This thesis endeavors to present a comprehensive overview of the global state of solid propellant technology. Its genesis lies in the imperative to furnish contextual backing for a patent conceived, titled " Photo-polymerization for additive manufacturing of composite solid propellants", aimed at subsequent coherent market analysis. Solid propellants represent pivotal constituents utilized as propulsion fuel in rockets, missiles, and analogous systems. Comprised of solid chemical compounds, such as polymers, aluminum compounds, or graphite dioxide, combined with oxidizers and adjunctive additives, these materials furnish a steadfast energy source and exhibit prolonged stability, rendering them versatile for multifarious applications encompassing rocketry, launcher mechanisms, fire extinguishing agents, and airbag expansion.