INTRODUCTION Dragon fruit, a tropical climbing epiphytic cactus species that has evolved in Latin America, is expanding as a tremendous commodity even in outlying areas mainly attributed to its medicinal and health virtues globally. Hylocereus bears a striking resemblance to the cactaceae family and is a dicotyledonous floral shrub (Spichiger et al., 2000 and Gunasena et al., 2007). Because of its spectacular nocturnal flowers, dragon fruit is recognized as the “Queen of the Night” and “Noble Woman”. Strawberry Pear, Night Blooming Cereus, Pithaya, and Belle of the Night are just a few of the fruit's nicknames. Vietnam, Indonesia, and China produce over 93% of the world's dragon fruit. According to recent statistics in India, dragon fruit is cultivated on an area of 3000 hectares with an estimated average output of 13.5 metric tonnes ha-1. The huge rise in production and cropped land is mostly ascribed to states such as Gujarat, Karnataka, and Maharashtra, which together contribute 70% of total output. Pitaya is diversified on an area around 100.40 hectares in Tamil Nadu, with an average output of 12.10 metric tonnes per hectare (Wakchaure et al., 2020). Pitaya fruit has an intense complexion and a delightful, juicy pulp with black palatable seeds lodged in it with excellent nutritional values. Dragon fruit is notable for its high calcium and phosphorus content, as well as its antioxidant composition. The red pulped pitaya is enriched with betalains, which meets the expanding market need for antioxidants and natural food colorants with antiradical qualities (Perween et al., 2018). Dragon fruit offers antioxidants, anti-microbial, anti-diabetics, anti-carcinogenic, and cardiovascular protective properties. Inadequate nutrition availability leads to reduced fruit set and crop output. As an outcome, appropriate dietary supply is essential for efficient dragon fruit production.Plant biostimulants are a novel class of chemicals, mostly exploited in sustainable fruit production, that attempt to accelerate plant development even after a stressful crisis has elapsed and have physiological effects akin to phytohormones (Patrick Du Jardin, 2015). Fruit trees benefit from the utilization of triazole plant hormones, particularly Paclobutrazol, which restricts vegetative growth and promotes blooming. According to Krishna et al. (2017), paclobutrazol has been shown to boost flowering and fruit set in mango cv. “Banganapalli”. By stimulating extensive and early flowering, CPPU (Forchlorfenuron) enhances fruit size and efficacy. Following the application of CPPU, Parson (2019) noted that the floral buds in dragon fruit developed into tiny flowers and started to open up between 4 to 7 days. The impact of forchlorfenuron (CPPU) pre harvest treatment on the red fleshed cv. "Fu Kwai Hong" pitaya fruit under storage at 5°C was investigated by Jiang et al. (2020). The bracts were doused with 100 mg L-1 CPPU at blooming time, with water serving as the control. Fruit that had undergone CPPU treatment had considerably thicker bracts, a lower fruit index and a lower cracking ratio in both winter and summer seasons.Several scholars had explored the utilization of biostimulants in order to improve flowering and yield attributes in mango (Gopu et al., 2017); dragon fruit by Chang (2021); pomegranate (Hussein et al., 2021). Nonetheless, there appears to be very little evidence concerning the usage of biostimulants on blooming and yield contributing features of dragon fruit, hence the current study was undertaken to seek a substitute for solely inorganic fertilization. MATERIALS AND METHODS The experimental field study was conducted at the six years old dragon fruit field during the academic year 2021 – 22 which is situated at 9° 52N latitude and 77° 23E longitude with an elevation of 296 m Mean Sea Level of Seelayampatti village, Theni district under the dominion of Department of Fruit Science, Horticultural College and Research Institute, Periyakulam. The trial was set up in a Randomized Block Design (RBD) featuring 14 treatments as well as 3 replications with 15 plants for each treatment.