AquaAirX Ground Control Station (GCS)

Precision Mission Control for Aerial, Underwater and Amphibious Operations

The Nerve Center of AquaAirX Drones

AquaAirX GCS is a unified, real-time mission control software built to operate both aerial and underwater drones with complete situational awareness. Designed for field teams, researchers, surveyors, and defense operators, the GCS provides an integrated interface for live telemetry, sonar visualization, mapping, camera feeds, and mission planning.

At a Glance:

Real-time control for aerial, underwater, and amphibious vehicles
Built-in sonar playback, live streaming, and terrain visualization
Integrated geospatial maps with ENC support
AI-assisted navigation, alerts, and future-ready automation
Modular architecture built using Qt/QML with Python extensions
Works in harsh environments with low latency and stable performance

Unified Cross-Domain Control

AquaAirX GCS merges the worlds of surface, sub-surface, and aerial robotics into a single mission interface. Operators can supervise drones that transition between air and water, switch control modes, monitor live sensor data, and manage navigation workflows without changing applications.

This cross-domain design ensures consistent command logic, synchronized mission data, and seamless situational awareness across all our vehicles—from AVATAAR (aerial) to NEXOR and HAUV (underwater) to the upcoming amphibious platforms.

Operator Experience & UI Design + Security & Reliability

AquaAirX GCS is engineered to be simple, intuitive, and efficient. The interface prioritizes clarity with well-structured panels, minimal clutter, and adaptive layouts. Operators can focus on the mission rather than the software, ensuring faster decisions and reduced cognitive load in complex conditions.

The user interface includes:

Clear visuals for live data and sensor streams
Night-mode and survey-grade color profiles
Low-latency rendering for smooth field operation
Clean icons, organized control panels, and responsive design

Combined with secure communication layers, stable backend processing, and robust error handling, the GCS delivers high reliability for mission-critical use. It maintains consistent performance in challenging maritime environments, rough weather, and low-bandwidth scenarios.