Withania somniferaWithania somnifera, known as AshwagandhaAshwagandha, holds great medical significance due to its excellent therapeutic propertiesTherapeutic properties. Rich in bioactive compounds with potential health benefitsHealth benefits, the plant has garnered substantial market demand. However, overutilization due to increased demand poses a challenge to the sustainable supply of this medicinal herb. To meet the market demands for W. somnifera, various breeding strategies are being employed. Traditional breedingTraditional breeding methodologies, which include selective and hybridHybrid breeding, are the most commonly utilized methods for the cultivation of W. somnifera. The lengthy breeding cycle and low genetic variationGenetic variation of these approaches, however, may restrict the effectiveness of trait development. Modern breeding strategies serve as an alternative approach for enhanced production of W. somnifera. Tissue cultureTissue culture strategies enable large-scale propagation and production of elite germplasmGermplasm. Simultaneously safeguarding the plant’s genetic diversityGenetic diversity through conservation approaches of genetic resourcesGenetic resources, such as in vitro, in situ, cryopreservationCryopreservation, and gene bank preservation, which preserve the plant’s genetic diversity and ensure its long-term availability for breeding and cultivationCultivation. MutationMutation breeding, including polyploid breedingPolyploid breeding, offers opportunities for generating novel genetic variationsGenetic variation. Furthermore, molecularMolecular marker-assisted breeding and transgenicTransgenic breedingTransgenic breeding through gene editing techniques and genetic engineering facilitate the identification, selectionSelection, and improvementImprovement of desired traits, thereby serving as efficient breeding programs. Taking into account the existing literature, this chapter focuses on the promotion of ashwagandhaAshwagandha cultivation and withanolideWithanolide production using various plant breeding strategies as well as modern biotechnological tools.