Maccaferri as a slope protection specialist provided cost-effective, environmentally friendly, and tailored solutions for the client’s problems. Using a 3.5 m high Gabion-made retaining wall, the stability of mass gravity retaining walls relies upon the structural integrity of the units and their filled mass to support unstable earth slopes. In addition, as scour protection of the Gabion wall, Reno Mattresses® were placed at the toe of the gravity structure. A 7m high of Terramesh® on the top of the structure is used as a reinforced slope to make the slope more stable. Maccaferri provided Terramesh® because it combines the flexibility of soil reinforcement with the benefit of a modular system. Completed with MacGrid® WG 15 as the primary reinforcement, it enables the soil to perform better than it would in its reinforced state and accommodate greater loads as well as stand at steeper angles. Soil slopes are subject to continuous erosion forces, whether natural or caused by man. For that reason, some form of erosion control was required. Maccaferri used MacMat® for the long-term erosion control to facilitate the re-establishment of vegetation on the slope. MacMat® is very helpful to decelerate the water flow during rainfall. All the stability checks were performed using the internally developed Maccaferri software (MacStars® W). The retaining structure stability was checked under both static and seismic conditions. Furthermore, the stability during soil excavation and construction phases has been verified. The construction works of the retaining wall lasted around 4 months.