Remote Video Monitoring System (RVM)

The Remote Video Monitoring System (RVMS) allows a user to view and capture images from remote locations where there is no electrical power or terrestrial communications infrastructure.

Universal Tracking Platform (UTP)

Helicopter Take-off and Landing System (HTLS)

The Helicopter Take-off and Landing System (HTLS) assists in the take-off, landing and flying operations of the ship-borne helicopter by measuring and displaying weather conditions and ship’s motion data. The HTLS allows the operator to set maximum values for the parameters of roll, pitch and heave and determines when it is safe for the helicopter to take-off and land, also accounting for the combat situation. It displays live video from cameras on the flight deck to aid the operator in landing the helicopter. The HTLS also provides for recording of data as well as for training of the helicopter landing crew. 

Platform Management Systems (PMS)

The Platform Management System (PMS) is an integrated vessel control and monitoring system, providing centralised management of sub-systems by means of a computer network. Access to the functions of the PMS is via a man-machine interface, using a graphical environment to display information effectively. 

Information Management System (IMS)

The Information Management System (IMS) is a ship-borne network, based on SAFENET, that manages the transfer of time-critical command and control messages, multimedia streams and background file transfer from many sources to many destinations. The IMS architecture supports unicast, broadcast and reliable multicast data transfer types. It also provides for network synchronisation and message timestamping as well as sophisticated built-in test and network management. 

Tracker Radar Console (TRC)

The Tracker Radar Console (TRC) provides a sophisticated, graphically-orientated, human-machine interface for optronic and radar trackers such as the RTS 6400 Optronics Radar Tracker (ORT). The system simultaneously displays tracking video from several ORT sensors and overlays high-resolution graphics and symbology to facilitate searching for and tracking of targets by the operator, as well as weapons firing. 

Search Radar Console (SRC)

The Search Radar Console (SRC) is a control and display console for 3-D Naval Search Radar Tracker incorporating primary search radar, missile control radar and air control functionality. Features advanced digitised radar display and windowing with synthetic overlay symbology. 

Naval Console

The Naval Console provides a sophisticated, graphically-orientated, human-machine interface for any naval application. The system can simultaneously display video from several sensors and overlays high-resolution graphics and symbology.

Navigation Distribution System (NDS)

The Navigation Distribution System (NDS) is a dual-redundant, real-time distribution system for ship sensor data. The NDS consists of two Navigation Processor Units (NPUs) which receive and relay inertial and navigation data. 

The Integrated Command and Control System (ICCS) is a hierarchy of Information Technology elements integrated such as to supply commanders and battle troops with command and control data and information to support joint operations in the 21st Century Digital Battlespace. 

Signal Concentrator Unit (SCU)

The Signal Concentrator Unit (SCU) is a real-time distribution system for ship sensor data. The SCU has been designed for mission-critical applications and therefore intrinsicallysupports a dual-redundant configuration of two or more SCUs. 

The Communications Simulator and Analyser (CSA) is a versatile and generic data communications simulator and analyser. It provides the capability to interactively simulate and analyse message-based communications between any number of system components or sub-systems. The CSA system supports a multitude of protocols and communications media including Fibre Distributed Data Interface (FDDI), Ethernet, RS422 (HDLC) and RS232. 

Real–Time WeatherWatch (RTWW) provides real–time weather information from multiple remote sites on an interactive web page. Weather trends are displayed allowing clients to monitor and predict weather patterns. A digital camera captures high-resolution images which are displayed on a web page allowing the World Wide Web client to view the selected site and its weather conditions. 

Real-Time SurveillanceWatch (RTSW) provides real–time surveillance of multiple remote sites on an interactive web site. Digital cameras capture high-resolution images which are displayed on web pages allowing World Wide Web clients to view these sites. The design of the RTSW makes use of the latest Internet technologies.