Employing double-boom floor-standing derrick in tower erection construction involves complexities in tension and challenges in achieving real-time perception, potentially complicating construction tasks or leading to accidents. In order to enhance the safety of tower erection construction with the use of double-boom floor-standing derrick, this paper proposes an intelligent, information-based wireless monitoring system based on distributed wireless monitoring technology. Through an analysis of the tower erection construction process with the use of double-boom floor-standing derrick, this study identifies safety factors and monitoring parameters that impact the working conditions of double-boom floor-standing derrick. Given the extensive and dispersed nature of monitoring points within the holding pole system, a wireless, distributed, and multi-level monitoring scheme is adopted, which can satisfy the construction requirements on tower erection construction sites while ensuring safety and stability throughout the construction process.