Supporting sustainable and resilient food systems
We build technologies that help growers understand their crops and environment to produce consistent, high-quality products with fewer inputs and less guesswork.
Mission
Making high-resolution, plant and environmental data at the individual plant-level practical, highly scalable, and affordable to enable operators to protect their yields and run more efficient facilities.
Philosophy: “Saving Acres”
We believe empowering growers with data-driven tools leads to a healthier planet. Vertical farming makes it possible to grow hyperlocal food in less space, reduce transportation emissions, minimize water consumption, and eliminate pesticide use. Supporting this shift allows us to help preserve natural ecosystems while ensuring sustainable food production for generations to come.
Values
The principles that shape our work and the world we're helping to grow.
Vision
A resilient food system where advanced technology strengthens food security, empowers growers, and aids in environmental sustainability.
The people behind Acreage Farms
Collin is a mechanical engineer and entrepreneur with a Ph.D. from Embry-Riddle Aeronautical University. His experience combines engineering principles with studying biological systems with work spanning microgravity simulation, plant-microbial interactions, microbial DNA/RNA sequencing, and sensor-driven crop management.
Andy has a B.S. in Computer Engineering from Embry-Riddle Aeronautical University with broad industry experience in complex computer and systems integrations across multiple domains. Specifically, his work has dealt with avionics integration, software life-cycle management, and test frameworks. Andy also serves as a Cyber Warfare Officer in the U.S. Army National Guard.
Meagan is an AI/ML engineer with a M.S. in Unmanned and Autonomous Systems from Embry-Riddle Aeronautical University. She specializes in autonomous UAV operations in the aerospace industry. Her experience with model training, cloud deployment, and edge integration is cruicial for converting raw sensor data into reliable, actionable insights for growers.