Automation control systems for use in the horticulture and agriculture industry comprised primarily of sensors for measuring carbon dioxide levels, temperature, humidity, soil moisture levels, measuring and control devices for air conditioning, heating, lighting and drying, wireless digital read out control devices, wireless and wired operating platforms featuring software for monitoring specified conditions to make automated changes in a greenhouse environment when monitored conditions are o...

Automation control systems for use in the horticulture and agriculture industry comprised primarily of sensors for measuring carbon dioxide levels, temperature, humidity, soil moisture levels, measuring and control devices for air conditioning, heating, lighting and drying, wireless digital read out control devices, wireless and wired operating platforms featuring software for monitoring specified conditions to make automated changes in a greenhouse environment when monitored conditions are o...

Automation control systems for use in the horticulture and agriculture industry comprised primarily of sensors for measuring carbon dioxide levels, temperature, humidity, soil moisture levels, measuring and control devices for air conditioning, heating, lighting and drying, wireless digital read out control devices, wireless and wired operating platforms featuring software for monitoring specified conditions to make automated changes in a greenhouse environment when monitored conditions are o...

Automation control systems for use in the horticulture and agriculture industry comprised primarily of sensors for measuring carbon dioxide levels, temperature, humidity, soil moisture levels, measuring and control devices for air conditioning, heating, lighting and drying, wireless digital read out control devices, wireless and wired operating platforms featuring software for monitoring specified conditions to make automated changes in a greenhouse environment when monitored conditions are o...