The extensive acceptance of geopolymers has proven to have a wide range of scope to absolutely participate to ecological aspects in each economic and manufacturing sector, with the usage of construction waste materials can help in decrease in carbon footprint. Intensive analysis and survey have been done on geopolymers throughout the past two decades, highlighting the scope of supplementary cementitious materials that are activated through alkalis to interchange with normal hydraulic cement. However, there are a variety of issues noticed for the acceptance of these geopolymer-based cements abundant of the analysis into geopolymers using fly ash and alkali solutions. It has been found that these alkali-activated solutions are extremely corrosive. But sodium and potassium salt solutions are projected as additional easy and highly acceptable for business. The extremely inconstant nature of C & D wastes is supposed to be the attention for analysis, having combined styles which can help to target domestically on the market waste materials. Abundant analysis has targeted on geopolymer binders developed using heat-based curing. But it can lead to increased energy consumption thereby reducing environmental benefits, which actually acts as limitation of cast in situ applications, analysis focusing on curing conditions, focusing the problems of strength, and setting time is needed. Sturdiness problems had been considered to be self-addressed with studies focusing on the strength of geopolymers being decreased for shorter durations after continuous curing and potential issues about salt-based corrosion of reinforcing steel; more analysis is suggested for performing analysis of leachate development for waste materials-based geopolymers. The aim of this review is to analyze the waste-based geopolymers to showcase the issues and limitations for adoption of these materials with the aim for future acceptance of these materials.