Chris Whitney, Chief Digital Officer at Monarch Tractor, shares how the company’s fully electric, driver-optional tractor is redefining power and productivity on the farm. By combining clean energy, advanced autonomy, and intelligent data systems, Monarch is helping drive a more efficient and sustainable future for agriculture.

Kioti is redefining smart farming with a new generation of compact, autonomous technologies built to meet the needs of smaller farms. Chief Product and Technology Officer YJ Son discusses how the company’s innovations—from transport robots for orchard operations to AI-driven equipment—are boosting productivity and addressing critical labor challenges. Learn how Kioti is making advanced automation accessible to a wider range of growers and helping small farms thrive.

Dr. Frank Bai shares his global journey into precision and digital agriculture and highlights how sensors, drones, and AI-driven tools are shaping the future of farming. As an Assistant Professor at NC State, he bridges engineering and agriculture to tackle challenges in the field. In this episode, he discusses his autonomous scouting project at the Sandhills Research Station, innovative methods for screening drought tolerance in soybeans, and the growing role of digital technologies in...

Aaron Wells, Director of Engineering & Autonomy at Blue River Technology, a John Deere company, discusses the evolution of agricultural machinery—from traditional horsepower to advanced hardware and artificial intelligence. He explains how John Deere’s next-generation perception system, known as the “eyes and brain” of autonomous tractors, is transforming modern farming. This episode explores how AI, machine vision, and retrofit kits are making autonomy in agriculture possible, the ...

Tom Williams, Director of Microbiology at BioConsortia, discusses how beneficial microbes are driving more sustainable agriculture by boosting nutrient availability, soil health, and crop performance. He shares how BioConsortia’s advanced microbial discovery platform and gene editing technologies are unlocking new opportunities for plant health and yield. The conversation also explores regulatory frameworks, grower adoption, and the exciting future of biological solutions in agriculture.

Newly appointed Director of NC State’s Genome Editing Center (GEC), Tim Kelliher, shares his unique path from organic farming to the forefront of plant science. He explains how advances in genome editing offer a faster, more precise alternative to traditional breeding—delivering vital solutions for farmers in as little as 5–8 years. Get an inside look at the GEC and how genome editing is shaping the future of agriculture.

Dr. Eyal Maori, co-founder of Tropic, is using advanced gene editing technologies to revolutionize tropical crops such as bananas, rice, and coffee. The conversation explores how Tropic developed proprietary tools like Agrotrop and GEiGS to overcome the unique challenges of editing tropical crops. Dr. Maori also highlights Tropic’s work on non-browning and longer shelf-life bananas, engagement with growers, the evolving regulatory landscape, and the company's vision to bring meaningful innova...

Genome editing pioneer Dr. Rodolphe Barrangou returns to AgTech 360 to share how CRISPR has advanced and expanded since his last appearance in 2021, transforming from a breakthrough technology into a global force across medicine, agriculture, and beyond. From scientific breakthroughs to real-world applications, he highlights how genome editing is reshaping food systems, farming, and human health. Rodolphe shares insights on the FDA approval of CRISPR-based therapies, the rise of gene-edited c...

Dr. Jason White from the Connecticut Agricultural Experiment Station explains how nano-scale materials, once seen as potential hazards, are gaining popularity and are now used to boost plant health, increase crop yields, and build climate resilience. He discusses global collaborations, regulatory landscapes, and promising work using nano-nutrients to prepare crops for future stress. Learn how precision delivery through nanotech could reshape sustainable farming.

Dr. Khara Grieger explores the fascinating world of nanotechnology in agriculture. From nanoscale fertilizers and pesticides to vaccines and biosensors, she explains how these tiny particles could have a big impact on sustainability, food safety, and animal health. The conversation also dives into public perception of nanotech, the challenges of assessing risk, and what’s needed to responsibly scale these innovations for real-world use.

Dr. Pam Marrone is a pioneering force in biologicals and sustainable agriculture. Explore how the integration of biocontrols and biostimulants is reshaping farming by boosting crop yields while minimizing the environmental footprint of traditional agricultural practices. Through her groundbreaking commercial biological solutions, Dr. Marrone has equipped farmers with the tools to embrace more sustainable, profitable practices that benefit both their farms and the environment. Discover the tra...

Dr. Jean Ristaino discusses how her groundbreaking research has revolutionized plant disease detection and management. Using cutting-edge genomic sequencing and real-time surveillance tools, she has traced the origins of devastating pathogens, helped growers combat crop diseases more effectively, and shaped global strategies for plant health. Discover how her work has not only advanced scientific understanding but also provided critical solutions for food security and sustainable agriculture ...

Dr. Monika Paule, CEO of Caszyme, explores the potential of gene editing in agriculture. She delves into the evolution of CRISPR technology and its role in addressing issues such as food scarcity and climate change. Monika also highlights how gene editing can preserve traditional crops, enhance sustainability, and shape the future of food production.

Dr. Jack Wang, associate professor at NC State and co-founder of Tree Co, Inc., shares how CRISPR technology and machine learning are revolutionizing forestry. Dr. Wang discusses how gene editing can address global challenges like climate change and sustainability. His research focuses on improving tree resilience to pests, enhancing growth rates, and developing healthier forests by leveraging CRISPR and machine learning to create faster, more robust solutions.

The N.C. PSI Makerspace fosters collaboration and rapid prototyping, bringing together researchers, engineers, and partners to develop practical solutions for growers. Andrea Monteza, Makerspace Director, explains how this one-of-a-kind lab plays a crucial role in advancing the mission of N.C. PSI through innovation and collaboration. Go behind the scenes with us, exploring how ideas quickly evolve into field-ready prototypes through fast testing and real-world application. Discover how this ...

Anders Brevik, CEO of Kilter, discusses how AI and robotics are reshaping agriculture to help farmers overcome critical challenges like labor shortages and environmental sustainability. He reveals how Kilter’s innovative new product combines AI with advanced nozzle technology to deliver precise herbicide application, dramatically improving selectivity and minimizing chemical use. Tune in to discover how these cutting-edge technologies are driving the future of more efficient and sustainable f...

Dr. Emmanuel Torres Quezada, researcher at the N.C. Plant Sciences Initiative, explores the unique challenges faced by specialty crop farmers and the importance of focusing research on these high-value, high-return crops. He discusses how in-field robotics can help automate tasks like staking, decrease labor costs, and enhance sustainability, ultimately making fresh produce more accessible and affordable for consumers.

Jon Giebel from Indigo Ag discusses the role of biological seed treatments in sustainable agriculture. He explains how these living microbes can reduce carbon intensity and improve crop yields. John also introduces the CLIPS system, an innovative technology designed to streamline the use of biologicals on the farm. This system stabilizes and facilitates the use of microbial treatments at planting time making them a more feasible option for large-scale farming operations.

Dr. Chris Jones, a research scholar at NC State's Center for Geospatial Analytics shares insights on the use of landscape simulation models and their evolving role in agriculture. Learn how Chris creates models to track and predict pest and pathogen spread using tools like satellite imagery and survey data. By leveraging several data sources landscape modeling helps limit crop loss and improve resource allocation with more accurate predictive modeling.

Actionable insights from vast data and imagery sets are empowering growers to make more informed decisions. Advanced technologies now enable real-time monitoring of large, dispersed farms, significantly improving both decision-making and crop management. Tim Hassinger, CEO of Intelinair, shares how their AGMRI platform harnesses multiple imagery sources and open data to deliver precise, field-level insights. Tune in to explore the future of precision agriculture and discover how AI-driven inn...