Background: As a result of a significant anthropogenic impact, the geneGene pool of plants of the genusGenus Lupinus is systematically decreasing, hence the need to develop biological, systematic and ecological basis for the introductionIntroduction and introductionIntroduction of speciesSpecies of this genusGenus, adapted to temperate climate conditions, into the environment. Lupine breedingBreeding has been carried out since Roman times, and since the twentieth century as part of international programs in cooperation with industry institutions, using traditional methods. These efforts have resulted in many successful strains. However, climate changeClimate change, limited use of cultivationCultivation technology and the occurrence of fungal diseases did not ensure adequate productivity of lupins. The aim of this chapter is to embrace the challenges anticipated in the forthcoming decades, aligning with the projected advancements, not solely reliant on conventionalConventional breeding methodsBreeding methods. Consequently, novel techniques and approaches to breedingBreeding must be embraced in the near future to develop new varietiesVariety endowed with resistanceResistance to both biotic and abiotic stressesAbiotic stress. Methodology: Grounded in an analysis of scientific sources, this chapter presents information on the origin, taxonomy, and utilization of ornamental plantsOrnamental plant within the Lupinus L. genusGenus was presented. Results: Useful, decorative and medicinalMedicinal properties of various speciesSpecies and subspeciesSubspecies of Lupinus L. were determined. Breeding programsBreeding programs should take into account progress agrobiotechnology and bioengineering, as to molecular markersMolecular markers, functional genomicsFunctional genomics, mutagenesisMutagenesis, tissue cultureTissue culture and genetic engineeringGenetic engineering that can increase the efficiency of breedingBreeding. In addition, conservationConservation, the use of genetic resourcesGenetic resources in geneGene banks and the promotion and marketing of participatory breedingBreeding should be essential to strengthening lupine breedingBreeding systems. Conclusion: The creation of plant creations responsive to management in horticultureHorticulture and agricultureAgriculture as part of an integrated plant protection system should be ensured. There is also scope to improve the yieldYield of lupins by adopting more robust technologies.