical Engineer
Doctoral researcher in Electrical and Electronic Engineering at HKU.

R&D Engineer
Advancing the inspection platform from research to deployment.
Academic collaboration
We welcome conversations with semiconductor manufacturers, research teams and engineering partners.
Start a conversationContact
Tell us about your component, material or inspection challenge. Our team will follow up to explore the right next step.