Introducing CultiveAlpha: Our Innovative Proof of Concept

Welcome to CultiveAlpha, our groundbreaking Proof of Concept (PoC) that revolutionizes indoor cannabis cultivation. CultiveAlpha combines CultiveBox, a cutting-edge physical device equipped with sensors, and CultiveApp, an intuitive smartphone application. Together, they empower growers to optimize their cultivation environments and maximize plant growth.

Overview

CultiveBox is designed to monitor crucial environmental factors and provide real-time data to CultiveApp. With CultiveAlpha, we have created a solid foundation for remote monitoring and control of indoor cannabis cultivation. Let's take a closer look at its features and the future plans we have in store.

CultiveBox Features

Microcontroller: CultiveBox is powered by the Arduino RP-2040 Nano microcontroller, ensuring precise data collection and analysis.

Sensors: CultiveBox supports Grove sensors, including the Grove Temperature and Humidity Sensor and the Grove Capacitive Soil Moisture Sensor. Multiple soil moisture sensors can be connected, allowing precise monitoring of individual pots.

Immediate Steps

Remote Light Control: Our next immediate step is to develop a module that enables remote control of Mars-Hydro TS-1000 lights. This feature will allow users to conveniently turn the lights on/off and adjust the dimming settings. The module will serve as a blueprint for creating similar modules for other LED lights, providing users with an affordable base product that can be expanded upon as the scale of their needs.

Fire Sensor Integration: As part of our ongoing efforts to enhance safety measures, we are incorporating a flame sensor into the CultiveBox. This addition will detect potential fire hazards and trigger timely alerts, ensuring the well-being of your cultivation environment.

Midterm Plans

Building upon the success of CultiveAlpha, we have ambitious midterm plans to develop an AI-supported module. This module will provide growers with invaluable insights into plant health. Leveraging advanced algorithms and data analysis will enable early detection of diseases, nutrient deficiencies, and growth patterns, allowing for proactive intervention and optimized cultivation practices.

Long-term Vision

Looking further ahead, we aim to automate irrigation systems to streamline the cultivation process and optimize water usage. By integrating intelligent irrigation automation, growers can achieve precise watering schedules and maintain optimal moisture levels for enhanced plant health and productivity.