Monday Closing Keynote: Revolutionizing All-Domain Mesh Networks at Planetary Scale
Updated: November 19, 2024
Summary
The video introduces Illyria's co-founders, Chris Taylor and Brian Barrett, discussing their revolutionary approach to all domain mesh networks on a planetary scale. It delves into the historical evolution of artificial satellites, Illyria's recent acquisition from Google focusing on space-time technology, and the mission to enhance connectivity ubiquity. The video showcases a live demonstration of space-time technology operating a complex network, supporting various domains, and facilitating interoperability between network operators. It also emphasizes partnerships with government agencies and commercial entities to further develop space-time capabilities for future 5G Advanced and 6G non-terrestrial networks. Finally, the closing remarks highlight the platform's potential, inviting engagement with industry professionals to tackle network complexities.
TABLE OF CONTENTS
Introduction to the Keynote Presentation
Speaker Introduction - Chris Taylor
Historical Context of Artificial Satellites
Illyria Acquisition and Technologies
Mission and Vision of Illyria
Space-time Technology Overview
Live Demonstration of Space-time
Partnerships and Future Applications
Introduction to Technology in Public Sector
Integration of Assets into Common Platform
Tie-in with Future 5G Advanced and 6G Networks
Commitment to Supporting Service Management
Enabling Orchestration of Future Networks
Closing Remarks and Invitation to Collaboration
Introduction to the Keynote Presentation
An introduction to the closing keynote presentation by Illyria's co-founders Chris Taylor and Brian Barrett, focusing on revolutionizing all domain mesh networks at a planetary scale.
Speaker Introduction - Chris Taylor
Background info on Chris Taylor, CEO and co-founder of Illyria, highlighting his previous roles, experience in the U.S. Marine Corps, and current advisory positions.
Historical Context of Artificial Satellites
Discussion on the historical evolution of artificial satellites from Jules Verne's writings to the present day, including Explorer one, Sputnik, and the space race.
Illyria Acquisition and Technologies
Details on Illyria's recent acquisition from Google, including Space-time and typing, focusing on the aim to improve connectivity and the demonstration of space-time technology.
Mission and Vision of Illyria
Explanation of Illyria's mission to enhance connectivity ubiquity, the importance of SDN, and the demonstration of connecting land, sea, and space at any orbit or frequency.
Space-time Technology Overview
Detailed explanation of space-time technology, including its software-defined networking approach, digital twin concept, and support for various domains and frequency bands.
Live Demonstration of Space-time
Live demonstration showcasing how space-time operates a complex network, handles unexpected events, supports various domains like lunar connectivity, and facilitates interoperability between network operators.
Partnerships and Future Applications
Discussion on partnerships with government agencies, commercial entities, and system integrators to further develop space-time capabilities and enable interoperability for various applications.
Introduction to Technology in Public Sector
Exploring the use of space-time as a systems integrator to bring technology to U.S public sector customers and the importance of open-source software APIs for achieving a common control plane for space networks.
Integration of Assets into Common Platform
Discusses the integration of assets into a common platform, avoiding vendor lock-in through open-sourcing APIs, and providing ways to describe assets' motion, orbits, and service requests.
Tie-in with Future 5G Advanced and 6G Networks
Exploring the alignment of the industry around the economies of scale of global modems, architectures, means for authentication, and core network integration for future 5G Advanced and 6G non-terrestrial networks.
Commitment to Supporting Service Management
Highlighting the commitment to supporting service management and orchestration of non-geostationary constellations in the context of 5G and TN air interface to handsets, focusing on partnership and contributions to the Telecom infra project.
Enabling Orchestration of Future Networks
Discussing the commitment to evolving Oran APIs to support orchestration of 5G NT and 6G networks, partnering with industry players to build integrations and address the increasing complexity in networks.
Closing Remarks and Invitation to Collaboration
Closing remarks on the technology platform's potential, invitation to engage with the team for discussions, and expressing readiness to partner with industry professionals to tackle network complexities.
FAQ
Q: What is the historical evolution of artificial satellites discussed in the file?
A: The historical evolution of artificial satellites from Jules Verne's writings to the present day was discussed, including notable satellites like Explorer one, Sputnik, and the space race.
Q: What recent acquisition from Google does Illyria focus on?
A: Illyria's recent acquisition from Google includes Space-time and typing, with a focus on improving connectivity and demonstrating space-time technology.
Q: What is the mission of Illyria in terms of connectivity enhancement?
A: Illyria's mission is to enhance connectivity ubiquity, emphasizing the importance of SDN (Software-Defined Networking) and demonstrating the connection of land, sea, and space at any orbit or frequency.
Q: What is space-time technology in the context of the discussion?
A: Space-time technology was detailed as having a software-defined networking approach, a digital twin concept, and support for various domains and frequency bands.
Q: How does space-time technology demonstrate handling unexpected events in a network?
A: The live demonstration showcased how space-time operates a complex network, handles unexpected events, supports various domains like lunar connectivity, and facilitates interoperability between network operators.
Q: What partnerships were discussed in the file related to space-time technology development?
A: Discussed partnerships included collaborations with government agencies, commercial entities, and system integrators to further develop space-time capabilities and enable interoperability for various applications.
Q: What role does open-source software APIs play in the discussion of space networks?
A: Open-source software APIs were highlighted for achieving a common control plane for space networks, avoiding vendor lock-in through open-sourcing APIs, and providing ways to describe asset motion, orbits, and service requests.
Q: How does Illyria aim to support orchestration of non-geostationary constellations in the context of 5G?
A: Illyria expresses commitment to supporting service management and orchestration of non-geostationary constellations in the context of 5G and TN air interface to handsets, focusing on partnership and contributions to the Telecom infra project.
Q: What was highlighted in terms of the commitment to evolving Oran APIs in the file?
A: The commitment was discussed to evolving Oran APIs to support orchestration of 5G NT and 6G networks, partnering with industry players to build integrations and address the increasing complexity in networks.
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