The combination of insects, mites, nematodes, and diseases is what we often refer to as agricultural pests, and controlling them effectively is necessary to ensure maximum crop productivity. However, an over-reliance on pesticides leads to negative consequences such as crop residue accumulation, resistance development, and environmental degradation. Alternative pest management techniques are desperately needed in the current environment to sustainably boost agricultural output. With its many uses in fields including engineering, medicine, electronics, pharmaceuticals, and agriculture, nanotechnology appears to be a viable solution to this problem.

 When applied to pest management, nanotechnology enables precise control and targeted delivery of agrochemicals. It also provides diagnostic tools for the early detection of pests. Importantly, nanoparticles are biodegradable and environmentally friendly. The slow release of encapsulated functional molecules in nano-based pesticides eliminates the need for frequent applications. Additionally, incorporating nano-materials into the matrix of a substance prevents adverse reactions to external factors like air or light. Consequently, nano-based agrochemicals emerge as efficient alternatives for managing insect pests in agriculture without causing harm to nature. This article explores the potential of nanomaterials within current nanotechnology methods for insect pest management."