ATRAK
Precision Remote Control for Modern Airspace
Introducing the MAESTRO Digital Remote Tower solution for airports that demand high performance combined with agile scalability. This next-generation air traffic control system represents a new level of digitalization and flexibility in the provision of air navigation services, enabling operations to be delivered from a centralized location, independent of the physical airport site.
Using advanced camera systems, sensors, and digital visualization technologies, MAESTRO Digital Remote Tower allows air traffic controllers to maintain the same — or enhanced — level of situational awareness compared to traditional tower operations.
The solution integrates high efficiency, scalability, and cost-effectiveness with a strong emphasis on safety, supported by advanced digital tools such as AI-assisted tracking and enhanced vision capabilities.
From single-runway airports to complex multi-site control centres, MAESTRO ensures precise management of every movement, delivering Digital Remote Tower excellence for modern airspace management.
Key Advantages:
- Cost Efficiency: Eliminates capital expenditure for tower construction and maintenance; reduces operational costs by centralizing staff and resources
- Flexibility: Controllers can manage multiple airports from a single centre; resources scale with traffic demand
- Modern Working Environment: Attractive, collaborative workspace improves recruitment and staff retention
- Scalability: System grows with airport needs; can support contingency operations during emergencies
- Safety Enhancement: Advanced digital tools, AI-assisted tracking, and enhanced vision (especially night operations) improve safety metrics
- Contingency & Resilience: Centralized control enables rapid backup operations if one facility becomes unavailable
- Future-Ready: Platform for AI integration, automation, and emerging technologies (UTM, autonomous systems)
Design Principles
- Compact Architecture: U-shaped workstation efficiently manages multiple airports from one facility. Scalable camera masts adapt to terrain/weather.
- Adaptability to Any Environment: Engineered for extreme conditions using versatile component selection—from extreme temperatures/winds to humidity and dust. Night-optimized cameras eliminate daylight dependency. Seamlessly integrates with any existing ATM system, supports contingency operations.
- Scalability: Single control centre manages multiple airports at once. Scales easily from one runway to multi-airport setups—no system replacement needed.
- AI Speech Recognition & Communication Analysis: Real-time transcription of controller and pilot communications with procedural alerts enhancing controller situational awareness and safety. Automated detection of procedural deviations or communication errors.
- AI-Enhanced Object Tracking: Machine learning fuses optical + radar data to track aircraft, vehicles, and equipment—detecting beyond-radar objects (small aircraft, ground vehicles). Creates single authoritative tracks with automatic continuity across sensor zones.
Real-environment validation
- Seamless integration with live ATM infrastructure
- High-density traffic scenarios (multi-runway operations, peak hours, diverse aircraft types)
- 24/7 conditions including night operations, weather variations, and contingency procedures
- Continuous live data refinement of AI object tracking, automated safety alerts, and PTZ camera controls
Beyond-ATM applications discovered
- De-icing procedure verification and documentation, using visual detection
- Ground vehicle movement monitoring and conflict detection, using our AI-Enhanced Data Fusion Layer
- Engine start-up audio confirmation, using our AI Speech recognition solution
- Communication recording with automated transcription
- Additional statistics about taxiways use, using our AI-Enhanced Data Fusion Layer
- Report on radio frequencies usage during peak time activities
