Research commercialisation success stories
By powering research commercialisation, we’re unlocking the potential of New Zealand science to fuel economic growth, tackle global challenges, and benefit our communities. Explore these Kiwi innovation success stories and discover the real-world impact of Aotearoa’s publicly funded research.
STRmix™ Resolve more DNA Mixtures
STRmix™ technology allows more complex DNA signatures to be interpreted, providing more reliable, robust and defensible evidence in court.
Wireless Network Partnership
Commercialisation of fundamental wireless research to create global export earnings
Augmented Reality
Mobile tech that blurs the line between reality and possibility attracts buyers
Callaghan Innovation
This research consortium aims to enhance sheep processing productivity and quality through the use of automation.
Land Use Change & Intensification
Aiming to ensure that the productive capacity of New Zealand's agricultural land is sustained or enhanced
Auckland University of Technology
Growing the New Zealand surf clam industry with the Cloudy Bay Group
Magritek
Magritek is a business which grew out of a decade of world-class research at both Victoria and Massey universities to manufacture products based on Nuclear Magnetic Resonance (NMR) technology.
Eco-n™
Eco-n™ is a product that reduces the environmental impacts of dairy farming and increases farm productivity and sustainability.
Dr Anna Henning, Victoria University of Wellington & Boutiq
Embracing a Boutiq opportunity: Leading nanomaterials from the lab to the world
HTS-110 magnetic solutions
HTS-110 is the world's leading company in the development of magnetic solutions utilising high temperature superconducting wire.
General Cable Superconductors
General Cable Superconductors specialises in the production of 2nd generation HTS Roebel cable, blending cutting edge research with an extensive background in cable manufacture.
ArcActive
ArcActive Limited was spun out by Research & Innovation, at the University of Canterbury, to commercialise diverse applications of a unique carbon nanotube-laden substrate developed using a continuous, novel and inexpensive method of depositing carbon nanotubes on conducting substrates.