Session 1.8e Tutorial: LEO Satellite Communications: Supporting Critical Defence Missions and Transforming the Communications Landscape
Tracks
| Tuesday, November 12, 2024 |
| 4:00 PM - 5:00 PM |
| Sutherland Theatre |
Details
This presentation will delve into the profound changes brought about by LEO satellites in the Australian and global communications landscape.
The application of LEO technology goes beyond conventional communications, as it holds immense potential in supporting critical defence mission-sets. From civil and community support to a national defence perspective, LEO satellite communications have proven to be a game-changer in enhancing mission effectiveness and communication capabilities.
Vocus, a leader in the field, has emerged as a major provider of LEO services in Australia. Furthermore, the company plays a pivotal role as an enabler of ground infrastructure to the space sector, making it a driving force behind the successful implementation and expansion of LEO satellite services.
Attendees will learn from Ashley Neale, the space and satellite lead from Vocus and Dr Matt Ilic, the Development Manager - Government & Strategic Projects at Vocus. The audience will gain insights into the market dynamics propelling the evolution of LEO satellite communications. Additionally, Matt will highlight user experiences that demonstrate the practical advantages and opportunities this technology offers.
Ashley will delve into the future of LEO technology, providing attendees with valuable projections on how it will continue to shape the communications landscape and strengthen defence missions on both national and global levels.
Speaker
Mr Ashley Neale
Development Manager - Satellite & Infrastructure
Vocus
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Biography
As the Space and Satellite Lead at Vocus, Ashley Neale works with Australian and international businesses to support them to build critical telco infrastructure in the APAC region that enables access to new space and satellite technology. During his career Ashley has worked with the satellite industry and gained an understanding of the operational requirements and dependence on satellite communications.
