Teams

Sea ice prediction is crucial for climate research, conservation, policymaking, and industries. It helps understand climate change, protect polar ecosystems, […]

We have access to unique evidence based knowledge which has shown to improve the lives of people with a disability, […]

ACU is proposing the use of autonomous data input technology to capture data in existing care management systems in near […]

Archaeology is the present probing the past to inform the future. We are Digital Archaeologists. We investigate above and below […]

We use a cost effective method to produce a digitally automated ecosystem wherein any plant or fungi can survive by […]

DISSOLUXION aims to offer a technology that can substantially reduce the time it takes to assess the quality, deposition, and […]

UTA (UI Task Automator) helps the user to complete any tasks given by natural language on any APPs by discovering […]

We are evaluating the use of an immunomodulatory vaccine developed using a novel and safe vaccine platform technology, to re-write the immune response to peanut antigens, from an allergic to a tolerant phenotype, with an emphasis on safety and induction of persistent state of non-reactivity to peanut.

Our project aims to deploy a highly specialized, bespoke device that can seamlessly and accurately measure local environmental conditions (Environmental Measurement Units or EMU's) at multiple locations on-site to model the level of heat stress at a given location.

Our safe, IP protected, platform technology reduces anti-nutritional compounds in grains for the animal feed and human food markets.