MyFarm provides a smart indoor pot that combines moisture, water‑level, light, temperature, and air‑quality sensors with a closed‑loop auto‑watering controller, delivering real‑time data to a mobile app for remote monitoring and adjustment. The device is housed in 100 % recycled plastic, uses low‑energy manufacturing, and stores growth data securely in the cloud for analysis and firmware updates.
Funding
Funding not disclosed
Founders
Product
Problem
Indoor growers often face inconsistent watering, inadequate lighting, and poor air quality monitoring, which can lead to suboptimal plant health and increased maintenance effort. Additionally, conventional planting containers contribute to plastic waste and lack integration with digital management tools.
Solution
MyFarm delivers a smart pot that integrates environmental sensors and an automated irrigation system to maintain optimal growing conditions with minimal user intervention. The pot’s embedded moisture, water‑level, light, temperature, and air‑quality sensors continuously feed data to a companion mobile app, enabling real‑time monitoring and remote adjustments. An algorithm‑driven watering controller triggers precise water delivery based on sensor feedback, reducing over‑ or under‑watering. The enclosure is fabricated from 100 % recycled plastic using a low‑energy manufacturing process, addressing sustainability goals. Users can personalize pot aesthetics and configure sensor thresholds through the app, while secure cloud storage preserves historical growth data for analysis. This combination of hardware, firmware, and software streamlines indoor cultivation for both novices and experienced growers.
Target Audience
The primary customers are indoor gardening enthusiasts, urban micro‑farm operators, and small‑scale commercial growers seeking automated, data‑driven cultivation solutions.
Features
- Recycled‑plastic housing manufactured with a low‑energy, waste‑reduction process
- Integrated sensor suite: moisture, water‑level, ambient light, temperature, and air‑quality detection
- Closed‑loop auto‑watering controller that actuates based on real‑time sensor inputs
- Mobile application with live dashboards, remote control, and customizable alert thresholds
- Secure cloud backend for data logging, trend analysis, and firmware OTA updates
- Modular design allowing user‑defined visual customization via the app
- Energy‑efficient operation powered by a rechargeable battery with optional solar assist