2025 Agenda

The aviation industry is experiencing a major shift as air traffic control (ATC) communications evolve from traditional analog systems to sophisticated full-IP architectures. This transformation isn’t just about technology upgrades—it’s about unlocking entirely new levels of operational efficiency, reliability, and safety.
This presentation will explore the compelling advantages of modern full-IP voice communication systems over legacy analog infrastructures. We’ll dive into how these advanced systems enable features like virtual centers for geographical redundancy, dual backbone connectivity for enhanced reliability, and holistic management systems that provide unprecedented operational visibility.
But here’s the challenge: with great power comes great responsibility. As ATC systems become more sophisticated and network-dependent, the need for real-time monitoring becomes critical. Traditional monitoring tools simply weren’t designed for the complexities of IP-based voice communications, creating dangerous blind spots in mission-critical systems.
Through compelling real-world case studies, we’ll demonstrate how proactive network monitoring can mean the difference between smooth operations and potential safety incidents. From detecting “ghost calls” caused by electromagnetic interference to preventing emergency frequency failures before they impact operations, these examples show why passive monitoring isn’t just helpful—it’s essential.
Attendees will learn about:
• Key architectural differences between analog and full-IP voice systems
• The operational benefits and challenges of IP-based ATC communications
• Why existing monitoring tools fall short for air-ground communications
• Real customer experiences with advanced voice quality assurance systems
• Practical insights for implementing effective network visibility solutions
The session will conclude with insights from actual deployments, including feedback from air navigation service providers who’ve successfully implemented these monitoring solutions in operational environments.