High-speed counting of black soldier flies for optimised waste recovery

This project will develop a novel sensor assembly, based on neuromorphic
sensing, to enable high-speed counting of black soldier fly larvae (BSFL) to
optimise their breeding and production process. BSFLs are used to
process mixed solid waste and convert them into protein rich, high-value
food and feeds ingredient – a critical piece in achieving a circular economy.
ARC Ento Tech have developed an innovative process to treat waste over
the last two years, showing good traction in the industry. However, the
process relies on an optimised production of the flies. Currently the breeding
and production process is based on best practices, but there is a need to
quantify the fly production rate using smart sensors. Traditionally this has
been difficult to achieve due to their small size, yet the extremely high
number (100s of flies per minute). The high-speed counting enabled by
neuromorphic imaging, an expertise of Western Sydney University, will
deliver valuable insights to their processes.

This project will develop a novel sensor assembly, based on neuromorphic
sensing, to enable high-speed counting of black soldier fly larvae (BSFL) to
optimise their breeding and production process. BSFLs are used to
process mixed solid waste and convert them into protein rich, high-value
food and feeds ingredient – a critical piece in achieving a circular economy.