Concrete is widely used in construction due to its strength, durability, and cost-effectiveness. However, traditional concrete has notable drawbacks, such as brittle behaviour, low tensile strength, and limited ductility. To address these issues, various reinforcing materials like steel, glass, and synthetic fibres have been employed. However, these materials are challenging to work with and harmful to the environment. Concrete has been researched as an alternative reinforcement material using natural fibres including hemp, sisal, and jute. This study examines the viability of employing agave fibres as a low-cost, environmentally friendly way to improve the strength and durability of concrete used in civil construction. Agave fibres were chosen because of their superior strength, low density, and global availability. The report provides a thorough description of the characteristics of agave fibres and analyses earlier studies on the use of natural fibres in concrete. A variety of concrete mixtures including various amounts of agave fibres are tested as part of the experimental programme to see how they affect the material’s compressive strength, workability, and durability. In areas where agave plants are common, agave fibres may be an effective substitute for steel in the reinforcement of concrete. According to the results, agave fibres can greatly increase the strength and durability of concrete, offering a practical answer for the building sector. The results of this study shed important light on the potential of agave fibres as a long-lasting and environmentally friendly replacement for conventional reinforcement materials in concrete.