The Bacillus-based “multi-functional probiotic microbiomes” could be applied as biofertilizers and biopesticides for crop protection;  as feed additives to promote productive performance and boost immunity of livestock and reduce the odder of pig faeces; and as fish feeds could prevent infections by aquatic pathogens and enhance beneficial microbiomes in the fish intestines.

1.To develop efficient fermentation and formulation technology for mass production of probiotic microbiomes 
2.To develop biopesticides and biofertilizers and provide scientific evidences 
3.To develop multifunctional feed additives for livestocks and provide scientific evidences 
4.To develop multifunctional feed additives for aquaculture and provide scientific evidences

1.Efficient fermentation and formulation technology for mass production of probiotic microbiomes 
2.Biopesticides and biofertilizers for expanding market value 
3.Multifunctional feed additives for livestocks with high feed efficiency and ability to boost immunity and reduce the odder of faeces 
4.Multifunctional feed additives for aquaculture with high feed efficiency, efficacy in infections prevention and beneficial microbiomes enhancement