KTEK - VOIP solution for headquarters radio communication

The AeroTALK™ software product is designed to respond to the diverse needs of a radio communications operating headquarters in a complete and effective manner.

More than ten years of experience gained in the telecommunications software development sector and the use of new technologies for voice transmission over the IP networks (VoIP, Voice over IP) has allowed us to offer this innovative solution which can fully respond to the requirements of sturdiness, ergonomics and integratability which are all expected in the specific field of applications for an operating headquarters and emergency management.

The numerous advantages that can be derived from the use of the AeroTALK™ solution are evident in the description of the main features of the system, which are listed below.

A new generation Console
- Communications are managed in an evolved manner through a console screen with a combined view of fleet and radio traffic.
  
  The Console operator sees a clear display of the identity of the remote speaker and the queue of executed signals, with highlighted color coded priority, and the possibility to instantly repeat conversation thanks to InstantReplay technology.
  
  Diffusion of voice and signals coming from the microphone are processed with specific filters that provide exceptional reproduction quality.
  
  The Console is available in the software version (for Windows) or as an independent unit equipped with a Touch Screen interface.
LAN connection
- All the elements in the AeroTalk™ system are interconnected exclusively through a local network (LAN), without the need for any additional connections for distributing the voice signal.
  
  This important feature permits sharing of the utilized infrastructure with other information technologies being used, facilitating accessibility of radio communications and simplifying integration with the available resources in the headquarters.
  
  At the same time, the digital flow offers excellent reduction of sensitivity, disturbances and static caused by radio-electrical interference in traditional low frequency connections between consoles, matrixes and transceiver equipments.
Compatibility with signal standards
- The AeroTalk™ system supports the most common signal standards in civil radio communications, both analogical (like CCIR and ZVEI) and digital (like ETSI 300 230).
  
  The implemented technology permits simultaneous management of different types of signals. It is therefore possible to integrate radio terminal fleets with non-uniform characteristics.
  
  A specific visual design software tool permits defining dialogue protocols of any complexity level, including advanced signals such as statuses, GPS coordinates and text messages.
Advanced fleet management
- The radio terminal fleet is organized according to a hierarchical, multi level structure called "scene", which can be defined by the user based on specific operating demands, such as - for example - division of the intervention according to territorial areas.
  
  The system permits dedicating an arbitrary number of scenes to be used in case of specific events (such as activation of an emergency plan) or for automatic management of device rotation based on shifts.
Automatic traffic recording
- All conversations and all signals are automatically recorded by the AeroTalk™ system. The information is memorized in a way that is designed to permit reconstruction of past scenarios in a precise, exhaustive way.
  
  The Console operator can instantly repeat recent conversations thanks to InstantReplay technology, while a dedicated software tool permits implementing advanced searches of the entire historical archive based on time, selective and alphanumerical criteria.
Dynamic configuration
- Configuration operations and system administration, such as insertion of new terminals or activation of a scene, are managed in a dynamic way and do not require any interruption of normal operations.
Remote connection
- The resources and channels managed by the AeroTalk™ system can be accessed using any type of connections based on IP protocol, both within a local network and via a public Internet access.
  
  This important feature allows positioning operators in a dynamic and convenient way, also from geographically distant locations that are not reachable by radio signals.