Hyman Living Laboratory Campus & Facilities

The heart of the Hyman Living Laboratory, the Agri-Data Center collects and analyzes real-time agricultural data from across the property. Here, technology and science merge to advance sustainable farming through artificial intelligence, cloud integration, and precision research.

 Our Colorado node at 8,000 feet serves as a high-altitude observation and experimentation site, extending environmental intelligence capabilities into alpine and semi-arid ecosystems. Wildlife monitoring, climate sensors, soil analysis, and drone-assisted aerial imaging allow us to track patterns that complement our Tennessee node. This node increases the value of our company by offering rare, high-altitude data sets unavailable elsewhere, adding a unique advantage for licensing, research, and global partnerships. 

 AI-controlled greenhouse with crops

AI-powered greenhouses in Tennessee simulate diverse climates and optimize crop growth through automated irrigation, nutrient delivery, and environmental controls. They serve as living laboratories for experimental plants, climate adaptation strategies, and vertical farming.

 Samples of plants, soil, and water are analyzed here for genetics, nutrients, and environmental interactions. This hub feeds directly into our AI-driven decision systems, supporting research, global collaboration, and licensing opportunities. 

The three-acre pond and surrounding agricultural fields form the foundation of our closed-loop ecosystem. Every drop and seed supports research into regenerative farming and balanced resource management.

Every aspect of HLL-EI-AD is designed with sustainability in mind. Renewable energy, closed-loop water systems, and efficient land use demonstrate long-term ecological stewardship. Both Tennessee and Colorado nodes prioritize sustainability as a core operational principle.

AI-driven soil sensors provide real-time data on nutrients, moisture, and composition. This predictive intelligence ensures optimal agricultural performance and informs global environmental research.

Intelligent irrigation systems adjust water delivery based on soil and climate data. This conserves resources while maximizing productivity and environmental benefit.

Water is recycled and optimized across the Tennessee and Colorado nodes, reducing waste and enabling sustainable growth.

Autonomous systems handle planting, monitoring, and data collection, freeing human researchers to focus on strategic analysis and innovation. 

AI orchestrates climate control, pest management, and growth optimization, ensuring consistent, data-driven results.