
27 segments available
Farmers are among the best hackers in the business. They can fix anything, and are endlessly tweaking their approach to a business that is up against the strongest force on the planet: nature. As adopters of technology, the agriculture industry is both forward-thinking and, at the same time, hard to convince to make a change. For good reason -- you can’t A/B-test an almond orchard. You get one shot a year to grow a crop and make a profit. So whatever technology makes its way into the fields had better work. U.C. Santa Barbara computer science professor Chandra Krintz, Granular CEO and co-founder Sid Gorham, and Fruition Sciences co-founder Thibaut Scholasch join this segment of the a16z Podcast to discuss technologies working down on the farm. Including how sensors monitoring soil elements, water flow in plants, and fertilizer schedules are yielding fruitful data. Given the high stakes -- a planet in the midst of climate change -- what we can all learn from how technology is accepted and implemented in the agriculture industry?
In this segment, Michael Copeland introduces the podcast and the guests, including U.C. Santa Barbara professor Chandra Krintz, Granular CEO Sid Gorham, and Fruition Sciences co-founder Thibaut Scholasch. They discuss the intersection of food and technology, setting the stage for a deep dive into how technology is transforming agriculture.
"welcome to the a 16z podcast I'm Michael Copeland and this is sort of our holiday special we're going to talk about food and technology and to help us do this we have three people who are perfectly su..."
Chandra Krintz shares insights on the current state of technology adoption in agriculture. She emphasizes that agriculture is underserved by technology and discusses the potential for both software and hardware innovations to enhance farm efficiency. The segment highlights the importance of developing systems that can integrate data from various sources.
"firm that software is eating the world and this is where puns could start coming fast and thick which people try not to make but in agriculture I want to talk about how technology is making inroads an..."
Chandra elaborates on the challenges faced by farmers in integrating various proprietary sensors. She explains the need for open-source systems that can aggregate data from different vendors, allowing farmers to access and control their data effectively. This segment underscores the importance of interoperability in agricultural technology.
"than it might otherwise sure that's great great question so we believe that agriculture is tremendously underserved by technology it's been left behind and both software and hardware although hardware..."
Thibaut Scholasch discusses the role of data analytics in agriculture, particularly in understanding plant needs. He emphasizes the importance of having uniform access to crop parameters to make informed decisions. This segment highlights how data can help farmers optimize their operations and improve crop yields.
"where sensors very low cost sensors have been developed they are connected via radio and cellular networks on the farms to get to collect information to collect data turns out that these sensors howev..."
Chandra argues that farmers are often early adopters of technology, driven by a hacker mindset. She explains that the arrival of cloud and mobile technologies has enabled farmers to utilize tools that enhance their operations. This segment challenges the perception that farmers are slow to adopt new technologies.
"freely available and open source that start to bring data together from different vendors aggregate it put it into a form that growers can control and access it and that interoperates with all the gre..."
Sid Gorham discusses the importance of understanding profit sources in farming. He emphasizes the need for farmers to focus on dollar yield rather than just crop yield. This segment highlights how technology can help farmers use resources more efficiently, ultimately leading to better business outcomes.
"needs and plant needs up front for different crops so there is a lot of work that then needs to be done once you have a uniform eyes access to all those crop parameters or land parameters or other ele..."
Thibaut explains how new sensing technologies can provide critical data for plant health, such as water flow. He discusses how understanding these parameters can lead to better decision-making for farmers, allowing them to optimize crop performance. This segment illustrates the potential of precision agriculture.
"both that and also sort of up to date and and utilizing the best of technology yeah but I think what's interesting in this transformation is that a lot of people assume that farmers are just kind of w..."
Chandra highlights the opportunities for automating farm operations through analytics. She discusses how technologies can control irrigation and fertilization schedules, leading to more efficient resource use. This segment emphasizes the transformative potential of automation in agriculture.
"different things have worked both on the hardware side and on the analytics and software side and I think granulars particular focus is on making farms better run businesses we think it's critical tha..."
Thibaut discusses the environmental benefits of precision farming, such as reducing pesticide and fertilizer runoff. He explains how targeted applications can save costs for farmers while minimizing environmental harm. This segment underscores the dual benefits of technology in agriculture: economic and ecological.
"were talking about the right plant for the right job sort of yeah but how does that get that kind of precision and insite helped change what farms do and how they act and at the end of the day what we..."
The conversation shifts to the importance of timing in harvesting crops like almonds. Thibaut explains how precise irrigation and fertilization can synchronize harvest times, reducing costs and improving efficiency. This segment illustrates the practical applications of technology in achieving better harvest outcomes.
"deficit so it exacerbates a little bit your ability to tease apart what the plant really needs and what the farmer really need to adjust in order to maximize the the crop performance so that's just on..."
Explore the transformative impact of automation in agriculture. This segment highlights how automated irrigation and precision application of fertilizers and pesticides can save costs and reduce environmental harm. By directing resources precisely where needed, farmers can enhance efficiency and ensure consistent crop production.
"excitement around using the analytics like tebow has been talking about to actually control a lot of the operations on the farm like the irrigation scheduling can be done automatically based on histor..."
Learn about the importance of timing in almond harvesting. This segment explains how precise control over irrigation and fertilization can synchronize the harvest, allowing farmers to reduce costs and labor by ensuring all trees are ready at the same time. This efficiency is crucial for maximizing profits in agriculture.
"end-to-end solution that can be applied in lots of different ways no and so just just to be clear because I've never been to an almond farm but I like the one shake is because like it's that precise m..."
This segment delves into the dynamics of family-run farms in America and their approach to adopting new technologies. It discusses how the informal management style of these farms can evolve through the implementation of software solutions, leading to more organized and efficient business practices.
"back and do it again said from from your perspective win-win farms whether it's small-scale large-scale sort of adopt these kinds of technologies to run more efficiently as businesses how do they chan..."
Discover why the wine industry is a fertile ground for technological innovation. This segment explores the high value of wine as a cash crop and the unique challenges faced by vineyards, making them ideal candidates for testing new agricultural technologies that can withstand tough growing conditions.
"sure Tibo you guys started in the wine industry is that because it's just such a high value like why were they willing to do it and it you know said you said that and I agree that farmers are these ha..."
Examine the varied responses of farmers to new technologies. This segment highlights the cautious nature of farmers who require evidence of effectiveness before adopting new practices, emphasizing the long crop cycles and the high stakes involved in agricultural decisions.
"beachhead to start developing this approach that the plant is very good at resisting drought the plant is very the divine plant is very good at performing even when there is not so much fertilizer or ..."
This segment discusses the cultural and psychological factors influencing technology adoption in agriculture. It contrasts the openness to innovation in California's wine industry with the more traditional approaches in Europe, highlighting the critical need for farmers to maximize their chances of success in a high-risk environment.
"their lives I have a really funny story though I was trying to help a farmer actually a grape grower identified leeks using a combination of electricity sensors and water sensors on the irrigation sys..."
Explore the challenges of introducing new software and analytics in agriculture. This segment discusses how the introduction of innovative solutions requires farmers to adapt to new categories of technology, emphasizing the unique challenges faced in the agricultural sector compared to other industries.
"that is also these are money incentives regardless of the psychological or societal predisposition and and like you know in the software world you can a/b test but you can't a B test a vineyard or an ..."
The discussion focuses on the unique challenges of introducing new technology in agriculture, where farmers are cautious due to the high stakes of crop production. The segment draws parallels with other industries, emphasizing the need for careful consideration before adopting new solutions.
"flier on some some with a shiny software package who said this can help I can try in my business I can try Salesforce and if it doesn't work I'll turn it off a month later and yes no harm no foul but ..."
Farmers traditionally adopt new technologies on a small scale before full implementation. This segment explores how experimental farms and university partnerships facilitate technology adoption in agriculture, providing a model for other industries to consider.
"from the agricultural adoption of technology or what you guys have learned in terms of like building things that could help other areas and other parts of other industries and and adopt technology wel..."
The importance of extension services in U.S. agriculture is discussed, highlighting their role in supporting farmers through education and experimentation. The segment emphasizes the need for continued investment in these services to adapt to future agricultural challenges.
"experimental farms that have similar crops and similar soil types and that that we can do these experiments on show that they work and farmers can then take you know how to take confidence in that so ..."
The conversation shifts to the significance of data in agriculture, particularly in the context of climate change. The segment discusses how data analytics can help farmers make informed decisions about crop production and land use, ensuring sustainability amid rising temperatures.
"extensions and so there's I think we're at a really important crossroads where the extension Proc you know university system needs to evolve and keep pace and support firming for the next hundred year..."
The segment explores innovative water management strategies, including market-based solutions for water trading. It highlights the need for farmers to understand the economic value of water to adapt to the pressures of global warming and resource scarcity.
"sense to grow one specific value at all or sometimes just grow period right so but it's only by using analytics and and an raw number that we'll be able to select the places and situations where it ma..."
Looking ahead, the discussion envisions a future where data becomes the most valuable resource for farmers. The segment anticipates increased automation in farming practices, with technology playing a crucial role in enhancing productivity and sustainability.
"happen in America you need farmers to really understand their economics and be able to say a gallon of water is worth exactly this much to me and I would rather leave my field fallow and sell it yeah ..."
This segment explores the impact of technology on both small and large-scale farms. The speakers argue that technology can enhance the viability of smaller farms while still acknowledging the importance of scale in large agricultural operations. They discuss the need for a balance between efficiency and the ability to feed the growing population.
"and secondly I do believe that there'll be a lot of automation it will be hand-in-hand with you know the domain experts that farmers themselves but they will be probably requiring much less manpower b..."
The discussion highlights the ongoing professionalization and consolidation within the farming industry. The speakers note the decline in the percentage of the population involved in farming and stress the importance of effective management and technology use, regardless of farm size, to ensure sustainable practices.
"really good job of is lowering the cost of things does what you talked about change the scale of farming or does it enable you know small scale farms to even do a much much better job I think it's jus..."
In this segment, the speakers draw parallels between agriculture and medicine, emphasizing the importance of data in diagnosing and addressing agricultural challenges. They discuss the need for meaningful data collection and analysis to improve farming practices and adapt to variability in crop production.
"you know product into the system so I think I think to some extent we get a little distracted by we love big firm or we love small farms but don't like big farms and really what we should be focused o..."
The segment concludes with reflections on the future of agriculture as technology continues to integrate into farming practices. The speakers express optimism about the potential for innovation in agriculture and the lessons that can be learned from the industry's evolution.
"meaningful which depends upon how do we deal with viability that's right again I think there's a lot that we can learn from agriculture as these questions start to get answered and as technology seeps..."