Nanobiotechnology significantly enhances plant genetic engineering procedures by using nanocarriers such as metal, carbon-based, and polymeric nanoparticles to transfect and transport nucleic acids and proteins to deliver genes with maximum efficiency and translation. It improves the ability of the plants to be transformed using Agrobacterium, poses gradual serious limitations concerning the transfer of genes, and enhances the tolerance of plants to stress. One example is gene editing Crispr/Cas which uses nanoparticles to promote appropriate procedures.In addition, by using nanosensors and nanodevices in practical work it is rather possible to control in the real-time province of gene expression as well as everything occurring around the modified organism, which in turn helps to increase the efficiency of producing genetic modifications. This development can also improve the quality of the harvested crops, and the production yield, play a role in fight against food shortage that is prevalent in the global world like today.