Architect
Auxilia-C Halo Node
OUT OF CHARACTER INFORMATION
- Intent: To create a deployable, consumable battlefield shield node that allows Commonwealth ships to benefit from shield and energy regeneration.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Primo Victorian Enterprises
- Affiliation: Imperial Commonwealth of Dosuun
- Market Status: Closed Market
- Model: CSD-DRB-04C “Auxilia-C Halo Node”
- Modularity: Yes
- Production: Minor
- Material:
- Duraplast-Titanium Alloy Casing
- Trineshield Micro-Core
- Integrated Shield Exchange Interface
- Compact Power Cell Cluster
- Fail-Safe Dissipation Lattice
- Temporary Shield Bubble: Projects a small-radius protective field for nearby ships
- Shield Receiving Interface Node: Tethers automatically to ships within range for minor regeneration of:
- Shields/Shield Energy
- Capacitor/auxiliary power
- Trineshield Micro-Core: Reflexive reinforcement of the barrier for partial resistance to energy or plasma fire
- Battery Dissipation Lattice: Prevents reactor destabilization when node expires
- Fail-Safe Termination: Prevents radiation or feedback on node expiration
- Halo Node, IFF Transponders:
- Encrypted IFF Beacon Recognition: Authenticates against Commonwealth fleet transponder keys (updated hourly during active combat ops)
- Trineshield-Certified Pulse Verification: Verifies nearby vessels by matching shield signature “pulses” with pre-synced Trinity Core frequency handshakes — effectively a biometric scan for ships
- Localized Context AI Layer: The node runs a minimal onboard AI that performs immediate threat proximity triangulation — if an untagged vessel is firing at known allies or transmitting hostile targeting telemetry, the node will deny tether lock
- Failsafe: If IFF handshake is inconclusive, node will provide shielding only to the node-deploying vessel
- Provides Emergency Shielding: Ideal for ships with depleted defenses or during retreat
- Tether Effect: Ships within 10m radius automatically receive shield recharge + energy trickle
- Works with Any Ship: Compatible even with non-Trineshield platforms
- Easy to Deploy: Can be launched via drone, pod, or drop system
- Stackable Deployment: Up to 2–3 can be fielded by different ships simultaneously
- Short Duration: Lasts only 30 seconds per node
- Limited Range: 10m radius requires ships to be very close to benefit
- Single-Use: Auxiliary battery is not rechargeable; node is discarded after use
- Not Resistant to Saturation: Overwhelming fire will collapse the shield before time limit
- Cannot Move Once Deployed: Fixed position; ineffective in high-mobility environments
The Auxilia-C Halo Node is a small, disposable field support system designed for use by Commonwealth support craft such as the upcoming Wilder, Benavidez, Ramirez, or Gomez II (formerly Voyager). It deploys a temporary, high-integrity shield dome with a tether node interface that automatically connects to any allied ship within its radius.
During its 30-second operational window, the Halo Node provides:
- Basic shielding
- Capacitor trickle recharge
- Stabilization cover for repair, retreat, or regrouping
- Enables vessels within the dome to recharge their own shields/shield energy.
Though lacking in offensive capability, its tactical flexibility and low deployment cost make it a staple in Commonwealth field ops.
Whether dropped during combat retreats, launched during blockade relief, or deployed to stabilize a reeling cruiser, the Auxilia-C Node is the fleet’s last lifeline before the breach.
Note: Supports up to six ships at a time, however the more ships attached the less effective the halo node, unless more halo nodes have been dropped.
Out Of Character Info
Intent:
To create a deployable, consumable battlefield shield node that allows Commonwealth ships to benefit from shield and energy regeneration.
Image Source(s):
https://notaurl.com
Canon Link:
N/A
Permissions:
N/A
Primary Source(s):
N/A
Technical Information
Affiliation:
Imperial Commonwealth of Dosuun
Model:
CSD-DRB-04C “Auxilia-C Halo Node”
Modular:
Yes
Material:
Duraplast-Titanium Alloy Casing Trineshield Micro-Core Integrated Shield Exchange Interface Compact Power Cell Cluster Fail-Safe Dissipation Lattice