As cloud computing continues to evolve rapidly, the need for high-speed, low-latency storage access has become essential for enterprises handling massive volumes of data. Traditional CPU-based cloud storage solutions often face challenges such as bottlenecks, reduced power efficiency, and limited scalability, which can hinder overall system performance. By offloading NVMe/TCP processing to an FPGA-based engine, these limitations can be overcome. The FPGA architecture significantly reduces CPU load, minimizes latency, and enhances data transfer efficiency, resulting in a dramatic improvement in cloud storage performance. While many cloud infrastructures rely on standard Network Interface Cards (NICs) to handle NVMe/TCP connections, CPU-based processing introduces inherent inefficiencies. An FPGA-based NVMe/TCP offload engine eliminates these bottlenecks, delivering a more scalable, power-efficient, and high-performance storage solution for modern data centers.