Approved Tech PGEM AMSG

[Niki Priddy]

• Intent: Create a mass produced combination shield generator for the open market.
• Image Source:
  • Source
  • Headers/Dividers made by me.
• Canon Link: KL-44 Commander Shield Projector
• Permissions: N/A
• Primary Source: N/A

• Manufacturer: Priddy General Engineering And Manufacturing
• Affiliation: Priddy General Engineering And Manufacturing
• Market Status: Open-Market
• Model: Priddy General Engineering And Manufacturing AegisLink Modular Shield Grid
• Modularity: No
• Production: Mass-Produced
• Material:
  • Parabrite
  • Duramentium/Titanium Alloy Housing
  • Ferrocarbon Frame
  • Fiber-optic Cables
  • Copper, Guerrerite, Nickle, Slivian Iron Internal Components

• Classification: Dual-Phase Deflector Shield Generator

• Internal Systems -
  • Reinforced Shielding Systems
  • Particle Shield Systems
  • Ray Shield System
  • Rad-Dampening Shielding - Passive/Non-Combat
  • Shield Actuator
  • M.I. Fire Suppression System
  • Energy Absorption Coils
  • Power Loop Capacitor
  • Projection Relay for starships above small craft class.
  • Matrix Boards
  • Auditory Dampeners
  • Neutrino Radiator
  • Droid Brain Bank
  • Capacitor Bank
  • Enhanced Plasma Cell Bank
  • Cooling Unit
  • Lint Filters
  • Otherwise standard shield generator systems.

Adaptive Shield Pinhole System - The embedded droid brain allows the ship to fire through its own shields without requiring full deactivation or energy bleed-offs. This gives AMSG-equipped vessels a significant edge in sustained offensive operations while under heavy defense, maintaining firepower without compromising defense integrity.
Fleetwide Shield Relays - The ability to temporarily extend a ship’s shield to nearby allied craft grants flexible group defense, especially useful for shielding damaged escorts, critical logistics ships, or vulnerable fighter wings. This feature enhances fleet cohesion and survivability in coordinated battle formations.
Surge-Resistant Matrix Architecture - The inclusion of burnout matrix boards makes the system more resistant to catastrophic overloads. Unlike older shield generators that fail completely under stress, AMSG can compartmentalize power surges, limiting damage to smaller grid sectors while maintaining partial shielding under duress.

High Power Demand Under Peak Load - During full-spectrum engagement (ray + particle shielding with fire modulation and relay support), the AMSG system demands significant energy throughput. This can strain a ship’s reactor output, potentially forcing tactical decisions between weapons, engines, or shield performance—especially on smaller ships or those already sustaining damage.
Droid Brain Exploitation Risk - The centralized droid brain coordinating shield modulation is a single-point vulnerability. If compromised—via slicer intrusion, ion weaponry, or EMP-style attacks—the system may fail to open fire pinholes correctly or, worse, deactivate shielding inappropriately. Sophisticated electronic warfare can confuse or delay its real-time decisions in high-traffic combat.
Shield Relay Saturation Limits - While shield projection to allied ships is a powerful asset, it has a strict range and duration limit. Overextending the relay can cause grid degradation or local collapse on the host vessel. Additionally, enemies can target the relay beam or recipient ship, knowing it temporarily draws shield resources from the broadcasting vessel.

The AegisLink Modular Shield Grid is a next-generation deflector shielding system developed for use across the entire scale of starships—from agile starfighters to titanic dreadnoughts. Designed by PGEM, the AMSG is a hybridized ray and particle shielding system engineered for tactical adaptability, operational longevity, and battlefield network integration. What sets AegisLink apart is its embedded droid brain subprocessor, granting real-time dynamic modulation of shield envelopes with pinpoint control.

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Use of Dual-Modulation Shielding allows AegisLink to deploy both ray shielding to disperse energy-based attacks like blasters and turbolasers, as well as particle shielding to repel physical matter, debris, and projectiles. The system intelligently balances shield strengths based on threat detection algorithms, reconfiguring coverage areas based on priority impact zones.

This allows Pinpoint Fire Modulation by utilizing an integrated combat-grade droid brain which enables microsecond precision in deactivating localized shield sections to allow friendly fire—laser blasts, torpedoes, or missile salvos—to exit without weakening the ship’s full protective coverage. These “shield pinholes” reseal instantly, minimizing vulnerability.

Scalable Shield Architecture allows the modular nature of the system to scale down to Starfighters with compact AMSG cores optimized for high-speed shield envelope management and minimal power drain.

With Corvettes to Cruisers featuring grid-linked cells that can layer defenses or pulse shield coverage to adapt to sustained barrages.

With Capital Ships & Dreadnoughts capable of massive overlapping matrix fields with redundant multi-core droid brains, offering complete 360° coverage and shield subfield regeneration.


Shield Relay Networking (Large Ships Only-No Small Craft) enables ships equipped with projector relays to extend coverage of their shield grid to reinforce nearby allied vessels, ideal for escort formations, fleet holds, or emergency shielding of damaged craft. This temporary shield tethering feature dynamically scales based on ship size, proximity, and power capacity.

The use of Failsafe Matrix Boards help to prevent catastrophic shield failure due to overloads or feedback surges, as AegisLink employs burnout matrix boards or sacrificial, replaceable subcomponents that isolate and contain shield power surges, preserving the integrity of the larger grid.

The use of Auditory Dampening Integration limits shield impact reverberations, common aboard vessels under fire, countered through built-in vibration and sound dampeners, which modulate the resonance generated by sustained impacts, protecting crew mental health and reducing combat fatigue during prolonged engagements.

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Starfighter Wings are provided brief but potent shielding with interconnected shield coverage from larger vessels while their onboard shields come standard with low recharge delay and excellent fire modulation for dogfights.

Frigates & Corvettes equipped with the system feature highly responsive systems focused on hit-and-run tactics and sudden multi-vector threat coverage without sacrificing shield capabilities. With capital variants of either class capable of acting as command shield nodes when equipped with projector relays in fleet actions, offering both self and auxiliary protection with unprecedented coordination via droid-brain cluster networking.

Flagships & Dreadnoughts are able to act as the supreme command shield nodes in fleet actions with the most significant versions of the AMSG system, offering both self and auxiliary protection with unprecedented coordination via droid-brain cluster networking. Capable of covering even starfighters within their projector relay zones of coverage.

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"Your defense, your firepower—never in conflict. AegisLink: Shield Smart."

 

[MANIAC]

Niki Priddy

As usual, amazing!

Approved.