Goal 12: Responsible Consumption and Production
Ensure sustainable consumption and production patterns.
Cropsy Technologies – Using AI to help growers make data-driven decisions
Cropsy Technologies is developing a combination of patent-pending hardware and AI to help growers make data-driven decisions. Cropsy estimates that the average winegrower currently monitors less than 1% of their vines, and they see a competitive advantage possible if horticultural problems are identified early.
Co-founder Leila Deljkovic explains “We give grape growers the power to know every single plant so they can make the best decisions for their crop. We do this by attaching our proprietary vision system to tractors, which will scan the crop while the tractor operators are doing their daily jobs, and AI tells us if there’s something wrong. The amount and detail of information we’re uncovering on growers’ vineyards was just impossible to do until now, and it’s unlocking a whole world of opportunities to manage crops in a completely new way. It’s something which we’re confident could transform the entire industry.” Read more
GreenSpot Technologies – Turning food waste into high-nutrition flour
Greenspot Technologies, a start-up that came to life through the Centre for Innovation and Entrepreneurship’s Velocity programme, has created a range of flour made from fermented fruit and vegetable pulp. Greenspot Technologies’ range includes pinot noir, sauvignon blanc, apple, beetroot, orange, carrot and parsnip flours. Their flours are high in protein and fibre and low in sugar and fat. They are made using a sophisticated fermentation process first developed in the research labs of the University of Auckland. Since going through the Velocity programme, Greenspot Technologies has received substantial investment and has made the move to France and have won multiple international awards for innovation.
Kami – Transforming classrooms into a paperless world
According to Recycle Now, the average UK primary school produces 45kg of waste per pupil each academic year. The global production of paper and cardboard stood at 419.72 million metric tons in 2018, with almost one-third attributable to graphic paper. Kami is transforming classrooms into a paperless world. Kami’s cloud-based software application allows teachers and students to annotate, view, edit and collaborate on digital documents in their browser and complements existing office suites, cloud platforms and learning management systems.
The idea came from humble beginnings as a way for co-founders Alliv Samson, Jordan Thoms and Hengjie Wang to be able to collaborate on their own university study notes. After taking their venture idea through the Centre for Innovation and Entrepreneurship’s Velocity programme the business has grown exponentially, particularly in the last year since the start of the spread of Covid-19. In 2021, Kami hit 27 million users worldwide in 180 countries, enabling children to access an education even in the middle of a global pandemic. Read more
Maara Fresh – Feeding hearts, minds and stomachs
An innovative business idea developed by Manurewa’s home-grown entrepreneurs will benefit more than 2,000 Manurewa High School students through Ka Ora, Ka Ako, the Government’s healthy school lunches programme, starting in 2021. Maara Fresh is a social enterprise that literally grew out of the Manurewa Community Garden.
Developed with the support of the University of Auckland Business School’s Centre for Innovation and Entrepreneurship (CIE) it provides a structure to ensure the financial sustainability of initiatives run out of the gardens. These include growing fresh produce to supply to local families, community kitchens and food banks in Manurewa and an education programme about horticulture for students to ensure sustainability. Read more
Mint Innovation – Using microbes to turn e-waste into precious metals
Mint Innovation is an urban mining company that has developed a novel biotechnological solution allowing them to use inexpensive chemicals and naturally sourced microbes to extract and recover precious metals such as gold, palladium, and copper from common forms of waste produced by modern society. Their initial focus has been on recovering these valuable metals from electronic waste, a growing problem worldwide with 54 million tons of e-waste generated each year.
Leading their research and development is University of Auckland alumnus Robert Staniland, who completed his Postgraduate Certificate of Commercialisation and Entrepreneurship through the Business School’s Centre for Innovation and Entrepreneurship in 2019. Read more
Nilo – Turning global plastic problem into exponentially useful resource
Tech company Nilo is on a mission is to see ‘the end of waste’ by providing a way for all plastic to be processed and repurposed on a global scale. They are developing technology that can turn all types of plastic waste, including currently unrecyclable ocean and landfill plastic, into industrial adhesives that have a number of applications including the manufacturing of wood boards, plywood, MDF, and laminated products. The patented process is clean and low energy, with the potential to combine with other waste streams such as construction and demolition waste, wood, textiles, and e-waste.
They are also working to produce high-strength roading solutions that improve not only the environmental but economic and safety aspects of the roading and pavement industry. At the end of their use, all of Nilo’s products can be granulated and re-processed into new products, creating a circular economy where plastic waste is the most valuable resource. Read more
StrutFit – Reducing waste generated through returns
More people than ever are buying clothes and shoes online, and for good reason: it’s quicker, cheaper, and there’s more to choose from. Each year, 5 billion pounds of waste is generated through returns. Born out of the Centre for Innovation and Entrepreneurship’s Velocity programme, StrutFit allows shoppers to virtually ‘try-on’ shoes by analysing a photo of your foot which you can take using your smartphone camera. The tech then uses deep learning (a subset of machine learning that’s often used for image recognition) to measure the length of your foot and tell you what size you should buy. The venture has already been implemented by brand Bobux and is set to be adopted by many more companies which could have a massive impact on reducing landfill waste.