The resu of the current study to 12.The latent fingerprints were developed on all surfaces using various soil color powders for comparative assessment, and soil powders reveals that it gives better results on contrast surfaces. The development of the latent fingerprints present on surfaces such as plastic surface, aluminum surface, motor bike painted area, car bonnet, CPU, glass, table (sunmica-glossy), CD front and back and as well as transparency, could be successfully done and gives clear ridges as shown in the Photomicrograph numbers 2 to 11, this technique is unable to develope latent fingerprints on cotton and skin surfaces as shown in Photomicrograph number 12. In comparative evaluation of contrast surfaces, this method gives a good results. The reason for the adherence of soil powder to the invisible fingerprint can be assigned by the formation of non-covalent bonds between the soil powder and latent fingerprint residual components. The latent fingerprints were developed with soil powder on the CPU, CD (front and back), Table (sun mica-glossy) can be used for personal identification of theft, robbery, murder, and dacoit crime cases. It is further concerning to note that the latent prints after it was developed with soil powder on writing surface of the CD, did not destroy the data contained and can be further used easily. It is suggested that the different soil powders can be utilized for the development of the latent fingerprints particularly those that present on the contrast surfaces. These results advice that various soil powders can be successfully employed as a new powder method on the bulk surfaces except cotton and skin surfaces to development of latent fingerprints. This technique is cheap everyone can afford it and used it for the development of the latent fingerprint. more,will be explored Further this method on different surfaces with various environmental parameters such as temperature, humidity, etc. Current study is a preliminary investigation and it can be further assessed on using this method to develop latent fingerprints on non- porous surfaces.