High Commander of the Lilaste Order
OUT OF CHARACTER INFORMATION
Intent: To create an advanced outer-layer filament designed to scatter or absorb sensor readings, aiding in counter-surveillance and evasion of targeting systems.Image Source: OpenAI
Canon Link: N/A
Permissions: N/A
Primary Source: Inspired by Reflec, stealth ship materials, and Nyxweave concepts
PRODUCTION INFORMATION
Manufacturer: Lilaste Order R&DAffiliation: Lilaste Order / Diarchy /
Market Status: Closed-Market
Model: N/A
Modularity: Yes
Production: Limited
Material: Null-thread fiber spun from sensor-dampening polymers layered with refractive coils and energy-dispersive filament
PHYSICAL SPECIFICATIONS
Classification: Stealth Fiber / Counter-Sensor MeshWeight: Light
Color: Slate-gray base; refractive when struck by scanning beams or light-based sensors
Surface Texture: Slightly coarse but pliable; faint shimmer under pulse scan exposure
RESISTANCES
| Type | Resistance |
|---|---|
| Sensor Detection | Very High |
| Targeting Lock | Very High |
| Motion Tracking | High |
| Electromagnetic Scanning | High |
| Radiation/EM Scatter | High |
| EMP/Ion | Average |
| Environmental | Average |
| Sonic | Low |
| Blasters | Low |
| Energy | Low |
| Kinetic | Low |
| Corrosive | Low |
| Force Sensory Powers | None |
SPECIAL FEATURES
- Pulse-Wave Refractive Layering: Internal refractive mesh redirects active scan signals, making the wearer appear as ambient noise or background scatter
- Mag-Silent Lacing: Fibers are insulated against magnetic feedback, aiding in evasion of motion and metal-based proximity sensors
- Static Scatterfield: Generates low-grade signal noise across a wide band of scanner frequencies, interfering with enemy targeting systems, especially automated turrets, droid optics, and missile lock systems
- Signal Dampening Coils: Null-thread absorbs rather than reflects standard IR and electromagnetic pulses, reducing chances of biometric or tech-aided detection
STRENGTHS
- Sensor Interference: Dramatically reduces accuracy of targeting computers, droid optics, biometric scanners, and ship-based lifeform readers
- Electromagnetic Camouflage: Appears as signal "clutter" to most radar, IR, or active sensor sweeps
- Modular Outer Layer: Can be applied to armor, cloaks, vehicles, or equipment casings for added stealth value
- Anti-Lock Defense: Null-thread makes missile or turret targeting systems struggle to maintain a solid lock
WEAKNESSES
- Offers No Combat Protection: Null-thread is purely a stealth enhancement it provides very little resistance to weaponry, impact, or energy
- Requires Layering: Best used as an outermost layer in tandem with armor or tech for optimal effect
- Sensor Invisibility, Not Physical Invisibility: Null-thread will not make the wearer invisible to the eye or the Force only to technology
- Traceable by UV or Hyperwave Scans: Advanced scanners operating on rare frequencies may bypass Null-thread's core defenses, especially in laboratory or high-security environments
- Silent but not unseen:while the material is great at reducing noise and detection from force sensitives. It is not impervious to high grade military detection equipment
DESCRIPTION
Null-thread Microfilament was born out of necessity during the early Diarchy conflicts in sensor-rich combat zones. While technologies like Reflec coating and stealth polymers worked well for ships and droids, infantry and agents needed something more flexible and adaptable something that could be woven, worn, and applied to a variety of equipment types without sacrificing maneuverability.
Crafted from ultra-fine polymer fibers interlaced with refractive nano-coils, Null-thread creates a sensor-deceptive cloak around the wearer. It doesn't bend light like an invisibility field instead, it lies to machines. Radar thinks you're a ventilation duct. Biometric sensors think you're ambient noise. Missile lock systems can't decide where your heat signature begins or ends. It's not invisibility it's obfuscation. When applied to armor or cloaks, Null-thread causes electronic scans to return inaccurate, scattered, or delayed readings. This is particularly effective in confusing motion sensors, preventing auto-targeting turrets from locking on, and allowing operatives to move through high-surveillance zones undetected. In ship applications, Null-thread mesh sheaths can delay sensor pings long enough for stealth landings or emergency boarding actions.
However, the material is not infallible. It offers no physical protection a dagger or blaster will tear through it like any lightweight cloth. And while it's highly effective against most sensor suites, the most elite scanning equipment such as those found on Sith dreadnoughts, Blackwatch surveillance satellites, or high-end laboratories — can cut through its veil if given time and focus. Because of its cost and difficulty to produce, Null-thread is used sparingly often reserved for infiltration teams, covert Jedi hunters, black-ops snipers, or Diarchy agents operating in urban surveillance grids. When combined with Nyxweave as an underlayer, the wearer becomes a ghost not only to machines, but to intuition itself.
Out Of Character Info
Intent:
to Create a new material for the Lilaste order and Diarchy to use
Technical Information
Affiliation:
Lilaste order, Diarchy
Modular:
Yes
Material:
Synthetic fibers and materials
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