This article proposes a parallel implementations form over most utilization of the shortest path algorithms today, useful in some cases of application, such as computer systems with a low height, but big density of nodes. Taking into account the major impact, the Dijkstra algorithm is today utilized in network system, GPS systems, 3D wireless sensors. The Bellman Ford offer today perspectives in distance-vector routing protocols, for optimal routes.The Floyd Warshall is utilized in this applications where it is interested in finding the path with the maximum flow between two vertices, for fast computation of Pathfinder networks. The Viterbi algorithm is used for the application of dynamic programming algorithms to maximization problems involving probabilities, on the speech analysis and for the probability systems roads. George Dvorsky tried to explain the importance that the algorithms have in our world today and which are the most important for our civilization. He made a top of algorithms with the major impact today and the Dijkstra's algorithm is on the 3rd place, following the sorting algorithmsand the Fourier transform. Today, even when we have better solutions to the problem of finding the shortest path, Dijkstra's algorithm is still used in systems that require stability. In the testing part of the study, there are explained the strategies for parallel solutions offered today, the type which is used and a short analysis over the results. It can be said that the proposed method is unusable because there are better proposed strategies, taking into account the clustering systems over the tests with multiple number of vertices and edges. The efficiency of the algorithms is expensable today, in time, in consumption, in information transmission time and directed in money for big companies. Nowadays, this subject is in the top of the improvement of the basic systems.