2025 AgTech mastermind

In August 2025, the Greater Whitsunday AgTech Hub held its first in-person event — an exciting milestone that not only marked the official launch of our new AgTech Activators, but also brought together a packed room of agribusiness stakeholders eager to tackle a key question:

“What are the priority Ag

Tech technologies that we want to see accelerated in our region?”

After a lively and forward-thinking discussion, the answer was clear. The group identified five key technologies that will shape the future of agriculture in the Greater Whitsundays:

1. Geospatial Technology

2. Artificial Intelligence (AI)

3. Agri-Logistics

4. Irrigation

5. Soil Biotechnology

But our participants didn’t stop there. They went a step further, identifying the critical enablers needed for successful adoption of these technologies:

1. Reliable internet connectivity

2. An AgTech-ready workforce

3. Stronger more practical links between research, commercialisation, and on-farm adoption

4. Better access to expert AgTech advice and technical support

5. Financial incentives for producers and service providers

6. Increased investment in the AgTech ecosystem

7. Adaptive regulation and policy that support innovation

With the foundations laid, attention turned to the future — asking:

How can these technologies drive decarbonisation, not just for the environment, but also to secure better returns, stronger resilience, and a sustainable legacy for generations to come?

We understand that connecting AgTech and decarbonisation can feel complex, so here’s a simple look at how each of the five priority technologies directly contributes to lowering emissions, improving profitability, and building a future-ready regional agriculture sector:

🌏 1. Geospatial Technology

Geospatial systems use satellites, drones, and sensors to map and monitor land use, vegetation, and soil health in real time.

• Decarbonisation: By precisely tracking crop performance and land condition, farmers can optimise inputs like fertiliser and fuel, reducing emissions from over-application and unnecessary machinery use.

• Better Business Returns: Improved mapping leads to smarter decisions, reducing waste and costs while boosting productivity.

• Future Impact: Enhanced land stewardship preserves soil carbon stocks and supports long-term climate resilience.

🤖 2. Artificial Intelligence (AI)

AI analyses vast amounts of farm and climate data to support smarter, predictive decision-making.

• Decarbonisation: AI-powered forecasting helps farmers plan around weather variability, optimise logistics, and minimise energy-intensive operations.

• Better Business Returns: Data-driven insights improve yields, reduce input costs, and lower risk exposure.

• Future Impact: Embedding AI into agriculture accelerates innovation, making farms more adaptive to market and climate change.

🚜 3. Agri-Logistics

Agri-logistics solutions streamline the movement of produce, inputs, and resources from paddock to plate.

• Decarbonisation: Efficient transport networks reduce fuel use, emissions, and food waste.

• Better Business Returns: Smarter logistics shorten supply chains, improve freshness, and increase market access for regional producers.

• Future Impact: Low-emission, circular supply systems future-proof the agricultural economy and strengthen food security.

💧 4. Irrigation Technology

Modern irrigation systems use sensors, automation, and analytics to deliver water exactly when and where crops need it.

• Decarbonisation: Precision irrigation minimises water and energy consumption, cutting emissions associated with pumping and treatment.

• Better Business Returns: Healthier crops and efficient water use mean higher yields, reduced costs, and improved resilience in dry conditions.

• Future Impact: Smarter water management safeguards regional water resources for generations to come.

🌱 5. Soil Biotechnology

Soil biotechnology enhances soil health through biological inputs, microbial treatments, and regenerative practices.

• Decarbonisation: Healthier soils store more carbon and reduce reliance on synthetic fertilisers.

• Better Business Returns: Improved soil biology enhances nutrient uptake and productivity while lowering input costs.

• Future Impact: Regenerative soils create lasting productivity gains, biodiversity benefits, and a more climate-positive agricultural system.

The event also featured key contributions from regional and industry leaders:

• Kym Coyne, Director, AgTech Innovation Partnerships & Skills Policy at the Department of Agriculture and Fisheries, shared insights on Queensland’s Prosper 2050 strategy, highlighting the strong alignment between our regional AgTech efforts and Queensland’s broader agricultural innovation vision.

• Ben Martin from Marto’s Mangoes inspired the room with his story of AgTech adoption and the transformative impact it’s had on his business and sustainability goals.

Check out our videos from the day, capturing the energy, ideas, and commitment of our facilitators and AgTech Activators as we shape a more sustainable and profitable agricultural future for the Greater Whitsundays.