Our Software, Mechanical, and Electronics engineers collaborate together to develop a programmable cochlear module to allow regular adjustment of hearing technology for children.

Hydrix is designing Ventricular Assist Device technologies for multiple global clients, including developing next generation concepts.

Our regulatory and development teams are updating this unique Class III implantable device for launch in Asia/Pacific markets.

Electronics design, verification and validation services for a handheld medical device that tests PT/INR with lab accuracy.

Design, engineering (inclusive of software, electronics) of medical and security imaging system employing novel cold cathode x-ray source technology, smaller, lighter, more maneuverable providing greater operational flexibility.

The development of artificial intelligence and machine learning software for image analysis, interpretation and reporting of growth on microbiology plates after incubation.

Our Software, Electronics, and Systems Engineers combined to help create world-first, real-time, drowsiness and alertness sensing eyewear.

Hydrix develops wearable technologies including EEG-based real-time fatigue monitoring for high stress environments to auditory innovation for next generation acoustic implants.

Digital Signal Processing (DSP) design, firmware development, through to mfg transfer, created first-of-kind acoustic shock protection technology for headset wearers.

We created the technology that helped our client to revolutionize low-pressure sewer systems management, remotely and in real time.

Mechanical and electronic engineering, thermal design and FEA combine to create this portable device for battlefield defence.

A comprehensive development of a rail technology to provide GPS location information, telemetry and data connection over 3G Enhanced Data Rates for GSM Evolution (EDGE).

We combined structured innovation and user insights to identify new technologies for improving blast-hole characterization.

Integration and engineering services for the development of hardware and software for (JTAC) training system.

Algorithm development, software, and GUI expertise combines to create highly innovative collision avoidance technology for the mining industry.