Architect
Strikeveil Sensor Suite
OUT OF CHARACTER INFORMATION
- Intent: To create a set of tactical and impact-assessment sensor systems for Commonwealth vessels, used to identify opposing ship types, assess incoming fire, and guide real-time battlefield decisions.
- 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: CVC-TCSV-S1 “Strikeveil” Tactical Sensor Suite
- Modularity: Yes
- Production: Minor
- Material:
- Verityne crystal processors
- Crystaplast frame
- Agrinium-insulated sensor wiring
- Canarocite microburst conduits
- Kyromite-tuned threat analysis logic core
- Threat Vector Analysis Grid – real-time projection of known starship types, including loadout estimations and ECM levels
- Signature Pattern Recognition AI – draws from Verityne-based threat library to identify specific ship models or manufacturer profiles
- Impact Assessment Overlay – details source, type, and force of damage received in real time, traceable to specific weapons systems
- Heat Map Combat Logging – renders a spatial display of hull impact history during engagement, used by command staff to prioritize defensive repositioning or repairs
- Subsystem Threat Linkage – estimates target ship’s weak points based on signature emissions and observed firing patterns
- CIHR + Helion Core Sync – enables high-speed processing, neural command integration, and adaptive recalibration
- Tactical Clarity: Provides real-time data on opposing forces, including class, combat profile, and estimated firepower
- Post-Impact Diagnostics: Enables officers to know exactly what hit them and from where, often before damage control arrives
- Adaptive Learning: Can update threat profiles mid-battle, including emerging weapon signatures and unknown ship types
- Combat Overlay Compatibility: Feeds into bridge HUDs, command towers, and fighter coordination grids
- Countered by Heavy ECM: Jamming, stealth, and high-saturation battlespace can reduce identification precision
- Power Dependent: Works best when paired with Helion Matrix or Blackwake Core to support Verityne throughput
- Local Theater Only: Cannot assess jump-in ships until they fully emerge from hyperspace or engage systems
- Information Lag: In complex battles, ship-type classification may take 2–5 seconds before full confidence
The TCS-X “Strikeveil” Tactical Sensor Matrix is a battlefield-aware sensory and diagnostics system designed to provide Commonwealth command staff with real-time awareness of enemy force composition , weapon impact type , and ongoing spatial threat conditions . Developed alongside the SPX-A Aetherveil system but optimized for direct combat use , Strikeveil functions as the ship’s tactical intelligence overlay , constantly feeding updated threat models and damage readouts into command consoles, bridge displays, and squad coordination platforms.
Utilizing a Verityne-powered threat recognition array , Strikeveil scans local space for engine signatures, EM spectra, shield harmonics, and weapon plume profiles. It then compares those findings against a tactical database stored and updated through the Helion Matrix . In combat, when the ship is struck, Strikeveil immediately assesses weapon type, energy yield, and probable origin , enabling rapid response by both crew and command AI.
Though it can be degraded by ECM or stealth technologies, when fully operational the Strikeveil Matrix is an indispensable part of the modern Commonwealth battlespace — ensuring officers not only know what’s out there, but what’s about to hit next.
Out Of Character Info
Intent:
To create a set of tactical and impact-assessment sensor systems for Commonwealth vessels, used to identify opposing ship types, assess incoming fire, and guide real-time battlefield decisions.
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:
CVC-TCSV-S1 “Strikeveil” Tactical Sensor Suite
Modular:
Yes
Material:
Verityne crystal processors Crystaplast frame Agrinium-insulated sensor wiring Canarocite microburst conduits Kyromite-tuned threat analysis logic core