Manna MIND Technology
Sensor module
Computer module
Communication module
Digital output module
CLOUD FEATURES
With an array of smart sensors, Manna MIND technology effortlessly orchestrates the climate in for example BSF farming modules in real-time without manual work during the growing cycle.
MIND collects data from multiple sensors and send it to cloud where users can monitor and adjust the environment, set different growing programs and have notifications and alerts from the production modules.
With advanced local software, the Manna MIND computer automatically activates and deactivates equipment as needed to maintain optimal conditions, ensuring maximum process efficiency.
Manna MIND technology is compatible with any size or brand of third-party equipment through a locally assembled power unit.
MIND hardware includes a computer, communication, sensor, and digital output modules, which can be purchased and assembled locally to reduce costs.
Manna MIND technology distinguishes itself with cutting-edge technology, versatility and scalability. With intelligent algorithms, a user-friendly interface, and a commitment to reliability and adaptive learning, it delivers a distinctive and efficient solution for profitable Black Soldier Fly farming. With Manna MIND and correctly selected equipment, you can transform basically any space into a power-optimized, climate-controlled environment for black soldier fly production.
Manna MIND technology's advanced algorithms set a new standard for performance and efficiency, leading to unprecedented results in black soldier fly farming.
Manna MIND technology autonomously adapts conditions according to process requirements and utilizes equipment within the existing power allocation and size of the space.
Manna MIND securely collects sensor data, offering an encrypted API for seamless control, monitoring, and integration with third-party or custom applications.
Experience worry-free BSF farming operations with Manna MIND technology, as it autonomously manages tasks and promptly notifies operators when actions are required.