Kinsect transforms organic waste and by-products into valuable resources like proteins and fats through bioconversion. This process creates sustainable ingredients for animal feed and fertilizers, offering an environmentally friendly alternative to traditional production methods.
Funding
Funding not disclosed
Founders
Product
Problem
Black Soldier Fly (BSF) farming faces challenges in optimizing reproduction and egg-laying processes, which are critical for efficient and scalable production of insect protein. Traditional BSF rearing systems often rely on manual labor, lack precise environmental control, and result in inconsistent egg yields, hindering the industrialization of insect protein production.
Solution
Kinsect provides automated rearing systems designed to streamline the BSF mating and egg-laying process, enhancing accuracy, efficiency, and productivity in BSF farms. The company's technology incorporates a modular design with customizable solutions that integrate into existing production plants. Kinsect's approach combines cutting-edge automation, patented methodologies, and AI-driven insights to optimize BSF nursery operations. The system monitors environmental conditions, optimizes processes, and enhances overall productivity, reducing operational costs while maximizing productivity and workplace safety.
Target Audience
Kinsect's primary customers are Black Soldier Fly farms seeking to improve the efficiency and scalability of their operations through automated rearing systems.
Features
- Modular breeding cages (K-Cage) accommodating up to 46,000 flies per cubic meter, constructed from robust materials for high-pressure cleaning and automated movement, and capable of producing 165-200g of eggs per cycle.
- Energy-efficient LED illumination (K-Light) tailored to the spectral needs of BSF, enhancing mating success and reducing energy costs by 33% compared to traditional lighting systems.
- Patented ovidepositors (K-Hatching) ensuring minimal egg loss and contamination, handling up to 4 egg collectors per tray with automated robotic integration for egg transfer.
- AI-driven software (K-Brain) for precise control of environmental parameters, optimizing BSF mating conditions and enhancing operational efficiency by aligning data with cage productivity.
- Real-time monitoring of key environmental and biological parameters, such as temperature, humidity, and fly activity.
- Predictive analytics to optimize production schedules and improve operational decision-making.
- Turnkey reproduction systems for complete setup of automated systems for BSF reproduction and egg collection.