Hub para comunicação digital

11/21/2018

Many organizations use a POTS system in conjunction with a VoIP, this creates an availability problem to system because the repair and replacement of the hardware that keeps the POTS system working is very hard due to lack of spare parts on the market. Given this problem this work has the objective of offering a backup system that allows the organization that implements it to keep functioning as normal and at the same time offering extra features working as an extension of the existing system. This problem can be solved using a system that integrates the new webRTC technology with the existing VoIP technologies offering the future users of the system a Web application that allows them to do calls without the need of any native code. The system is composed of a Web server, an Asterisk PBX and an IVR server, the Web server is used to deliver a WebApp, signaling server for WebRTC browsers and to set up users inside the Asterisk server. The Asterisk PBX is used to connect the WebApp to the already existing SIP infrastructure and the IVR server serves dynamic IVR menus to the users, the menus are written using NodeJS which makes them easy to integrate with the webservices. With this system the users can do all the operations that a real pone allows inside a browser, search other users by name, review messages before sending and see all voicemail inside the browser.

Authors in the community:

• 

  J

  João Reis

  ist175617

  Affiliations and sources

  IST

  Instituto Superior Técnico

  In: cienciavitae

  ID: 3225633

Supervisors of this institution:

• 

  J

  João Nuno De Oliveira e Silva

  ist14028

electrical-engineering-electronic-engineering-information-engineering - Electrical engineering, electronic engineering, information engineering

Keywords

• JavaScript
• WebRTC
• Asterisk
• SIP
• VoIP

por - Portuguese

Instituto Superior Técnico