Streamlined interface of all intrusions detected by multiple Spynel 

Advantages:

• Efficient Multi-sensor/multi-site operation solution 
• Early warning of potential threats for faster counter reaction
• Enhanced security supervision on one user-friendly software interface:
  • Easy configuration of user-defined sound alarms upon detection criteria,
  • Easy creation of customizable bookmarks to classify detected events at a glance
  • The main zoom window on a local Cyclope workstation can be slaved and auto-centred with a click on a track on Hypervisor's GUI.
  • Moving objects or sensor platforms can be localized on the map, using NMEA-over-IP protocol.

Applications:

• Wide perimeter security:
  • airports, seaports, nuclear plants, dams, power stations, solar/wind farms, refineries, oil rigs (FPSO, CPF, FLNG…), mines, prisons, embassies, logistic warehouses, parking lots
• Wide area surveillance: pipeline, coastal and border passive surveillance
• Air surveillance: counter UAV systems, short-range air defence systems

Cyclope Hypervisor is a security supervision software that collects and displays all the threats automatically detected and tracked by multiple Spynel sensors, deployed on one or several critical sites, on a single workstation. Ideal for applications where global situational awareness of sensitive civil and military sites/assets is paramount and the security architecture includes a diverse network of wide area surveillance equipment: 

• Monitoring of several remote sites from one single control room
• Multiple Spynel sensors for very long distance surveillance (coasts, borders, pipelines, etc.)
• Multiple Spynel sensors installed in one single site for perimeter security
• Double sensor solution for a full 360° monitoring around obstructions (building, central mast/chimney of boats, oil rigs, FLNG/FPSO…)

Cyclope Hypervisor automatically detects and connects to all Cyclope workstations on the network and displays in a single user-friendly GUI:

• the location of all threats and sensors pinpointed on one or more global vector maps, which can be automatically centered on a triggered Spynel sensor
• a table listing the last detected events, with their ID, location and timestamp
• the target's infrared thumbnails, location and time information
• the tracks from different integrated systems (AIS, ARPA Radar …), with filtering capabilities