How To Train Your Algorithm
Whether for Data Science of Machine Learning training, data is the Operator’s biggest asset. Tips for improving the collection and analysis of your data with a view to AI implementation in the future.
The Interplay of Genotype and Environment in Precision Indoor Agriculture
The rapidly evolving Controlled Environment Agriculture (CEA) landscape demands a nuanced approach that synergizes environmental control and genotypic selection. The rise of vertical and indoor farming underlines the imperative need for specialized genotypic selections tailored to these contexts.
From CEA to PIA: Drawing Lines in the Soil
An introduction to Precision Indoor Agriculture and how it might make you think different about Controlled Environments Agriculture design and operations.
Dynamic Biofeedback Controls in Precision Indoor Agriculture
The process of crop optimization is a multifactorial analysis of many interrelated dynamics. Tracking abiotic factors is commonplace, but deriving real-time actionable crop feedback is the key making and evaluating interventions and compressing the optimization process.
Computational Fluid Dynamics (CFD) Analysis For Scaling Indoor Farms
Economies of scale, achieved through automation, efficient energy management systems, and smart support infrastructure, are predicated on scaling your operations. But dynamics change in larger spaces and many commercial systems do not preserve performance at scale. Make sure your technology will meet the demands of today and in the future as your business grows.
The Power of Homogeneous Growing Environments for Indoor Agriculture
Uniformity is the essence of control. Airflow is the key to uniformity. Control your production with precision, and grow at the efficiency frontier.