New SITTI systems to Indonesia

SITTI is not new in the supply of technologically advanced systems to the Indonesian Air Forces (TNI – Tentara Nasional Indonesia) through a local company. The products supplied by SITTI in the past (read here http://www.sitti.it/sitti-in-indonesia/) have been so satisfactory for the end customer that another 6 new Voice Communication Systems (VCS) are going to be installed in the Indonesian country.

More specifically, the new systems will be supplied to provide the ADOC (Air Defence & Operations Command), the SOC (Sector Operation Centre) and 4 radar stations with modern, top level devices with proven and certified characteristics. The Voice Communication Systems manufactured by SITTI in fact represent the best choice for military organizations worldwide, thanks to their unparalleled reliability, expandability and resilience, as testified by the very large number of installations in all continents.

The VCSs under supply are equipped with interface boards capable of connecting to analogue and digital links, both radio and telephone, including VoIP ones (Voice over IP). SITTI systems come along with the native capability of being interfaced to radios from any manufacturer, thus making it the most customizable system available on the market.

In addition to VCS, SITTI is also providing the ADOC and SOC centres with voice recording systems (VRS) belonging to the VRS800 recorder family, that is characterized by being a no-single-point-of-failure system offering an extremely high performance and reliability level, capable of recording (and obviously of synchronously reproducing) both audio and video sources.

Air/Ground and Ground/Ground communications are tracked by this client/server recording system with the capability of storing long term information and events, thus allowing controllers to access and reproduce all conversations of interest. The recorded data replay system gives operators full access to both audio and events occurred at the time of recording, thus allowing them to reproduce the exact sequence of operations.