Concrete is subject to cracking under different conditions, if there is a cracking system, the structure of the concrete is permeable and the fibers are exposed to the air, and it will intensify the destruction of the concrete. Concrete production consumes a lot of energy, which necessitates the use of concrete self-healing methods. Designing new infrastructures for longer life with improved concrete durability is a good solution to the problem. This article has been critically reviewed by collecting information about self-reciprocating multi-technology mechanisms. In order to solve the problem, according to the type of cracking, suitable self-healing techniques are presented, the bacterial repair is done automatically with the carbonate produced from the bacteria and causes the deposition of calcium carbonate, which is an environmentally friendly system Is. The addition of specific components (such as the shape memory alloy) to concrete and the creation of an intelligent auto-repairing system that automatically detects and repairs cracking, the use of microcapsules and hollow core fibers to carry the repair agent, all is used to repair concrete. So far, no proper technique has been devised for all restoration mechanisms. This is why the self-healing technique should be designed according to the condition of the operation of concrete structures.