Published Food & Beverage Optrode An all-fiber spectroscopic fluorescence system to easily and rapidly measure accurate bacteria total count on-site. By University of Auckland
Published Sciences Nano-composite Coatings A drop-in additive to standard plating baths that produces nano-composite coatings without alteration to the existing plating process. By University of Auckland
Published Sciences TouchEye. TouchEye technology presents a complete replacement for a mouse or touchscreen input. By University of Auckland
Published Medical Formus Labs. 3D printed custom acetabular prosthesis offer superior outcomes with improved fit, lower risk of failure and revision, and cost savings through shorter clinical stays. By University of Auckland
Published Telecommunications Magnetic Components A novel mutual-inductance-based technique for measuring core losses in magnetic components of Switched-Mode Power Converters under DC bias. By University of Auckland
Published Transport High Power Converters Increased efficiency and performance from modular multilevel converters reducing costs of converters for grid-level power systems and large motor drives. By University of Auckland
Published Medical Game to Hear Again A first in class interactive gaming system that offers a treatment for sufferers of tinnitus By University of Auckland
Published Defence Certificate Revocation Guard . Certificate Revocation Guard is a plug and play solution offering garunteed secure connections without degrading program performance and affecting usability. By University of Auckland
Published Telecommunications Snooperior Data is rarely fit to help organizations make intelligent decisions without significant data cleaning, management, profiling and analysis. Snooperior is the answer to this. By University of Auckland
Published Electronics UnEmap: 448 Channel Mapping The system is endlessly expandable to accommodate any desired number of electrodes, and is the only technology to enable recording from, or pacing down, electrodes individually. By University of Auckland
Published Power & Utilities Wireless power transfer Inductive Power Transfer (IPT) uses magnetic fields to transfer power from transmitter (track) to receiver (pickup) instead of cables or brushes. By University of Auckland
Published Electronics Non-radiating communication Our communications technology provides a high speed, secure, non-contact, invisible (to antenna/traditional RF comms) system that overcomes issues with high user loads. By University of Auckland
