Nanorobotics represents an remarkable frontier in remedy, presenting extraordinary opportunities to diagnose, treat, and probably therapy genetic sicknesses, using nanorobots and micromechanical gadgets able to molecular manipulation so as to deal with the foundation causes of genetic sicknesses in a new way. The chapter explains the ability to precisely target and repair defective genes, deliver targeted treatments, and non-invasively modulate cell pathways, highlighting the efficiency and potential of these techniques. The integration of nanorobotics with gene modifying technology such as CRISPR-Cas9 heralds a new era in customized medication, where treatments may be tailor-made to the unique genotypes of person sufferers This article additionally reviewed modern studies and case studies showing a hit use of nanorobotic remedy-Also reviewed inner trials. Despite the notable capability, many technological, organic and ethical challenges continue to be. These consist of biologically well suited materials, immune suppression, ensuring specific control of nanorobot actions, and addressing the ethical implications of genetic engineering upon return also scrutinize regulatory and safety issues to ensure accountable improvement of this technology. Looking ahead, the chapter discusses emerging innovations and future possibilities for nanorobotics in genetic therapy, exploring their potential to significantly impact health outcomes. By providing a comprehensive overview, this chapter aims to illuminate and further stimulate interest in the broader implications of nanorobotic approaches for treating genetic diseases.