GCH Technologies
Modern hardware platforms are highly optimized. Incremental performance gains through hardware alone are increasingly difficult, slow, and costly. At the same time, most hardware manufacturers are not structured to implement advanced AI that understands real-world physics and operational environments.
GCH fills this gap.
By combining deep scientific understanding with advanced software and machine learning, GCH delivers meaningful performance improvement without platform redesign, increased system complexity, or disruptive retraining.
01
Detect targets earlier and at greater distance
GCH enables existing
systems to:
02
Operate effectively in degraded and contested environments
03
Coordinate sensors and assets intelligently
04
Improve survivability and mission success
05
Train using real operational equipment
06
Expand capability without replacing hardware
Modular Software Capabilities
Each capability can be deployed independently or combined into an integrated software suite.
VEGA
Physics-Aware Detection and Tracking
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Detects and tracks targets using extremely low pixel data
Extends effective detection and tracking range
Maintains tracking in cluttered and degraded environments
Operates independently of sensor type
Expands ISR coverage using fielded optics and sensors
TrueSight
Camouflage and Concealment Detection
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Detects concealed threats blending into terrain
Recognizes unnatural environmental patterns rather than color or shape
Operates in real time on operational video feeds
Improves detection confidence and decision speed
Defeats multispectral camouflage
Autonomous Defensive Coordination
TRINITY
Sensor and Asset Synchronization
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Assigns targets to the most effective system in real time
Creates deliberate overlapping fields of engagement
Improves engagement accuracy and probability of kill
Prevents redundant fires and conserves resources
Maintains human-in-the-loop control while reducing workload
Survivability in Contested Environments
ALT NAV
Alternative Navigation Without GPS
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Maintains navigation when GPS is disrupted
Supports operation under electronic warfare conditions
Reduces dependence on vulnerable external signals
Uses machine learning to recover position without GPS
NEO
Platform Survivability
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Improves survivability against direct-fire counter-UAS systems
Enables autonomous evasive maneuvering
Increases mission completion rates
Reduces platform losses during offensive operations
Training, Evaluation, and Advanced Operations
SCAR
Shared Coherent Augmented Reality
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Train using operational systems anywhere, anytime
Conduct realistic rehearsals without live adversaries
Accelerate readiness while reducing cost and risk
Adapt to evolving threat capabilities
Designed for Real-World Integration
GCH software is built for rapid adoption across both legacy and next-generation systems.
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Unmanned aerial systems (Group 1–5)
Ground vehicles and robotic platforms
Fixed and mobile sensor towers
Maritime systems
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Runs on existing computing architecture
Modular, containerized software
No proprietary hardware required
Minimal operational disruption
-
Supports pilot deployments and incremental scaling
Compatible with RDT&E and rapid acquisition pathways
Demonstrates measurable performance improvement before procurement
Operational Impact
GCH delivers measurable capability expansion across defense and homeland security missions:
GCH is best understood through demonstration, not description.
We work directly with platform manufacturers, operational teams, and acquisition organizations to demonstrate measurable performance improvement using real systems and real data.
Request a demonstration to evaluate how GCH can enhance your existing systems.