Nouvelle Alexandrie Satellite Surveillance System: Difference between revisions
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Revision as of 00:42, 1 June 2023
The Nouvelle Alexandrie Satellite Surveillance System (NASSS) is a national security satellite network established by the government of Nouvelle Alexandrie. The system, which began deployment in 1709 AN, is designed to provide real-time, high-resolution imagery, detailed surveillance data, and sophisticated threat assessment capabilities. The system is administered and managed by the Federal Forces of Nouvelle Alexandrie.
History
The idea of the NASSS was conceived in the early 1690s, during the development of the NovaNav Micras Positioning System. The government of Nouvelle Alexandrie recognized the strategic value of a dedicated satellite surveillance network and began planning the NASSS. NovaNav Technologies, which was deeply involved in the design and development of the NovaNav MPS, and Javelin Industries were contracted to develop the new system.
Deployment Timeline
| Year (AN) | Milestone |
|---|---|
| 1709 AN | Initial launch of two SAR satellites, providing preliminary imaging capabilities while testing system feasibility and satellite robustness. |
| 1710 AN | First successful real-time transmission of high-resolution images to ground stations, confirming the operational capability of the launched SAR satellites. |
| 1711 AN | Deployment of additional three SAR satellites to enhance coverage and resolution. Integration of the SAR data with the NovaNav Micras Positioning System for geo-positioning tracking begins. |
| 1712 AN | Launch of first batch of hyperspectral imaging satellites, augmenting the capability to monitor chemical changes on the ground. Experimental quantum radar satellite sent to space for testing. |
| 1713 AN | Data from hyperspectral imaging satellites integrated into AISSS. Significant improvements noted in threat assessment capabilities. |
| 1714 AN | Deployment of first operational quantum radar satellite, allowing detection of stealth aircraft. Ground stations upgraded for quantum radar data processing. |
| 1715 AN | Additional SAR and hyperspectral imaging satellites launched to increase coverage. Network of space-based sensors for detecting missile launches and nuclear tests installed on all satellite types. |
| 1716 AN | Quantum radar satellite network expanded with three more satellites. First successful detection and tracking of a stealth drone during a simulation. |
| 1717 AN | Deployment of advanced communication satellites to ensure real-time data relay between surveillance satellites and ground stations. SAR satellites upgraded with advanced imaging algorithms developed by Sarbanes-Lopez CyberSecurity. |
| 1718 AN | AI-assisted threat identification and tracking system, developed by Fountainpen Corporation, integrated into AISSS. |
| 1719 AN | NASSS coverage reaches 75% of Micras. All satellites equipped with missile launch and nuclear test sensors. |
| 1720 AN | Full deployment of the NASSS network, with sufficient satellites to ensure comprehensive surveillance and threat assessment for all of Nouvelle Alexandrie. |
| 1722 AN (Expected) | NASSS coverage expands to 100% of Micras, ensuring global surveillance capabilities. |
Capabilities
NASSS includes a constellation of satellites equipped with a variety of advanced surveillance technologies:
Synthetic Aperture Radar (SAR) Satellites
SAR satellites can provide detailed imagery regardless of weather conditions or daylight availability. This capability allows NASSS to maintain constant, uninterrupted surveillance of potential threats.
Geo-positioning Satellites
These satellites contribute to location-based tracking and threat assessment, allowing for precise positioning and movement tracking of objects on the ground.
Hyperspectral Imaging Satellites
Hyperspectral imaging satellites are capable of identifying the chemical composition of objects from space, providing detailed analysis of observed objects and environments.
Quantum Radar Systems
Quantum radar satellites can detect stealth aircraft, offering a significant strategic advantage by countering enemy stealth capabilities.
Missile Launch and Nuclear Test Sensors
A network of space-based sensors is capable of detecting missile launches and nuclear tests, providing early warning of potential threats.
