Abstract:
The globalized economy of the automotive sector requires greater optimization in logistics processes. To meet this demand the systemic application appears as an option to make the logistics process and its operations more flexible and to become a strategic department. These operations are related to the production chain, that is, from the raw material to the final customer. To do so, investing in disruptive technologies becomes essential to making gains and integrating the entire logistics process in the industry. In order to minimize possible risks with delays in the collection or delivery and meeting the expectations of the client, in addition to avoiding fines. In this way, the technology helps to monitor in real time all vehicle activities inside and outside the industry, combining as advantages to cure possible problems like delay and lack of raw material. Due to the need for deliveries at the date and time already stipulated, as they are related to the production planning of the automaker. If delay occurs in the collection already scheduled this can generate negative impacts and losses. To avoid these losses, it is necessary to invest in robust technology to improve the logistics process. In this scenario, the technology that evidences the loading process allows to optimize and flexible the logistics management in the automotive sector. This work demonstrates the substitution of the manual logistic process of the control of vehicle loading, by a system that evidences the process automatically. This replacement allows you to automate some logistics operations, reduce the time and operational costs between the various shipments made daily. The results of this new system allow to integrate the logistic process in real time, obtain operational gains, improve information management in less time with safety and reliability for the automotive sector.
