Our Technology
NeuponicsAI's growth system is patent pending (No. 63/662,118) and can produce at least 2-6x the yield of many crops while using approximately 45% less water when compared to hydroponic farming techniques. It also has the capability to address the shortcomings of aeroponics and allow the Neuponics technology to capture the promised higher yields.
Our Aeroponics Systems
NeuponicsAI technology produces 2-6x the yields of its competitors in the same space
NeuponicsAI's proprietary nutrient delivery system modifies the type of root development at different stages of the plant lifecycles. It initially promotes vigorous, extremely fast, primary root growth and mass. The development of root hairs (tubular outgrowth of trichoblasts) is also increased throughout the growth cycle. This multi-stage process results in an increased plant mass, resulting in higher yields and an increased growth rate.
The delivery system function is enhanced by AI connectivity, data processing for predictive analytics, and smart learning. The system will also address clogging and settling within the systems to ensure the healthiest yields.
The AI enhanced system will allow continuous improvements, geographic-based operational adjustments, and predictive analysis of function and pending failures to allow corrections before they impact the growing process
Intelligent Software
In 2021. former NASA and General Electric engineer contractor, Kevin McDoneld began to spearhead the predictive science and Al development advanced technological system. Mr. McDoneld brings over 25 years of engineering experience to the team and most recently helped GE launch the world's first automated digital drilling vessel in the oil & gas industry. Mr. McDoneld aims to have NeuponicsAI proprietary software launched within the next 8 to 12 months
Smart Technology
Sensors will utilize cloud-based systems to collect live data which will enable monitoring of vital indicators, such as: pump & atomizer statuses, pH nutrients, water & ambient temperatures, CO2, root zone oxygen, and humidity.
Predictive Algorithms
Predictive analytic algorithms will predict individual plant health issues and hardware maintenance requirements before they effect performance.
Automation
The system will provide the ability to automate additional crops at minimal cost, reducing labor and yielding greater functionality.