Traditional seed sowing in farming is largely done manually or with basic machinery, which can be time-consuming, labor-intensive, and inconsistent. Farmers often face challenges such as uneven seed spacing, incorrect planting depth, and wastage of seeds due to lack of precision. Additionally, the availability of labor during peak sowing seasons is decreasing, leading to delays in planting and reduced crop productivity., Manual methods also increase physical strain on farmers and may not be efficient for large-scale farming. Environmental factors like soil condition and moisture are often not properly monitored during sowing, which affects germination rates. Existing advanced machines can solve some of these problems but are often expensive and not affordable for small and medium-scale farmers., Therefore, there is a need for a cost-effective, easy-to-use, and automated solution that can ensure accurate seed placement, reduce human effort, save time, and improve overall farming efficiency. An autonomous seed-sowing robot can address these challenges by using simple sensors and control systems to perform precise and consistent planting operations.