FREQUENTIS and PCCW Global Successfully Showcase Advanced Air Traffic Management System in Hong Kong
- Significant step towards modernising air traffic management in the Asia-Pacific region
- The event highlighted how system-wide information management (SWIM) technology can improve situational awareness and streamline flight management
- Frequentis provided key systems for data collection, exchange, and display, supporting seamless information management
Frequentis, in collaboration with PCCW Global, recently highlighted the benefits of advanced air traffic management technology for the Asia-Pacific region during an event in Hong Kong. The demonstration emphasised the practical advantages of utilising system-wide information management (SWIM) technology over the common regional virtual private network (CRV). This joint initiative is a significant step towards modernising air traffic management in the Asia-Pacific region.
The primary objective of this two-day event was to showcase the feasibility and advantages of integrating SWIM data over CRV, while also encouraging Asia-Pacific states to adopt SWIM within the implementation timelines of 2024-2030, as outlined by the Asia/Pacific Air Navigation Planning and Implementation Regional Work Group (APANPIRG).
John Fort, CEO at Frequentis California, Inc., said:The successful demonstration of SWIM over CRV offers numerous benefits to users, including enhanced situational awareness and improved decision-making capabilities.
Air traffic controllers and operators will have access to real-time, accurate information, leading to more efficient and safer air traffic management. This integration ensures that destinations, such as Hong Kong, can be aware of incoming flights well in advance, optimising flow management and reducing delays.
Frequentis played a key role in the event by providing systems that enable the smooth sharing and display of crucial surveillance, flight, and weather information. Their technology ensures that real-time data is collected, shared, and displayed effectively, allowing air traffic operators to manage flights with greater accuracy and efficiency.
This article was originally published by Frequentis.
