The Underwater excessive pace communique networks are essential for allowing a wide variety of aquatic robotic programs and vessels. No matter the potential for excessive speed communications, problems with underwater propagation delays are a sizable challenge. This study investigates cease-to-end put-off in underwater high-speed communications and its consequences on latency and performance. Packet loss and throughput are evaluated and analyzed under numerous propagation models. A selection of practical techniques based totally on packet priorities and quit-to-stop go-with-the-flow control are applied and compared. The research findings have implications for the layout of future Wi-Fi conversation networks in underwater environments and for applications that require strict latency requirements, which include aquatic robot project coordination and control.