Software de gestión para monitoreo de red de cobre “ZEPPELINK”

Abstract

The objective of this work is to implement a system that significantly improves the levels of service to users of telecommunications services provided by EMCALI EICE ESP, these services are telephony, internet and IPTV. The service access infrastructure, deployed mainly in copper pairs as a last mile technology, presents frequent thefts, affecting the service level agreements regulated and agreed with the clients, which causes the company to lose participation in a market every more competitive time. 95% of the last mile of the company is served with copper pairs, these pairs are grouped with plastic covers that protect them from the water because their journey is underground. The company has a pressurization platform that injects air into the cables, thus allowing an early detection in possible ruptures. This platform is being underutilized, and the information that is processed is done manually, affecting the response times to possible thefts. Taking into account that the problem requires having information in real time, in addition to historical data for decision making, a platform was developed that shortens the response times and stores the information history. For the development of the platform, the design and assignment of the IPv4 addressing, the wiring via Ethernet of the pressurization equipment, the design of a mediator that connects and delivers information without human intervention and the design of the interfaces for the delivery were made. timely information. The project covers the layers of the TCP / IP model as follows: in the lower layer network interface with the physical connectivity of the reading devices and with the configuration of the VLANs for the establishment of a management LAN, the layer of Internet with the assignment of the IP address to each device thus forming a management subnet, the transport layer using the TCP protocol to ensure the reliability of the information and the application layer where a system is developed for the reading, processing and storage of information.