Archaeologists categorize historical eras based on materials and technologies this eventually suggests the starting of more sustainable practices from polymeric origin to technologicallyadvanced themes supporting the contemporary demand. Progresses in research and development of supramolecular gel surprisingly rely on historical analogies, as gel was used as lubricant for developing wheel. Continual upgradations turn that various gels are the root of demanding scientific researches including several monumental findings like chemical sensors, luminescent features, supramolecular diodes, and optoelectronic devices. Gel has been used in agricultural industry to prepare pheromone-releasing devices for trapping pests, for creating fast-release drug delivery systems, and dynamic reversible and biomimetic mechanisms for tissue engineering, to prevent environmental pollution by treatment of oil spills. Initially, it was believed that the outcome of serendipity via different chemical interaction may offer stable gel material, but presently the researchers are preparing target specific gel from a prognostic acuity.