Whether it is the stunning cross sea bridge or the large-scale offshore wind turbines, these masterpieces of transforming nature cannot be achieved without pile driving operations. Offshore pile driving operations are greatly affected by wind, waves, and currents, posing significant safety risks. Additionally, the construction window period is short and the efficiency is low, resulting in high construction costs. How to vertically "nail" thick piles weighing hundreds of tons, ranging from tens of meters to hundreds of meters in length, into the seabed like "sea needles". The system can automatically monitor the levelness of the top flange of a single pile, provide real-time feedback of monitoring data to the work platform, automatically organize and store records, and make the operator visually aware. When the inclination angle of the pile exceeds 3 ‰, the system will issue an alarm reminder and guide the next step of pile driving direction. It also has expandable interfaces and space, and is equipped with the ability to access subsequent high strain test data and remotely control and adjust the stabilizing pile frame jack. This enables big data analysis of pile driving operation data in wind farms, providing more accurate operation guidance for similar wind farm pile driving operations in the future.