The integration of sustainable materials and innovative curing agents in concrete production has garnered significant attention in the recent years due to escalating concerns regarding environmental sustainability and construction durability. This feasibility study delves into the potential of incorporating bamboo as reinforcement and Calotropis gigantea latex as a self-curing agent in concrete. Bamboo, recognized as a rapidly renewable resource, boasts exceptional mechanical properties that make it well-suited for reinforcing concrete structures. Meanwhile, Calotropis gigantea, commonly known as milkweed, presents distinctive qualities conducive to self-curing mechanisms owing to its high-water retention capacity and gradual moisture release. This study seeks to assess the mechanical properties, durability, and sustainability aspects of bamboo-reinforced concrete utilizing Calotropis gigantea latex as a self-curing agent. Experimental inquiries encompass compressive strength tests, split tensile tests, water loss tests, and durability evaluations such as the Rapid Chloride Penetration Test (RCPT) and Initial Surface Absorption Test (ISAT). The outcomes of this study enrich the comprehension of the feasibility and efficacy of employing bamboo reinforcement and Calotropis gigantea extract as a self-curing agent in concrete production. The results are anticipated to offer insights into elevating the sustainability and durability of concrete structures while mitigating environmental impacts linked to traditional curing methods.