Homefront Innovation.
Frontline Solutions.
Our Research & Development
GALE's R&D program moves technology from concept to field-validated product across three core areas:
Autonomous Hardware — Expanding drone docking autonomy, reducing system footprint, and improving multi-environment reliability across our modular platform.
AI-Powered Detection — Advancing radar signal processing, RF signature identification, and AI-driven classification to improve detection accuracy and range.
Space Robotics (GALEx) — Applying our autonomous docking expertise to space rover docking and defense. Learn more HERE
Counter UAS Systems (LoMas) — Applying our modular GALE System and incorporating novel solutions.
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Drone & Perimeter Security Systems for Defense Applications
Defense & R&D
GALE Project builds modular, AI-powered autonomous drone docking systems, perimeter monitoring platforms, and counter-UAS systems engineered for the demands of defense, force protection, and critical infrastructure security. Our work is backed by an active research and development program spanning autonomous hardware, AI-driven sensing, resilient communications, and space robotics.
Solutions for Defense & Perimeter Security
Unmanned aircraft are a persistent threat at the perimeter of secure facilities, forward operating locations, and critical infrastructure. GALE's platform combines fixed-site sensing with on-demand drone deployment and dedicated detection hardware to close the gap between initial detection and a confirmed response.
GALE Modular System — An autonomous drone dock and monitoring station combining PTZ cameras, environmental sensors, two-way alert communication, and drone launch-and-return. Deployable at fence lines, checkpoints, and remote sites.
Learn more HERE
HaloDome Drone Radar — Designed to go within the GALE System, our passive detection and tracking of unmanned aircraft approaching a protected perimeter, giving security teams early warning to assess and respond.
Pinger — A wearable situational solution for the frontline warfighter.
Systems are engineered around redundant, multi-protocol connectivity (WiFi, cellular, satellite, LoRa mesh) with AES-256 encrypted communications, designed to stay connected even in degraded or contested network environments.
NDAA & ITAR Compliant