Architect
Neuracrys Gel Interface
OUT OF CHARACTER INFORMATION
- Intent: A complimentary system to Resonance Lattice Chip
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Imperial Commonwealth of Dosuun
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed Market
- Model: CDP-NGIBI-X1 “Neracrys Gel Interface”
- Modularity: No
- Production: Limited
- Material:
- Verityne crystal micro-shards
- Biopolymer gel substrate (protein-based, vat-grown)
- Helion-seeded data threads
- Micro-capillary conduits (alloy/ceramic housing)
- Neuracrys Gel Matrix: Suspended biotech polymer infused with Verityne micro-crystals; conducts bioelectrical impulses alongside digital signals.
- Helion Thread Integration: Fractalized data seeding across the gel, enabling distributed processing like a “neural net.”
- Intuitive Computation: Provides faster adaptive responses in ship combat, sensor interpretation, and droid cognition (akin to instinct).
- Self-Healing Properties: With proper nutrient infusion, damaged gel re-grows over hours/days.
- Adaptive Personality Imprint: Long-term installations begin developing “quirks” resembling a droid’s personality or an organic nervous system’s reflexes.
- Fast & Adaptive: Outperforms traditional cores in tactical prediction, sensor fusion, and fuzzy logic.
- Resilient to Conventional Slicing: Distributed gel network makes brute hacks extremely difficult.
- Self-Repairing: Capable of regrowth when damaged or degraded.
- Force-Resonant: Can tap into Verityne’s semi-living crystal properties, providing limited precognition-like pattern recognition.
- Biological Vulnerability: Susceptible to parasitic slicer “viruses,” spore-like contamination, or engineered plagues.
- Force Instability: Exposure to Sith alchemy, Force nexuses, or ysalamiri-null fields can distort computations.
- Resource Intensive: Production bottlenecked by Verityne crystal supply and cloning vats.
The Neuracrys Gel Interface (NGI) is a hybrid of biotechnology, crystalline resonance, and advanced Commonwealth computing. Developed as an answer to the limits of both droid brains and digital cores, NGI uses biopolymer neural gels seeded with Verityne crystal micro-shards and threaded with Helion data fractals.
The result is a living–mechanical interface capable of intuitive computation, rapid adaptation, and distributed redundancy. Starships equipped with NGI exhibit faster tactical decision-making and smoother crew–system integration, while droids utilizing NGI cores demonstrate more “humanlike” instinct and creativity.
However, NGI’s strengths come at a cost. The gel’s biological nature makes it prone to “infection” by slicer malware behaving like digital pathogens, or literal contamination in hostile environments. Its resonance with the Force makes it uniquely powerful but also unpredictable in nexuses or under Sith manipulation. Finally, its production scale remains limited by biotech growth cycles and Verityne crystal availability.
In the Commonwealth, NGI is reserved for flagships, advanced droids, and strategic installations, where its adaptive edge outweighs the maintenance burden. Engineers joke that “you don’t just patch an NGI—you prescribe antibiotics.”
Out Of Character Info
Intent:
A complimentary system to Resonance Lattice Chip
Image Source(s):
https://notaurl.com
Canon Link:
N/A
Primary Source(s):
n/a
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CDP-NGIBI-X1 “Neracrys Gel Interface”
Modular:
No
Material:
Verityne crystal micro-shards Biopolymer gel substrate (protein-based, vat-grown) Helion-seeded data threads Micro-capillary conduits (alloy/ceramic housing)
