AirMaster is a professional playout automation platform engineered to deliver reliable, uninterrupted broadcast operations without dependency on proprietary hardware. Designed for seamless integration into any broadcast infrastructure, AirMaster takes full control of the playout chain — from scheduling and media management through to on-air execution — with minimal operator intervention and near-zero maintenance overhead.
The platform supports simultaneous operation across multiple video servers within a single playlist, regardless of manufacturer, eliminating vendor lock-in and providing the flexibility to work with existing facility infrastructure. Redundancy is built into the core architecture — in the event of a primary server failure, AirMaster automatically switches to the designated backup server with no manual intervention required, ensuring continuity of broadcast at all times.
All operational functions — including routing switcher control, manual device overrides, and real-time video preview — are consolidated within a single, intuitive GUI, reducing operator workload and minimizing the risk of on-air errors. The platform is engineered to be as accessible to operators as it is robust for engineers, striking the balance between operational simplicity and technical depth.
AirMaster includes a dedicated scheduling application for streamlined playlist management and program planning. Comprehensive as-run reporting is supported natively, with open interfaces for third-party traffic and billing systems, enabling smooth integration into existing operational workflows.
Key Features:
- Hardware-agnostic architecture with no proprietary hardware dependencies
- Multi-server playlist support across mixed-manufacturer environments
- Automatic failover from primary to backup server
- Integrated routing switcher control and manual device management
- Real-time video preview within the operator GUI
- Dedicated scheduling application with playlist management
- As-run report generation
- Third-party traffic system integration via open interfaces
- Control over a web interface