eggXYt has developed a proprietary technology for non-invasive, pre-incubation sex determination of chicken embryos, allowing for the immediate identification of male and female chicks right after the eggs are laid. This innovation eliminates the need for culling billions of male chicks annually, significantly reducing waste and operational costs in the poultry industry.
Funding
Funding not disclosed
Founders
Product
Problem
The poultry industry culls billions of male chicks annually because they cannot lay eggs and are not suitable for meat production, leading to significant waste and ethical concerns. Current methods for sex determination are performed post-hatch, necessitating the incubation of unwanted male chicks.
Solution
eggXYt has developed a technology for pre-incubation sex determination of chicken embryos, enabling hatcheries to identify and sort eggs by sex immediately after they are laid. This non-invasive method uses a biomarker to identify male eggs, allowing them to be repurposed before the 21-day incubation period. By eliminating the need to incubate male chicks, eggXYt reduces waste, lowers operational costs, and addresses animal welfare concerns. The technology also enables the repurposing of male eggs for alternative uses, such as animal feed, cosmetics, or vaccine manufacturing.
Target Audience
Primary customers are poultry hatcheries and egg producers seeking to reduce waste, improve efficiency, and address ethical concerns related to male chick culling.
Features
- Non-invasive sex determination of chicken embryos before incubation
- Proprietary biomarker technology for identifying male eggs
- Automated sorting system for high-throughput processing
- Reduces waste and operational costs in poultry hatcheries
- Enables repurposing of male eggs for alternative applications
- Addresses ethical concerns related to male chick culling
- Potential for integration with existing hatchery infrastructure
- Technology to create chickens with broad inherent resistance to Avian Influenza Virus (AIV)