Retaining walls play a crucial role in civil engineering and land development, especially in areas with hilly, sloped terrain or regions at risk of soil erosion. They help prevent soil collapse or landslides, which are major causes of accidents and fatalities. This is particularly true during the rainy season when high rainfall saturates the soil, making it more susceptible to erosion and collapse. Retaining walls maintain the stability of structures and buildings, especially in areas near homes, roads, or other infrastructure. They protect these structures from subsidence or soil movement, which could cause damage. Additionally, retaining walls enhance the stability of construction sites, making it possible to develop sloped or unstable areas, such as building roads, walkways, or other structures on steep land. Using Helical Piles as a reinforcement solution for retaining walls offers an efficient and modern approach to address issues of soil subsidence and wall failure, particularly in areas with weak soil and high erosion risks. The use of Helical Piles not only improves the stability of the structure but also reduces environmental impacts and lowers long-term costs. Moreover, it enhances the safety of infrastructure and surrounding communities effectively.