HASTE is a critical national collaboration that is strengthening Australia’s ability to prepare for and respond to emergency animal disease outbreaks, through engagement, analytics, distribution and operationalisation.

Outbreaks of emergency animal diseases present significant threats to Australia’s livestock industries, food security, trade access, and biodiversity. These events can disrupt supply chains, halt livestock movements, and damage international market confidence, leading to long-lasting economic, environmental, and social consequences. The impact on animal welfare is also considerable, with potential suffering for affected animals, while community wellbeing can be closely tied to the health of animals and the local economy, especially in regional areas.
The COVID-19 pandemic reshaped expectations around decision-making in infectious disease emergencies, demonstrating how governments use epidemiological modelling, scenario planning, and real-time data to inform policies and justify actions. During the pandemic, sophisticated modelling evolved from a background tool to a central, visible part of decision-making, offering transparency and enabling public scrutiny. This shift underscored the importance of data-driven, participatory decision-making frameworks in securing trust and cooperation.
In the animal health and biosecurity sectors, decision-making processes are typically informed by experts and led by government authorities and industry peak bodies. While these decisions are critical, there is an increasing opportunity to enhance the accessibility and transparency of the decision-making tools used by these key stakeholders. By improving the integration of data-driven models into these processes, HASTE aims to ensure that decision-makers have more accurate, real-time information to guide their responses to animal disease outbreaks. This more robust and transparent approach helps build trust within the system and supports the effectiveness of biosecurity measures at a national level.
About the project
With co-investment from Australian Research Data Commons (ARDC), The University of Melbourne, CSIRO and Australian Government Department of Agriculture, Fisheries and Forestry, HASTE was established to address the growing need for rapid, scalable, and interoperable decision-support tools in response to emergency animal disease outbreaks. By developing trusted, data-driven models, HASTE enhances the capability of decision-makers, including government authorities and industry peak bodies, to navigate complex scenarios more effectively.
The project aims to improve Australia’s biosecurity response to rapidly emerging threats by creating a framework to test, evaluate and improve epidemiological modelling to support decision-making. In doing so, we are developing rapid modelling tools to minimise the negative impacts and prepare and empower decision makers to use these tools in animal biosecurity emergency outbreaks.
Learn more
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Collaborators and Steering Committee
HASTE’s contributors span academia, government and industry, collaborating to benefit Australia’s agricultural sector.
Enhancing Models for Rapid Decision-Support in Emergency Animal Disease Outbreaks (HASTE) is a co-investment partnership with the Australian Research Data Commons (ARDC) (DOI: 10.47486/DC110). The ARDC is enabled by the Australian Government’s National Collaborative Research Infrastructure Strategy (NCRIS).
Contact
For enquiries, please email Project Lead - Dr Chris Baker - cbaker1@unimelb.edu.au
The HASTE collaboration unites a diverse range of government and industry emergency animal disease stakeholders, with leading expertise in modelling, epidemiology, and systems science. Together, the group is advancing Australia's outbreak response through innovative, collaborative, and data-driven approaches to complex biosecurity challenges.
Leadership Team
The HASTE leadership team include collaborators from The University of Melbourne, Biosecurity Commons, CSIRO’s Australian Centre for Disease Preparedness, Australian Government Department of Agriculture Fisheries and Forestry, and ARDC:
Work Package 1 Lead
Work Package 2 Lead
Work Package 3 Co-Lead
Work Package 3 Co-Lead
Work Package 4 Co-Lead
DAFF representative
DAFF representative
ARDC representative
Project Contributors
Work Package Contributors
Project support
- Bonny Cumming; The University of Melbourne
- Tram Bui; The University of Melbourne
- Thao P Le
Steering Committee
HASTE’s Steering Committee includes representatives from:
Project Outputs and Outcomes
HASTE is a two-year project, running until June 2026, which is driving impactful change in how emergency animal diseases in Australia are managed by developing, testing, and delivering:
- Consultation with government and industry partners to identify key gaps and needs for integrated decision-support
- Real-time modelling and analytics tailored to biosecurity outbreak scenarios
- Decision-making workflows aligned with jurisdictional response systems
- Interactive data visualisations for situational awareness and risk communication
- Capacity-building activities, including training and simulation workshops, to embed tools into operational use across government and industry
By ensuring the adoption of cutting-edge modelling outputs into decision-making, the project enhances the precision and effectiveness of responses. This initiative serves as a model for institutional collaboration, creating a strong foundation for a national framework that supports seamless, coordinated decision-making in the face of animal disease outbreaks. The outcomes of this work are setting new standards for how institutions can work together to safeguard public health, animal welfare and biosecurity at a national scale.
Snapshot: Outputs to-date
In depth consultation with 5 jurisdictions and 9 industry peak bodies to guide tool development and deployment.
4 new tools developed and 3 in progress to enhance decision-making in emergency animal disease outbreaks.
Upskilling users and applying tools within 2 hypothetical outbreak exercises to embed real-time modelling into response decision-making.
For more details of HASTE's activities and outputs, see our latest news