The undertaking consists of two sections. In farming, two implements are utilized: the automated scarecrow and the farmer's safety stick. The avoidable causes of death for many farmers include electric shocks, thunder strikes, snake bites, and other similar incidents. For those without cellphones who must yet traverse potentially hazardous areas like forests, farms, and other rural areas, the plan is to develop a portable "smart stick" that makes use of the internet of things (IoT). The project describes the "smart stick" in depth, including its functions, benefits, block diagram, and design. The fundamental objective of this proposal is to alleviate human suffering by guaranteeing the safety of farmers and the elderly who toil in remote areas or who are otherwise unable to use conventional emergency notification systems. Automatic scarecrow technology has been around for a while and is effective at keeping animals and birds away from crops. Scarecrows are a great way to keep birds away from crops in a safe and humane way. The main goal of this project was to build a functional scarecrow model that can dynamically disperse birds in reaction to adjacent sound effects. A built-in microphone allows the scarecrow to relay any ambient noise to an Arduino controller. Next, the controller instructs the scarecrow's two servo motors to wave its hands, frightening away any birds or animals in the vicinity. Finally, the technology behind this cutting-edge scarecrow has several applications, including reducing agricultural losses due to birds, distributing birds in a safe, reliable, and compassionate way, and becoming the favored technique of bird control in the business. The scarecrow is powered by a rechargeable battery that delivers 12V. Rechargeable +12V batteries used by the two modules we just discussed are powered by sunlight collected by solar panels placed on the field.