Well-Known Member
OUT OF CHARACTER INFORMATION
Conceived after the development of the Spyglass, the Phase III “Dream Sight” Combat Electronics System took advantage of technologies developed in the hull-mounted photoreceptor array of the Spyglass, and applied to a sensor and electronic system designed for ground-based units. Like the Spyglass, it took advantage of a number of integrated data-brains which were responsible for reading, filtering, and analyzing sensor data on behalf of the operator, before delivering it to them in a concise fashion, typically via a HUD and/or computer-based sensor reader. The Dream Sight could also enter a low-feedback mode which temporarily deactivated all active sensors, while leaving passive sensors operational. The system also incorporated a number of communication systems, which were shielded by various forms of encryption.
The next-generation update of the Dream Sight—the FAE/S-12 “Dream Sight” Combat Sensor System Mk. II—took the capabilities of the system a step further while also streamlining and optimizing the design. While the FAE/S-12 iteration removes the communication suite, it adds the Ghost Sight module, which utilizes ghostwaves and low feedback technologies to make the emitted sensor pulses harder to pick up, potentially leaving targets unaware that they are being scanned. The FAE/S-12 also adds a sensor warning receiver, allowing the user to detect when they are being scanned or locked onto in turn. Finally, the FAE/S-12 includes a navigation matrix.
All in all, the FAE/S-12 “Dream Sight” Combat Sensor System Mk. II is an evolution of its predecessor, representing First United Astral Engineering's continued pursuit of technological excellence and ultimately, superiority.
- Intent: To create a universal electronics suite for atmosphere-based combat units.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: Phase III "Dream Sight" Combat Electronics System
- Manufacturer: First United Astral Engineering
- Affiliation:
- First United Astral Engineering
- Exclusive Writers and Buyers
- Model: FAE/S-12 “Dream Sight” Combat Sensor System Mk. II
- Modularity: Yes
- Can be scaled for installation in any vehicle, personal armor, ground installation, ground emplacement, or other primarily atmosphere-based platform
- Various Settings and Programming Alterations
- Universal HUD Integration
- Configurable UI
- Sensor Calibration
- Etc.
- Systems may be stripped as needed or desired
- Capable of linking with the host platform’s system(s)
- Draws power from host platform
- Production: Mass-Produced
- Material:
- Internal Circuitry and Electronics
- Various Sensor Components
- Oversight and Administration
- Computer Brain Module
- Computer Security
- Information Storage and Processing
- Primary Gabonna Memory Crystal
- Various Secondary Memory Crystals and Processors
- Heuristic Processing
- Positronic Processing
- Ghost Sight System
- Ghostwave
- Low Feedback Module
- 360 Degree Passive Reception Array - Host Surface
- Micro-Photoreception Array
- Micro-Auditory Reception Array
- Micro-Olfactory Reception Array
- Passive Rangefinder Array
- Visual Imaging System
- Thermal, Infrared, Low-Light, Ultraviolet, and x100 Optical Zoom - Photoamplification Features
- Holo/Vid Micro-Camera Array - Ultra-High Fidelity Audio and Visual Recording
- Automatic Laser Cleaning System
- General Sensor Reception Array
- Radar
- Quantum Mirror Sensor - Utilizing split photons with quantum properties, the quantum mirror sensor can detect electromagnetic signatures and emissions, including lifeform signatures.
- Dedicated Energy Receptor
- Life Scanner
- Motion Scanner
- Sonic Microphone
- Environmental Scanner
- Energy Scanner
- Electromagnetic Sensor
- Magnetic Signature Sensor
- Repulsor Sensor
- Weapon Scanner
- Force Scanner
- Demolition Sensor
- Doppraymagno Scanner
- Droid Detection Scanner
- Microwave Sensor
- Navigation Matrix
- Directional Transponder
- Urban Compass
- SatNav Geopositioning
- Tracomp
- Red and Blue Force Tracking - Via Sensors, Navigational Data, and Data Link
- Sensor Warning Receiver
- Radar
- Skin Sight - Through an extensive array of micro-photo, audio, and olfactory reception sensors which are located on the exterior surface of its host platform, the Dream Sight affords the operator greatly enhanced awareness. These passive sensors are constantly monitored by the Dream Sight’s integrated computer brain, which may filter out unneeded information via cross-referencing and instantaneous processing, before translating information that it “sees”, “hears”, or “smells” to the operator in a concise fashion. As such, this system is capable of perceiving units through various types of camouflage systems via the distortions, imperfections, and small environmental disturbances generated by these technologies, but more advanced and unique (i.e. unique and semi-unique stealth systems) types of cloaking devices and stealth suites are still able to elude it. In addition, due to the passive nature of the passive reception array, the system can remain active during stealth operations.
- Ghost Sight - The Dream Sight enhances all of its sensors with ghostwaves and low feedback technologies. These systems make the emitted waves harder to trace and detect. While this does not conceal the host platform by itself, it makes it significantly more difficult for sensor warning receivers, EM sensors, counterdetectives, and similar systems to register when sensor or scanning pulses are being used.
- Clear Air - The FAE/S-12 can use its EM-sensitive sensors to home in on sources of jamming with more than enough precision to generate target locks.
- High Definition - The Dream Sight is a decidedly long-range, intelligent, high-resolution sensor suite, giving the platform a significant edge in detection capability over adversary sensor systems. It can deliver precise sensor solutions even in severely inclement conditions such as fog, blizzards, and yet more, in addition to areas with extreme amounts of environmental clutter.
- Versatility - Possessing a number of sensors, the Dream Sight is capable of instantaneously cross-referencing data from other sensor types, allowing it to filter out false-positive readings and to quickly analyze information from the environment which warrants further examination.
- Surface Damage - In the event that the host platform sustains damage to its exterior surface, the effectiveness of the passive reception array will be diminished due to the destruction of a number of micro-sensors. However, unless the damage is severely catastrophic, the system will remain largely functional.
- Computer Brain - The Dream Sight depends on the functionality of its computer brain modules for full operation. As such, in the event that they are disabled, destroyed, or otherwise nonfunctional, the information received from the system might be difficult for the operator to decipher, due to the lack of filtering, cross-referencing, and analysis which is otherwise executed by the system itself.
- Excess Magnetism - EMP and Ion-based assaults can disrupt the functioning of FAE/S-12 by overloading its systems via ionization energy.
- Energy Vampire - The Dream Sight is reliant on the power supply of its host.
Conceived after the development of the Spyglass, the Phase III “Dream Sight” Combat Electronics System took advantage of technologies developed in the hull-mounted photoreceptor array of the Spyglass, and applied to a sensor and electronic system designed for ground-based units. Like the Spyglass, it took advantage of a number of integrated data-brains which were responsible for reading, filtering, and analyzing sensor data on behalf of the operator, before delivering it to them in a concise fashion, typically via a HUD and/or computer-based sensor reader. The Dream Sight could also enter a low-feedback mode which temporarily deactivated all active sensors, while leaving passive sensors operational. The system also incorporated a number of communication systems, which were shielded by various forms of encryption.
The next-generation update of the Dream Sight—the FAE/S-12 “Dream Sight” Combat Sensor System Mk. II—took the capabilities of the system a step further while also streamlining and optimizing the design. While the FAE/S-12 iteration removes the communication suite, it adds the Ghost Sight module, which utilizes ghostwaves and low feedback technologies to make the emitted sensor pulses harder to pick up, potentially leaving targets unaware that they are being scanned. The FAE/S-12 also adds a sensor warning receiver, allowing the user to detect when they are being scanned or locked onto in turn. Finally, the FAE/S-12 includes a navigation matrix.
All in all, the FAE/S-12 “Dream Sight” Combat Sensor System Mk. II is an evolution of its predecessor, representing First United Astral Engineering's continued pursuit of technological excellence and ultimately, superiority.
Out Of Character Info
Intent:
To create a universal electronics suite for atmosphere-based combat units.
Technical Information
Affiliation:
First United Astral Engineering
Model:
FAE/S-12 “Dream Sight” Combat Sensor System Mk. II
Modular:
Yes
Material:
Internal Circuitry and Electronics, Various Sensor Components
