Biological control agents suffer from poor environmental stability and delayed activation. Improving germination and viability ensures consistent field efficacy against pests.

Individual active agents often fail to control diverse pest types simultaneously or across different life stages. Addressing this limitation reduces the need for multiple separate applications and prevents pest survival due to narrow efficacy ranges.

Fungal pathogens evolve resistance to single-active ingredients, rendering existing treatments ineffective. Combining distinct chemical classes overcomes biological adaptation and broadens the range of suppressed diseases.

Existing treatments fail against resistant fungal strains and simultaneous multi-species soil-borne infections. Addressing these limitations prevents crop loss where single-agent solutions are ineffective.