{"references": ["M. Tony, C. Johny, S. Sayooj, K. Yathish, J. P.Vas. Design and Fabrication of Arecanut Tree Climbing and Spraying Machine. Journal of Mechanical Engineering and Automation, 2016, 6(5A): 93-96 DOI: 10.5923/c.jmea.201601.17", "Dhale, A. D., Davkhar Neha, E., Kadam Vaibhav, B., Nalawade Kiran, A., & Shinde Prathmesh, R. Design and Fabrication of Coconut Tree Climbing and Harvesting Robot; Review.", "Shwetha, B., & Bhaskar, B. (2017, March). Smart Pesticide Sprayer for Arecanut. In 2017 International Conference on Recent Advances in Electronics and Communication Technology (ICRAECT) (pp. 196-200). IEEE.", "Rahul, V., Babu, S., Cp, S. M., Vineeth, V. P., & Ninan, N. (2015). Semi automated coconut tree climber. IJRET: International Journal of Research in Engineering and Technology, 4.", "Gokulraju R Vigneshwar K Aravind Balakrishnan Bibin Narayanan, Arecanut Tree Climber. IJSRD - International Journal for Scientific Research & Development Vol. 5(4), 2017 ISSN (online): 2321-0613", "Karamari P., Subbhapurmat P., Slow Tree Climbing Robot Analysis of Performance. International Research Journal of Engineering and Technology (IRJET) 2015.02(06):721.", "Patil M.S., Patil A., Nawale T., Mane A., Chaudhary R. Coconut Harvesting Machine. IJIRT.4(1)", "Mohankumar, A. P., Krishnan, D. A., & Kathirvel, K. (2013). Development of ergo refined coconut tree climbing device. African Journal of agricultural research, 8(44), 5530-5537."]}

The individuals in rustic zones of Karnataka are principally rely upon agribusiness for their occupation. Areca-nut is the principle crop. For reaping the nuts and for showering and applying bug sprays on the crown, talented works need to climb physically up the tree. Such a cycle looks simple, however in all actuality it is arduous and risky undertaking since there is shortage in such gifted works. Therefore to solve this problem, we are proposing a project by designing and fabricating a machine. It consists of a plucking mechanism, a tree climbing mechanism and a spraying device. All these three operations can be done by incorporating them in a single machine and hence this problem can be solved in an efficient and ergonomic way.