In recent years, there has been a lot of interest in the application of Internet of Things (IoT) technologies in warehouse environments. The oil and gas industry's embrace of the Internet of Things (IoT) has completely changed several aspects of warehouse management. Oil and gas industry warehouses may increase operational effectiveness, improve safety protocols, and save money by utilizing IoT technology. Implementing IoT in warehouses allows for real-time inventory management and monitoring, reducing stockouts, and streamlining the procurement process. IoT-based asset tracking solutions reduce downtime and enable preventive maintenance by providing real-time visibility into the movement and location of machinery, tools, and vehicles. Continuous monitoring of vital equipment is made possible by IoT sensors, allowing for the early identification of potential problems and the avoidance of expensive failures. In the oil and gas sector, security and safety are top priorities, and IoT is essential for boosting warehouse safety measures. Access control systems guarantee that only authorized workers have access to restricted areas, while connected cameras and environmental sensors can identify threats. Additionally, IoT technology helps optimize energy use in warehouses, supporting environmental initiatives and lowering costs. IoT use in oil and gas sector warehouses has several advantages, including enhanced safety, cost savings, and simpler processes. IoT will be crucial in streamlining warehouse management and supply chain procedures as the industry continues to embrace digital transformation, eventually boosting efficiency and productivity in this dynamic industry. This thesis examines the primary factors influencing the adoption of IoT in warehouses by a thorough investigation of the body of current literature, case studies, and expert's opinion through surveys. The need to increase operational effectiveness, boost inventory management, optimize logistical procedures, and enable real-time data-driven decision-making are among the reasons cited. The study also examines difficulties encountered in the adoption process, such as infrastructure needs, data security issues, system integration, and the need for skilled workers. This study adds to the body of knowledge by providing an in-depth study of IoT adoption in the oil and gas industry's warehouse operations. Warehouse experts, IT specialists, and industry decision-makers can use the knowledge gained from this study to help them make well-informed decisions about implementing IoT, giving them the ability to optimize warehouse processes, improve operational efficiency, and create competitive advantages in the fast-moving oil and gas sector.