Concrete industry is one of the industries that has a special position due to its many uses and potential, and the increase in the life of this material is one of the priorities of this industry. One of the common problems in concrete is the cracking problem, cracking in concrete may be internally influenced by materials that are formed or influenced by external factors such as corrosive chemical environment, salt and water penetration, atmospheric and environmental effects, changes Extreme weather and pressures on concrete. To prevent cracking and crack development in concrete and prevent corrosion of reinforced concrete rails, this material requires maintenance and repair.The material's ability to rebuild the cracks produces and develops intelligent concrete in the construction of sensitive urban structures that save long-term repair costs in the long run. In other words, the self-restraint concrete remains alive, which is capable of It improves its properties and specifications and displays its behavior and properties during the course of its life, according to its environmental conditions. Self-repairing concrete or intelligent is one of the major developments of these years in the concrete industry, which is considered a revolution in the field of concrete technology. This paper examines the latest achievements of nanotechnology and biotechnology in terms of resistance, durability and other self-governing concrete physical and mechanical properties. We also evaluate the biotechnology entry to the concrete industry by relying on concrete restoration and the emphasis on the performance of concrete with living bacteria.