Impact of GRAVITY

Develop a solution to assist livestock producers prepare for emergency animal diseases and natural disasters across Australia.

Leverage space data to help better inform our rural customers make better decisions by helping in ways we’d never previously imagined 

How might we save our soils and regenerate degraded land?

Starting with orchard systems, how does one remotely measure and monitor carbon accurately?

How can we bridge the link between regional weather measures (and forecasts) and local microclimates – starting with agricultural orchard systems?

How can we accurately match ground data with satellite images to correctly identify and label crops?

Equip Australian farmers with climate management tools to build resilience and strengthen business viability.

Integrate satellite technology and data with existing moisture monitoring and irrigation capabilities to improve vineyard quality and yield requirements.

Develop a tool leveraging satellite data to quantify the carbon intake of vineyards and its correlation to agricultural practices.

Harness satellite imagery, data fusion, and forecasting models to develop a comprehensive vineyard management tool.

Leverage satellite data to drive climate-smart agricultural practices for farmers & pastoralists in drought-prone areas.

Develop a platform to raise awareness about plant biosecurity threats from pests and diseases, supporting NT stakeholders in identification, proactive threat containment, and risk mitigation.

Leverage satellite data to improve  the range and coverage of farmers' environmental impact data.

Leveraging near time satellite imagery to determine natural disaster events, identify customers affected and mobilise rapid response and assistance.           

Leverage datasets to develop a Building & Content  Calculator that estimates residential property values divided by estimated full rebuild cost and total value of contents replacement 

Leverage dynamic data for investors, describing both impacts on Natural Capital assets & dependencies on ecosystem services

Leverage multiple datasets to create real-time customer climate profiles that help businesses understand and reduce their environmental impact

Leverage space data to enable same-day claim payments for insured customers following natural disasters in Japan

Obtain better crop data and models to unlock access to agrifinancing in Brazil.

Monitoring performance of ecosystem restoration projects tracking rate of annual reforestation/deforestation activities in Australia

How can we remotely automate the identification of shrimp ponds within a farm boundary, and categorise their production and quality status?

Can we remotely and independently monitor and verify spatial compliance to sustainable fishing practices, and create an affordable, accessible solution for small scale fishers?

How can we create a way for local and national authorities to track coverage and carbon storage of mangroves and seagrass, to verify their health status and open the door for carbon trading?

How can we use AI to quickly analyse images from space to identify important events, like smoke from a potential bushfire, and efficiently send that information to users on Earth?

How can we optimise of satellite and environmental data to minimise vessel strikes on marine mammals during port approach and departures?

How might 21st Century technology solve the mystery of global whale populations and unlock the opportunities of Ocean-based solutions to the climate crisis?

Measure phytoplankton productivity against the presence of whale populations so as to unlock support for whale-based, deep-blue carbon climate solutions. 

Unlock new wetland monitoring techniques using remote sensing, increasing information available on the state of, and pressures on, wetlands at large-scale.

Develop a metric quantifying the impact of regenerative agriculture using Planetary Variables.

Leverage datasets to accurately record, analyse and  monitor electricity network assets in both static and real-time  scenarios, improving network safety, reliability and customer experience  

Develop real-time monitoring  and surveillance of natural waterways and water assets to capture insights on water use, quality and design.

Accurately detect electricity line sag to ensure public/environmental safety and enable greater renewable energy output.

How can we identify underground water leaks in a timely manner to generate automated workflows to assess damage and impacts to customers and water loss?

Develop a platform that provides real-time visual insights into access track conditions of Transgrid easements to assist in route and maintenance planning.

How can we optimise water use and improve irrigation management using datasets and communicate this information to our customers to change behaviour and promote smart water use?

Harness geospatial data to visualise the condition of pits and revolutionise maintenance measures for the entire network.

How can we rethink the current linear water economy into a sustainable circular economy, embracing digital innovation and environment advancement?

Automatically detect changing conditions of the NSW road & rail network through satellite imagery and potential risk modelling.

Find new ways to enable the next generation of in-flight aircraft connectivity 

How can space technologies be used to assess and validate the condition of road and other infrastructure assets to improve predictive maintenance and planning in South Australia?

How can we help the NSW Government achieve an efficient EV Fleet Charging Infrastructure by harnessing multiple data sets?

Real-Time Transport Tracking and Predictive Route-planning for overall operational Improvement of the Connected Supply Chain.

Understanding the impact of weather patterns to better predict the impact in locations with high density air transport operations

Develop an automated process for aggregating inventories land available for development

Explore new ways to reduce carbon emissions, such as improving the flow of traffic.

Help predict economic activity and behaviour by detecting and quantifying the number of cars in a parking lot.

How can satellites improve the health of Territorians in the dry and wet seasons?

Leverage dataset to help us understand the  requirements and potential solutions for a reliable and autonomous  in-space medicine manufacturing facility    

How can space technologies assist in providing safety and security to people working in remote locations?

How can we use geospatial data to identify the outbreak of diseases as soon as they occur to prepare an appropriate response?

How can real-time satellite data support supply chain management to drive better access to healthcare services and supply?

Leverage datasets to develop computational flow models that simulate the physical flow of materials against different methods of mining and environmental conditions.  

Leverage dataset to develop a new mineral processing and refinement method to produce end products.

Leverage datasets to develop non-invasive methods to collect and obtain sub-surface mineral composition data

How can we use innovative technologies to visualise and trace products and their social and environmental characteristics within our global supply network?

Use cloud technologies to monitor and intercept malicious activity in development and operations in space launch, communications, and operational missions.

Develop an innovative approach to partially automate the identification, characterisation, and monitoring of spacecraft for intelligent in-orbit operations/exploration.