Smart Pollination Management to Improve Fruit Production in Vietnam
VinUniversity is advancing smart agriculture through the VietFruitRise project, funded by the Aus4Innovation Partnership Grants, the project brings together VinUniversity and The University of Queensland to develop AI-powered tools and sensing technologies for improving pollination in durian and mango orchards in the Mekong Delta. By integrating insect monitoring, predictive analytics, and a bilingual digital advisory platform, the initiative aims to enhance crop yield, quality, and climate resilience, particularly for smallholder farmers. With a strong focus on inclusivity and real-world impact, the project adopts a Gender Equality, Disability and Social Inclusion approach. As VinUni’s first Australian government-funded project, VietFruitRise highlights the university’s growing global partnerships and its commitment to applying interdisciplinary research to address pressing agricultural and environmental challenges.
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VinUni Secures First Australian DFAT Funding to Advance Vietnam Climate-Resilient Agriculture
VinUniversity has been awarded funding under the Aus4Innovation Partnership Grants Round 5 for the project “VietFruitRise: Smart Pollination Management to Improve Fruit Production in Vietnam” – marking a significant milestone as the University’s first project funded by Australian Department of Foreign Affairs and Trade (DFAT).
VinUniversity serves as the Vietnamese Lead Entity, co-leading the project with Dr T. Thang Vo-Doan from The University of Queensland, the Australian Lead Entity. The project is led at VinUni by Assistant Professor Thai Mai Thanh under the Center for Environmental Intelligence. Together, the partners bring interdisciplinary expertise in AI, agriculture, and environmental science to address one of the most pressing challenges facing Vietnam’s high-value fruit sector: the impact of climate change on pollination systems and crop productivity.
With total funding of AUD 544,240 and a 19-month implementation period starting in April, 2026, VietFruitRise will develop an AI-powered pollination management system tailored for durian and mango orchards in the Mekong Delta. The system integrates insect tracking, AIoT sensors, and predictive analytics to monitor pollinator activity, flowering patterns, and microclimate conditions, delivering real-time, data-driven insights through a bilingual digital advisory platform.
Responding to Climate Pressures with Data-Driven Innovation
Vietnam’s fruit sector is increasingly vulnerable to climate-related disruptions, including rising temperatures, erratic rainfall, salinity intrusion, and extreme weather. These factors are already affecting flowering cycles, pollinator behavior, and ultimately, crop yields – placing smallholder farmers at particular risk.
PI Dr. T. Thang Vo Doan from the lead university The University of Queensland emphasized the urgency of the challenge:
“We’re seeing shifts in flowering timing, reduced pollinator activity, and more uncertainty in fruit set. These changes are making it much harder for farmers to predict yields and manage their orchards effectively.”
At VinUniversity, Assistant Professor Thai Mai Thanh highlighted the implications for rural livelihoods:
“When pollination becomes unreliable, it directly affects both productivity and income stability. Farmers need better tools to understand what’s happening in their orchards in real time.”
From Research to Real-World Impact
The VietFruitRise project is designed not only to generate scientific insights but also to deliver practical, scalable solutions. By moving beyond manual observation toward predictive, data-driven decision-making, the project aims to enhance both productivity and resilience in agricultural systems.
As Dr Vo Doan noted:
“Our aim is to move beyond manual observation to a more informed, data-driven approach. We want to give farmers clear, timely guidance so they can anticipate pollination risks and respond more effectively.”
The system will be piloted in durian and mango orchards and supported by targeted training programs for farmers, cooperatives, and extension officers to ensure adoption and long-term sustainability. Importantly, the project incorporates a Gender Equality, Disability and Social Inclusion (GEDSI) approach, ensuring accessibility for women, smallholder farmers, and underserved communities.
Assistant Professor Thai Mai Thanh emphasized the importance of user-centered design:
“It’s not just about the technology, it’s about making sure people can use it confidently and effectively. We’re working closely with local communities to ensure the system fits their needs.”
Strengthening Global Research Partnerships and Impact
The Aus4Innovation Partnership Grants is a flagship initiative supporting collaboration between Vietnamese and Australian institutions to address critical development challenges through science, technology, and innovation. This award not only affirms VinUni’s growing research excellence but also strengthens its international partnerships and positions the University as a key contributor to Vietnam’s innovation ecosystem.
Securing this first DFAT-funded project represents a strategic stepping-stone for VinUni to expand its engagement with international government funding and to scale research with tangible societal impact.
Find out more about the research here:
Smart Pollination Management to Improve Fruit Production in Vietnam