Identifying imperative and urgent needs of critical information systems as well as following best practices of the industry, DICOM continues to implement successfully integrated systems of various technologies into one complete and seamless solution of analog radios, analog phones and digital radios, RoIP (Radio over IP) and VoIP (Voice over IP).

ICS2020 Voice Communication Control System (VCCS): Based on standardized IP architecture, which fully complies with latest international standards, EUROCAE ED-137B, our ICS2020 VCCS offers the best solution for mission-critical communication systems in Air Traffic Management, Public Safety and Defense in addition to providing flexible and cost-effective solutions that meet all requirements for scalability, availability, reliability and safety.

The VCCS can be implemented for a complete IP-based system, connecting all VoIP devices via Ethernet interfaces or a complex system composed of analog and VoIP devices connected via Media Gateways.

All relevant information is gathered together, integrated, and presented on an intuitive GUI Interface of Controller Working Position (CWP), which allows the operator to easily make calls, use push-to-talk radios, conference call, cross-communication, and other advanced functions.

Applying standards for aviation and mission-critical communication systems, ICS2020 is designed according to distributed architecture with high levels of redundancy: module redundancy, equipment redundancy, and controller working position redundancy. This ensures that the system operates continuously and steadily without any single point of failure.

The IP-based architecture and modularity of our systems make it easy to customize customer needs and demands and offers flexibility to scale and upgrade systems in the future.

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D-AMIS Aviation Meteorological Information System automatically collects numerous weather and meteorological data from various sources to process, store, and display for air tra­ffic control missions. The system is designed specifically for the aviation field to fully meet the standards of ICAO with high reliability, safety and eff­iciency for operators.

Automatically monitor all activities of the system (Server, terminal, internet ), save activity log: System activities, logging in, updating user data. On that basis, create notifications, alerts and send to users in real-time when any incident.

The system is designed in accordance with specific current requirements, easily integrated with other systems or upgraded, developed on demand in the future.

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D-AW21 state- of -the -art Automated Weather Observing System (AWOS), specifically designed for aviation to collect and process and display meteorological data for regional, national and international airport.

The D-AW21 helps air traffic controllers, pilots, and aviation meteorologists make critical decisions by providing continuous, real-time reports on airport weather conditions through workstation displays in which have various interfaces meet ICAO standards and user requirements.

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