Satellites, submarine cables, ground-penetrating radar and artificial intelligence are among the high-tech tools for a new project that could establish the Sunshine Coast as a leader in geo-intelligence.
The University of the Sunshine Coast's Innovation Centre has been awarded $199,800 for the 'Space to Sea - Accelerator' project through the Queensland Government's Regional Futures - Collaborative Projects program.
The project will explore ways that geo-intelligence - information derived from analysing images and data associated with geographical locations - can help solve many of Australia's greatest challenges.
Innovation Centre Director Jasmine Vreugdenburg said the team would bring together world-class research expertise and industry knowledge to capitalise on growing global demand for real-time geospatial intelligence, as new satellites and technologies provide more accurate data and imaging than ever before
The project, which will be delivered in collaboration with major partner Sunshine Coast Council, aims to create new social and commercial opportunities in geospatial technology, locally and nationally.
"An overarching goal is to investigate sustainable solutions to complex local and global challenges that can be solved using geospatial intelligence - including population change and extreme weather events," Ms Vreugdenburg said.
Three of Australia's five UNESCO Biosphere Reserves - Great Sandy, Noosa and Sunshine Coast - sit within UniSC's campus footprint, and encompass the world's largest sand island, kilometres of coastlines and waterways, and subtropical rainforest and mountains.
"Remote sensing and geospatial intelligence from space to sea provides the opportunity to research and adopt sophisticated solutions to enhance sustainability across these iconic areas.
"For example, we could monitor the Sunshine Coast's rapid population growth and manage the impact on transport, environmental protection and social planning accordingly, or track changes in weather and plan more effectively for extreme weather events.
"The region's vulnerability to environmental challenges, including climate change impacts, make this project a timely response to bolster disaster preparedness, management and resilience."
A range of advanced technologies will be used to extract maximum intelligence from real-time geospatial data from built and natural environments.
This includes hyperspectral imaging from space satellites, ground-penetrating radar, fibre-optic distributed acoustic sensing, remote sensing using lasers, drones, artificial intelligence and machine learning.
The region also has access to key digital enabling infrastructure through the Sunshine Coast International Broadband Network and NEXTDC Sunshine Coast Data Centre (SC1), providing Australia's fastest east coast data and telecommunications connection to Asia and second fastest to the United States.
Sunshine Coast Council Economic Portfolio Councillor Terry Landsberg said he was thrilled to see the project come to life after Council hosted a geospatial ideation session in October 2023.
"Collaborative projects like 'Space to Sea' further stimulate innovation, create jobs and foster sustainable development for our region and Queensland," Cr Landsberg said.
"The project also aligns with our Regional Economic Development Strategy 2013-2033 which identifies innovation as critical to growing world-class businesses."
The Space to Sea Accelerator Project is expected to run for 18 months. For further information, please contact [email protected].
UniSC's Innovation Centre is an incubator that provides early-stage startups with world-class business support leveraging the research, infrastructure and talent of the university.
The project's multifaceted approach aligns with several multiple United Nations Sustainable Development Goals. UniSC is strongly committed to these goals. In 2024, it placed in the top four percent of global universities in the Times Higher Education Impact Rankings, measured against the UN goals.
