ERIS is a modern sophisticated and modular design to meet all the requirements for Military ATM and C2 Systems. The system is tailored for the specific needs of the end user composed of standard modules both for Military ATM as well as C2 solutions.
Thanks to the modularity and scalability of the system, ERIS can be configured from regional C2 posts to nation-wide C2 systems adaptable to any radar/sensor and to any national air defense needs including Air Traffic Control (ATC) functionalities.
ERIS is a family of an information systems including:
ERIS Product Portfolio
ERIS Command and Control is an information system designed to support command and control of air forces at operational and tactical levels, enabling planning and implementation of air and GBAD operations.
The system has the following main features:
The system ensures the creation of data and voice recordings and their archiving for at least 30 days. Records can be used to rebuild the air situation, but also for data analysis and statistics.
Last but not least, the system includes its technical monitoring and management. It allows not only to monitor the current status of all system components, but also to monitor their history, evaluate the criticality of defects and the reliability of the system as a whole.
ERIS Air Traffic Management is an information system designed for radar and procedural air traffic control on all types of ATC centers. High system reliability and availability is ensured by backing up major servers, using dual LAN and SUSE Linux Enterprise High Availability Extension technology.
The ERIS ATM system is modular. It allows tracking and evaluating the movement of air objects and fulfilling special functions depending on the location and the way of its particular implementation.
The system has the following main features:
The system ensures the creation of data and voice recordings and their archiving for at least 30 days. Records can be used to rebuild the air situation, but also for data analysis and statistics.
Last but not least, the system includes its technical monitoring and management. It allows not only to monitor the current status of all system components, but also to monitor their history, evaluate the criticality of defects and the reliability of the system as a whole.
ERIS Alternative Common Ground Surveillance is an information system designed for airport surveillance and surface movement control with capability of detecting objects (airplanes, vehicles, or persons) moving in defined areas of an airport.
The system has the following main features:
The system ensures the creation of data and voice recordings and their archiving for at least 30 days. Records can be used to rebuild the air situation, but also for data analysis and statistics.
Last but not least, the system includes its technical monitoring and management. It allows not only to monitor the current status of all system components, but also to monitor their history, evaluate the criticality of defects and the reliability of the system as a whole.
ERIS Distributed Surveillance Data is an information system designated for receiving, filtering, processing, fusion and control of ASTERIX like data flow on a scale of country where the system is implemented to the single communicated nodes.
The main purpose of the system is to ensure availability of surveillance data from any source which is connected to concrete node at any place of radar network, that mean at any else node. Here, the data may be provided for processing. The properties of the entire network can be dynamically changed due to the configuration space shared between the nodes.
Filtration is possible either based on the geographic location of the individual objects identified by the resource or based on the properties of those objects. Although filtering settings can be done on the side of the data recipient, the actual filtering is done on the source side, thus significantly reducing the load on the entire network.
The individual ERIS systems that make up the overall data network system can work together with DDS, a unique feature.
All data is recorded automatically and can be monitored. The records can then be used retrospectively to analyze or compare data with the reference trajectory. The analysis itself can be done from anywhere in the network again, and the necessary archives are transferred by the network.
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