Biofeeder develops autonomous aquaculture feeders utilizing adaptive acoustic technology to optimize feeding efficiency and production parameters in shrimp farming. Their solution includes solar-powered feeders and a central control unit that operates continuously, ensuring precise feed delivery and improved yield management.
Funding
$1.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional shrimp farming relies on manual or time-based feeding schedules, leading to overfeeding, wasted feed, and suboptimal growth rates. Inconsistent feed distribution and lack of real-time adjustments based on shrimp appetite result in increased operational costs and environmental impact.
Solution
Biofeeder offers an autonomous aquaculture feeding system that utilizes adaptive acoustic technology to optimize feed delivery in shrimp farming. The system employs solar-powered feeders equipped with hydrophones that listen to shrimp feeding sounds, adjusting feed dispersal in real-time based on demand. A central control unit manages up to eight feeders, operating continuously and wirelessly to ensure precise feed delivery and minimize waste. The system includes integrated software for production monitoring, feeding analysis, and connectivity with accounting systems, providing a comprehensive solution for efficient shrimp farm management.
Target Audience
The primary target audience includes shrimp farm operators and aquaculture businesses seeking to improve feeding efficiency, reduce waste, and optimize shrimp growth rates.
Features
- Solar-powered automatic feeders with stainless steel chassis and translucent plastic hopper, available in 200 kg and 350 kg versions
- Acoustic sensors (hydrophones) that detect shrimp feeding sounds to adjust feed dispersal in real-time
- Central control unit that manages up to 8 feeders with wireless connectivity (2.4 GHz and 900 MHz)
- Integrated software for daily tracking of key production indicators and harvest estimations
- Feeding analysis module that compares budgeted feed versus acoustic demand
- ERP-based system connectable with company accounting for real-time cost management
- Remote monitoring and control via a user-friendly interface