• Investigating cyber threats faster, while keeping humans in control

    Australian organisations in critical sectors such as finance, government and health are under growing risk of cyber attack.
  • Forecasting harvests before a single seed is sown

    Grain growers can access a more accurate view of the season ahead, using a UQ-built system called CropVision to forecast wheat and sorghum yields up to four months before sowing.
  • AI-Powered Digital Manufacturing

    Researchers at The University of Queensland are helping drive Australia's transition to digital manufacturing through the ARC Industrial Transformation Research Hub for Future Digital Manufacturing.
  • How AI is improving diagnosis of Australia's deadliest skin cancer

    UQ researchers have developed AI-powered melanoma surveillance tools that help detect hard-to-spot skin cancers more consistently and accurately, improving early diagnosis and access to screening for Australians, particularly in regional and rural communities.
  • How AI can help students learn - not just hand them the answer

    Generative AI can answer questions, write essays and summarise to a professional standard — allowing students to complete tasks while bypassing the effort through which understanding is built. Offloading their thinking to AI means students may lack the judgement, problem-solving capabilities and deep understanding required to create original solutions to real-world challenges.
  • How sound waves could make AI more energy efficient

    A University of Queensland spin-out, Cortisonic, is commercialising a new class of ultra-low-energy computing technology that uses high-frequency sound waves, known as hyper-sound, rather than conventional electronics to process information.

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