Nowadays, in many industrial environments that use several robots, there is the problem of controlling traffic. To control traffic, it is necessary to plan safe paths, avoid deadlocks and be immune to network failures. The objective of this project is to implement a system to control this traffic, that is, plan and control one fleet of robots that have multiple tasks to fulfill. This system will be based on implementing TEA *, an algorithm based on A * but that goes with the notion of time. At the same time, the system attempts to supervise, to see if the robots are fulfilling the plan and to guard against any communication failures
