Moreover, adding towards the continuous efforts of our research group to design and develop organic fluorophores with strong solid-state emission properties and high quantum yields including perylenediimides , coronenediimides and naphthalimides for their applications towards the instant imaging of latent fingerprints (LFPs), in the present work we are also extending the applications of perylene tetra-(alkoxycarbonyl) derivatives for the development and visualization of LFPs. The monobrominated derivative PTE-II enriched with extraordinary bright yellow solid-state fluorescence was used for the visualization of LFPs both under 365 nm UV lamp and with naked eyes on aluminum foil and white office paper. We successfully achieved the 2 nd level of information under UV lamp by locating some of the important minuscule identification marks on the fingerprints developed on the aluminum foil wrap.