This research delves into the exploration of utilizing red mud, a by-product of alumina refining processes, as a precursor for producing geopolymer paver blocks. Geopolymer technology stands out as an environmentally friendly alternative to traditional cement-based materials, offering promising prospects for reducing environmental impact and fostering sustainability within the construction sector. Red mud, renowned for its rich content of alumina-silicate minerals, represents an opportunity for repurposing industrial waste into valuable construction materials. The objectives of this study encompass thorough characterization of red mud properties, the optimization of the geopolymerization process for paver block production, and the evaluation of key performance metrics including compressive strength, flexural strength, abrasion resistance and water absorption of the resultant geopolymer paver blocks. Through meticulous experimentation and analysis, this research endeavors to contribute significantly to the advancement of sustainable construction practices by presenting a feasible solution for managing industrial waste while yielding high-performance construction materials. This research aims to connect theoretical insights with practical applications, contributing to a gradual shift towards more sustainable and eco-friendly approaches in construction material production and use.