Conference Presentation, Panel
a16z Podcast | The Future of... You
a16zDaniel Chao, Rob Rhinehart, James Rogers, Geoffrey Woo, Chris Dixon, Hannah, Jeffrey Wu, Rob Reifart
- Future food systems are projected to require 50% more output over the next 30 years to support population growth, driven by a shift from traditional field agriculture to scalable production of single-celled organisms like algae and yeast in steel vats using sunlight, air, and water to mitigate arable land shortages.
- Extended shelf life for fresh produce by a factor of three to five times is anticipated through material science advancements, enabling harvest at higher maturity, reduced spoilage for the 40% currently lost in the US market, and the potential to deliver products lasting twice as long without pesticides via molecular camouflage barriers.
- The transition to healthy-by-default food will involve functional beverages, nutritionally optimized ambient-temperature shipping, and the integration of nootropics and supplements as default breakfast ingredients, potentially blurring distinctions between food, medicine, and enhancement.
- Rapid innovation is expected to originate from agile online-first companies utilizing e-commerce data cycles to test risks, contrasting with slower traditional CPGs, while large-scale engineering aims to produce millions of engineered food products affordably for the typical American.
- Sustainability strategies will focus on combining efficiency and resource cost reduction with direct consumer benefits like lower prices or superior design, rather than relying solely on consumer willingness to pay for sustainable practices.
- Advancements in material science over the last 20 years will facilitate linking single molecules to microstructures to create non-cytotoxic crop protection methods and enable automated systems that optimize complex variables beyond single-compound studies.
- Quantitative tracking of consumable performance will be enabled by the explosion in affordable body sensors, while online communities of biohackers continue to drive the development of cognitive and physical enhancement technologies.
- Soylent expects to publish peer-reviewed data on the tolerability of its product, including biomarkers and mental cognition, in a Nature journal later this year, while marketing efforts will emphasize grower benefits like nutrient density over direct technology promotion.
- Preliminary data suggests potential synergistic effects when combining electrical stimulation with pharmaceuticals like Zoloft, and future production may see increased adoption of preservation technologies such as irradiation and genetic modification.
- Resource use intensity issues are expected to force the agricultural sector to improve efficiency, with specific plans to invest in research regarding the food system and supply chain to minimize resource costs as far as possible.