Name: SES in the Evolution and Future of Satellite Technology
Start: 2025-03-11T12:00:00Z
End: 2025-03-11T12:00:08.000Z
Location: BrightTALK

With an integrated multi-orbit network of ~120 satellites and our global terrestrial network, we deliver resilient, seamless connectivity and the highest-quality video content to those shaping what’s next—from the skies above to the oceans below.

SES: The New SES

Explorer Robert Swan and SES's Gez Draycott discuss their preparations for a South Pole expedition

ClimateForce: Getting Ready for Antarctica

SES and 2041 Foundation/ClimateForce work together to live-stream vital information about climate change.

ClimateForce: Live from Antarctica

Telcos, enterprises, and network operators across industries agree: their networks need to reach further and become more resilient. Satellite operators, now able to combine the strengths of GEO, MEO, and LEO, are poised to deliver high-performance managed networks wherever needed, and provide scalable resiliency solutions for existing connectivity.
 
Join us as we explore the transformative role of satellite technology in shaping the next generation of global connectivity. This webinar, led by Nadine Allen, Global Head of Enterprise & Cloud for SES, and featuring several experts in key topics, will examine the rapidly evolving landscape of Non-Terrestrial Networks (NTN) and their integration into mainstream telecommunications.
 
Key highlights will include:

Direct-to-Device (D2D) Communications: Discover how satellite networks are enabling seamless connectivity directly to devices on the move, revolutionizing access in remote regions with less hardware
Emerging Satellite Use Cases: From connected vehicles to deploying AI beyond terrestrial connectivity, learn how satellite is becoming a critical enabler of intelligent, always-on applications across industries
3GPP Integration: Gain insights into how satellite operators ensure interoperability and scalability across terrestrial and non-terrestrial networks
Expanding reach and Applications: Explore how satellite is extending the reach of digital services to new frontiers—supporting cruise ships, remote enterprise networks, cloud service providers, and beyond
Whether you’re a satellite professional yourself, or have never explored the limitless reach of satellites, this webinar will provide a comprehensive overview of how space-based communications are not just complementing—but transforming—the global connectivity ecosystem.

From Orbit to Earth: How Satellite Communications Influence Real Transformation

Distribution All Elite Wrestling's (AEW) live events to viewers across the globe.

All Elite Wrestling: Delivering Live Action

Ensuring seamless delivery of premium sports content - anytime, anywhere and on any screen.

SES: Flawless Delivery

Delivering flawless live action from inside the ring to audiences worldwide.
Read the case study: https://www.ses.com/case-study/all-elite-wrestling

All Elite Wrestling: AEW Grand Slam

Delivering unmatched connectivity above the clouds, together with Collins Aerospace and SES

Collins Aerospace: Luxstream

SES is providing fibre-like connectivity in the sky, together with Collines Aerospace.
Read the case study here: https://www.ses.com/case-study/collins-aerospace

Collins Aerospace: Unrivalled Connectivity

Unlocking Efficiency, Safety, and Innovation Through Advanced Digital Solutions

As the energy industry accelerates its digital transformation, seamless and reliable connectivity is no longer optional—it’s essential. From optimising operations to ensuring crew welfare and business resilience, connectivity is the key to unlocking new levels of efficiency. 

But how can oil & gas companies harness digital technologies to unlock their full potential?

Join industry leaders from SES and Marlink in this exclusive webinar as we explore how smarter, more reliable connectivity solutions drive operational efficiency, enhance crew safety, and enable oil & gas operations to scale digitalisation effectively. 

Gain insights into real-world implementations, key lessons learned, and how enterprises overcome integration challenges to achieve long-term success.

Driving Innovation In The Energy Industry: Reliable Connectivity That Transforms

Mastering the complexity of delivering rally car racing live to fans worldwide

World Rally Championship: Beyond the Finish Line

One in twenty live events that SES delivers is motorsports

World Rally Championship: Global Distribution

Enabling the live delivery of World Rally Championship content to viewers around the world

World Rally Championship: From Track to Screen

Ensuring seamless delivery of live content from anywhere to any device together with AFP

AFP: Delivering Breaking News

Providing crucial satellite connectivity to Mercy Ships floating hospitals across the globe.

Mercy Ships: Lifesaving Healthcare

Join SES’s VP of Service Delivery, Gez Draycott, and discover what SES-17 means for the world of Telco including SES-17 ability to automatically manage load balancing, prioritise traffic exactly where needed - connecting offshore platforms, offices or communities in under-served areas.

SES-17 & Telco

EAGLE-1 (Part 2) - An introduction to Europe's first satellite Quantum Key Distribution system

EAGLE-1 (Part 2)

EAGLE-1 (Part 1) - An introduction to Europe's first satellite Quantum Key Distribution system.

EAGLE-1 (Part 1)

A technical overview of how this new satellite network delivers a high standard of inflight connectivity in the world of aviation.

SES Open Orbits

Join SES’s VP of Service Delivery, Gez Draycott, and learn about the partnership SES has with Thales Avionics and how together they’re providing seamless connectivity to commercial airline passengers over the Americas and North Atlantic Ocean.

SES-17 & Aviation

A closer look at O3b mPOWER gateways and the benefits they bring to SES customers.

Gateways

Join Michael Geist, Vice President of Product Management at SES Space and Defence, as he delves into the critical value of utilizing all orbits for optimal connectivity. This video explores two key con-cepts: coverage, latency, and congestion; and availability and scalability. Learn about the unique characteristics and benefits of low-Earth orbit (LEO), medium-Earth orbit (MEO), and geostationary Earth orbit (GEO) in terms of coverage area, latency, and congestion. Understand how each orbit serves different applications, from internet traffic to enterprise and broadcast connectivity. Discover how combining these orbits fills coverage gaps and provides the best availability and scalability for users globally. Michael concludes with real-world use cases demonstrating the seamless integra-tion of all orbits to deliver superior connectivity solutions.
Through this video you will learn:
• Coverage, Latency, and Congestion: Understand the differences in coverage area, latency, and congestion across LEO, MEO, and GEO.
• Application Suitability: Learn which orbits are best suited for internet traffic, enterprise ap-plications, and broadcast connectivity.
• Availability and Scalability: Discover how combining all orbits enhances global coverage, reduces congestion, and improves scalability.
• Real-World Use Cases: See practical examples of how all orbits work together to provide optimal connectivity for various applications.
• SES's Multi-Orbit Strategy: Gain insights into SES's investment in multi-orbit solutions to deliver best-in-class services to customers.

The Value of All Orbits: Enhancing Connectivity with Satellites

Join Hira Muzammil, Director of Software Architecture and Development at SES, as she introduces ARC (Adaptive Resource Control), the innovative software designed to control and configure SES's next-generation satellite constellations. Learn why ARC is essential for serving diverse market segments, including Enterprise, Cloud, Government, Energy, and Maritime services. Discover how ARC manages complex requirements and provides tailored connectivity solutions using SES's O3b and O3b mPOWER constellations. Explore the detailed workings of ARC, from processing service orders to creating frequency plans and managing resources across the SATCOM and Core Transport Network domains. Understand the continuous optimization process of ARC and its future capabilities for multi-orbit connectivity.
Through this video you will learn:
• Introduction to ARC: Understand the purpose and significance of ARC in managing SES's satellite constellations.
• Market Segments and Requirements: Learn about the diverse market segments served by SES and their unique connectivity needs.
• How ARC Works: Explore the end-to-end process of how ARC controls and configures satellite services, from order processing to resource management.
• Resource Management: Discover the resources controlled by ARC, including power, frequency, and bandwidth, and how it adapts to changing conditions.
• Continuous Optimization: Understand ARC's continuous closed-loop optimization process and its ability to adjust plans based on real-time data.
• Future Capabilities: Gain insights into the future capabilities of ARC, including multi-orbit connectivity and rapid software updates.

ARC: Adaptive Resource Control for Next-Generation Satellite Constellations

Join Pierre Penven, Senior Manager for Space Software Systems at SES, as he explains the importance and functionality of gateway switching using SES's ARC (Adaptive Resource Control) software. Learn why gateway switching is essential for mobility customers, such as cruise ships, which travel between different regions and require seamless connectivity. Discover how ARC automates the gateway switching process, improving efficiency and customer experience. Explore the future potential of ARC to autonomously manage gateway switching based on real-time movement and connectivity needs.
Through this video you will learn:
• Importance of Gateway Switching: Understand why gateway switching is crucial for mobility customers and how it ensures continuous connectivity.
• How Gateway Switching Works: Learn the step-by-step process of how ARC manages gateway switching, from establishing initial links to transitioning between gateways.
• Automation with ARC: Discover how ARC automates the gateway switching process, reducing manual intervention and improving efficiency.
• Future Capabilities: Gain insights into the future potential of ARC to autonomously manage gateway switching based on real-time data.
• Enhanced Customer Experience: Understand how ARC improves customer experience by providing seamless connectivity with minimal outages.

Gateway Switching with ARC: Enhancing Connectivity for Mobility Customers

Join Shruti Vyas, Director of the IRIS program at SES, as she introduces the groundbreaking IRIS² ini-tiative. Discover how IRIS², a consortium led by SES and partnered with industry giants like Eutelsat, Hispasat, Airbus, and Thales, is set to transform secure connectivity for governmental users world-wide. Learn about the multi-orbit architecture of IRIS², combining MEO, LEO, and low LEO satellites to provide resilient, encrypted, and flexible connectivity solutions. Explore the unique features of IRIS², including 5G compatibility, transparent mode for proprietary waveforms, and hosting capabili-ties for various payloads. Understand the different services offered by IRIS², catering to both gov-ernmental and commercial users with committed SLAs and low latency. Witness the future of se-cure connectivity through IRIS²'s evolving constellation and integrated network systems.
Through this video you will learn:
• Introduction to IRIS²: Understand the concept and architecture of IRIS², including its multi-orbit design and global coverage.
• Benefits of Multi-Orbit Solutions: Learn how combining MEO, LEO, and low LEO satellites enhances resilience, security, and flexibility.
• Secure Connectivity Services: Discover the end-to-end encrypted services provided by IRIS² for governmental users worldwide.
• Innovative Features: Explore the transparent mode for proprietary waveforms, 5G compati-bility, and hosting capabilities for various payloads.
• Service Offerings: Gain insights into the different services provided by IRIS², including ro-bust and assured services for various users.
• Future Prospects: Understand the evolving nature of IRIS²'s constellation and its role in cre-ating a connected network of network systems for secure connectivity.

IRIS²: Revolutionising Secure Connectivity with Multi-Orbit Satellite Solutions

In this presentation, Brady Spenrath discusses the importance of satellite backup services in mitigating the impact of unexpected events on network operations. He highlights innovative solutions that cater to both portable and fixed backup needs, ensuring resilient and redundant networks. Through various use cases, Brady illustrates how satellite technology can effectively manage scenarios such as natural disasters, temporary spikes in demand, and critical infrastructure needs.
Key Takeaways:
1. Importance of Network Resilience:
o Unexpected events can severely disrupt network operations.
o Backup services are crucial for maintaining connectivity during crises.
2. Satellite Backup Solutions:
o Portable Needs: Solutions that can move capacity around as needed.
o Fixed Backup Options: Ensuring critical locations have resilient, redundant networks.
3. Use Cases:
o Natural Disasters: Re-establishing communications quickly for first responders and residents.
o Temporary Demand Spikes: Managing high capacity needs during events like music festivals.
o Test Markets: Evaluating readiness for network upgrades without permanent investments.
4. Satellite Technology:
o Comms on the Pause: Flexible, portable connectivity solutions.
o Link Agility: Permanent backup solutions with intelligent traffic routing.
5. Benefits of Satellite Solutions:
o Rapid deployment and re-establishment of communications.
o High throughput and scalable connectivity.
o Ensuring continuous service during primary network failures.

Ensuring Network Resilience with Satellite Backup Services

Join Brady Spenrath, Manager of Product Marketing at SES, as he delves into the intricacies of satellite networks beyond the satellites themselves including: 
1. User Terminals:
o Understand the key parts of a user terminal, including the antenna and modem
o Learn how parabolic antennas and modems work together to convert satellite signals into usable data
o Explore how customers design their own networks using routers and other hardware
2. Customer Managed Gateways:
o Discover how mobile network operators extend their core networks using satellite gateways
o Gain insights into the larger antennas, modems, and routers used in customer-managed gateways
o Understand the similarities between user terminals and gateways in terms of signal processing and routing
3. SES Managed Gateways:
o Learn about the extensive setup at SES gateways, including multiple antennas and shared hardware platforms
o Understand the advantages of shared hardware in SES-managed gateways, providing cost savings and enhanced network intelligence
o Explore the various services supported by SES gateways, from networking to television broadcasting
4. Private Line Use Case:
o Learn how SES facilitates private line connections for customers needing secure, dedicated communication channels
o Understand the role of POPs in creating global private networks
o Explore a use case where a company maintains a private line from its headquarters to remote locations
5. Streaming Service Use Case:
o Discover how SES gateways connect users to the public Internet for streaming services and general web access
o Learn about the redundancy measures in place to ensure consistent Internet connectivity
o Understand how end users, such as cruise passengers, benefit from seamless streaming services
6. Cloud Use Case:
o Explore how SES creates private connections to major cloud service providers
o Understand the SES Cloud Direct service and its benefits for customers with cloud-based workflows

Understanding the Ground Segment of Satellite Networks: From User Terminals to Managed Gateways

In this presentation, Brady Spenrath discusses the history of SES innovation in the satellite industry and the cutting-edge advancements being developed today. He highlights key milestones that have shaped the industry, such as co-locating multiple satellites, leveraging medium earth orbit (MEO) communications, and utilizing reusable rockets. Brady also explores the latest trends, including multi-orbit solutions, non-terrestrial networks, and the integration of AI in satellite operations.
Key Takeaways:
1. Historical Innovations:
o Co-locating Multiple Satellites: Enhancing capacity and coverage by positioning multiple satellites in a single orbital slot.
o Medium Earth Orbit (MEO) Communications: Combining the benefits of geostationary (GEO) and MEO satellites for optimal coverage and performance.
o Reusable Rockets: Pioneering the use of reusable rockets to reduce costs and improve sustainability.
2. Milestones in Satellite Technology:
o First Live 4K Broadcast: Delivering high-definition live broadcasts globally via satellite.
o 5G Backhaul Over Satellite: Proving the feasibility of delivering true 5G services using satellite networks.
3. Current and Future Innovations:
o Multi-Orbit Solutions: Integrating GEO, MEO, and low earth orbit (LEO) satellites to provide comprehensive coverage and capacity.
o Non-Terrestrial Networks (NTNs): Supporting high altitude platforms (HAPs) and LEO satellites for continuous connectivity and data offloading.
o AI Integration: Utilizing AI to optimize data processing and network management.
4. Applications and Benefits:
o Disaster Recovery: Rapid deployment of satellite services to restore communications in disaster-affected areas.
o Event Connectivity: Providing temporary high-capacity connectivity for large events and remote locations.
o Digital Transformation: Extending digital services to the edge of networks and beyond, enhancing connectivity and data management.

Pioneering Innovations in Satellite Technology

Brady Spenrath, Product Marketing Manager for Enterprise and Cloud at SES, provides insights into how SES supports the growing demand for connectivity as billions of devices come online. 
1. Introduction:
o Understand the expected growth in connected devices by 2030 and the challenges posed by this increase
o Learn how the shift from human-centric to device-centric Internet usage has influenced the development of 5G
2. SES’s Private 5G & IoT Ecosystem:
o Discover how O3b mPOWER satellites are designed to handle high upload speeds, crucial for IoT applications
o Understand how SES collaborates with edge compute providers to optimize data flow and reduce total cost of ownership
3. SES in the World of 5G & IoT:
o Discover how 5G technology supports the vast number of IoT devices with ultra-low latency and high throughput
o Understand the reasons for deploying private 5G networks, especially in industries like mining
o Learn about the role of edge compute nodes in managing and directing data traffic
4. SES's Role:
o Explore how SES's satellites provide low latency and high throughput to support 5G and IoT applications
o Understand how SES enables data to travel from remote locations to anywhere in the world
5. Applications and Use Cases:
o Learn about the deployment of private 5G networks in mining operations to support smart sensors, security cameras, and autonomous machinery
o Discover how edge compute nodes determine whether data should be stored locally or sent to the cloud for further analysis
o Explore specific use cases where SES's satellite connectivity supports critical operations and communication
6. What This Ecosystem Enables:
o Learn about the smart visual analysis demonstration by SES and NTT at MWC 2024, showcasing 5G-enabled cameras for safety compliance
o Understand the concept of digital twins in FPSOs
Part 2 of 2. Watch Part 1 here: https://www.brighttalk.com/webcast/20731/638195

Private 5G & IoT (Part 2): The Role of SES in the Future of Connectivity

Brady Spenrath, Product Marketing Manager for Enterprise and Cloud at SES, provides insights into how SES supports the growing demand for connectivity as billions of devices come online. 
1. Introduction:
o Understand the expected growth in connected devices by 2030 and the challenges posed by this increase
o Learn how the shift from human-centric to device-centric Internet usage has influenced the development of 5G
2. SES’s Private 5G & IoT Ecosystem:
o Discover how O3b mPOWER satellites are designed to handle high upload speeds, crucial for IoT applications
o Understand how SES collaborates with edge compute providers to optimize data flow and reduce total cost of ownership
3. SES in the World of 5G & IoT:
o Discover how 5G technology supports the vast number of IoT devices with ultra-low latency and high throughput
o Understand the reasons for deploying private 5G networks, especially in industries like mining
o Learn about the role of edge compute nodes in managing and directing data traffic
4. SES's Role:
o Explore how SES's satellites provide low latency and high throughput to support 5G and IoT applications
o Understand how SES enables data to travel from remote locations to anywhere in the world
5. Applications and Use Cases:
o Learn about the deployment of private 5G networks in mining operations to support smart sensors, security cameras, and autonomous machinery
o Discover how edge compute nodes determine whether data should be stored locally or sent to the cloud for further analysis
o Explore specific use cases where SES's satellite connectivity supports critical operations and communication
6. What This Ecosystem Enables:
o Learn about the smart visual analysis demonstration by SES and NTT at MWC 2024, showcasing 5G-enabled cameras for safety compliance
o Understand the concept of digital twins in FPSOs
Part 1 of 2. Watch Part 2 here: https://www.brighttalk.com/webcast/20731/638197

Private 5G & IoT (Part 1): The Role of SES in the Future of Connectivity

In this presentation, Karl Horne expands on the evolving role of satellite technology in enabling digital transformations by focusing on maritime operations. He highlights the shift from traditional broadband connections to advanced digital applications on vessels, including private 5G, IoT, edge computing, and AI. Karl explores the impact of these technologies on fuel efficiency, emissions control, and operational costs, as well as their role in reducing time in port through automated manifests.
Key Takeaways:
1. Evolution of Maritime Connectivity:
o Transition from broadband Internet to performance-driven digital applications.
o Integration of private 5G, IoT, edge computing, and AI on vessels.
2. Technological Impact:
o Fuel Efficiency: Autonomous inspections and optimized fuel consumption can lead to significant savings.
o Paperless Workflows: Digital transmission of documents reduces operational costs.
o Operational Cost Reduction: Technologies can save millions annually per vessel.
3. Environmental Benefits:
o CO2 Emissions Control: Monitoring and reducing emissions through connected sensors and satellite backhaul.
o Compliance with Regulations: Meeting mandates set by organizations like the International Maritime Organization.
4. Operational Efficiency:
o Automated Manifests: Reducing time in port and associated costs through continuous visibility and traceability.
o Private 5G Roaming: Seamless transition from open seas to port environments, maintaining connectivity.
5. Role of Satellite Technology:
o Multi-Orbit Solutions: Leveraging GEO, MEO, and LEO satellites for comprehensive coverage and capacity.
o Digital Infrastructure: Combining cloud resources with satellite communications for robust network performance.
Watch Part 1 here: https://www.brighttalk.com/webcast/20731/638226

Space Powered Business Outcomes (Part 2): Transforming Maritime Operations with Satellite Technology

In this Lightboard presentation, Karl Horn discusses the impact of digital technologies and transformations on business outcomes across various market segments. He highlights the concept of a space-connected cloud and space-enabled digital transformations, illustrating how these innovations lead to significant efficiencies and cost savings. Karl explores use cases in the oil and gas and energy sectors, showcasing the benefits of adopting IoT, 5G, blockchain, and AI technologies.
Key Takeaways:
1. Space-Connected Cloud:
o Connectivity Services: Ensuring endpoints can connect to the cloud from anywhere.
o Cloud to Anywhere: Pushing cloud capabilities to remote and mobile segments.
2. Digital Toolkit:
o Networking Digital Technologies: Constructing digital applications and transformation projects.
o Digital Stack: Offering comprehensive solutions that drive space-powered business outcomes.
3. Oil & Gas Use Case:
o Adoption of Digital Technologies: IoT, 5G, blockchain, and AI for operational insights.
o Business Efficiencies: Significant reductions in power consumption, maintenance costs, and inspection times.
4. Energy Sector Innovations:
o FPSOs (Floating Production Storage and Offloading Facilities): Ensuring continuity of operations and protecting high-value assets.
o Corrosion Detection: Using 5G cells and robotic drones for monitoring and maintenance.
5. Benefits of Digital Transformations:
o Operational Cost Savings: Reducing expenses through efficient digital applications.
o Enhanced Performance: Improving productivity and safety in industrial sites.
Watch Part 2 here: https://www.brighttalk.com/webcast/20731/638233

Space Powered Business Outcomes (Part 1): Driving Business Outcomes with Digital Transformations Anywhere

Join Karl Horne as he explores the architectural enhancements of private 5G technology and its integration with satellite communications. During this 8-minute presentation, you will learn how SES delivers wide area connections to create hybrid networks, enabling digital applications and transformations across various sectors, including maritime, oil and gas, and disaster response.
Key Takeaways:
1. Hybrid Network Architecture: Combining private 5G bubbles with satellite communications creates flexible and robust connectivity solutions for remote and challenging environments.
2. Enhanced Operational Efficiency: Private 5G enables improved container tracking, crew management, and automated processes, reducing downtime and increasing productivity in maritime and oil and gas sectors.
3. Disaster Response: Private 5G and satellite communications support critical applications like drone-based wildfire monitoring, enhancing evacuation planning and saving lives and property.
Watch Part 1 here: https://www.brighttalk.com/webcast/20731/638235

Private 5G (Part 2): Hybrid Networks & Combining Private 5G and Satellite Communications

Join Karl Horne as he explores the transformative impact of private 5G technology on digital transformations. Learn how private 5G networks, designed for contained communities, offer enhanced connectivity, security, and cost-effectiveness, enabling critical applications like IoT and digital twins to thrive in remote and industrial environments.
During this 8 minute presentation, you will learn about how this Private 5G networks provide:
1. Enhanced Connectivity: Private 5G networks provide high-speed, low-latency connectivity, essential for supporting advanced digital applications and IoT devices.
2. Security and Control: These networks offer superior isolation and security, making them ideal for enterprise and government use, ensuring reliable and secure communications.
3. Cost-Effectiveness: Private 5G is more cost-effective than previous generations of mobility and other wireless communications, making it a practical choice for industrial and remote deployments.
Watch Part 2 here: https://www.brighttalk.com/webcast/20731/638227

Private 5G (Part 1): Unlocking the Power of Private 5G

Satellite Insights by SES

In this presentation, Brady Spenrath from SES walk us through an exploration of the rich history of satellite technology, highlighting key milestones and innovations that have shaped the industry, and the role SES has played throughout. From the launch of the first geosynchronous satellites to the development of multi-orbit networks, we examine how these advancements have paved the way for today's cutting-edge solutions. We also look ahead to the future, discussing emerging technologies and partnerships that will continue to drive the industry forward.
The video covers:
1. Historical Milestones: Founding and Early Growth, Satellite Co-Location and Major Acquisitions
2. Innovations in Satellite Technology: Medium Earth Orbit (MEO) Satellites, High-Definition and Ultra HD Broadcasting, Reusable Rockets.
3. Current and Future Developments: O3b Empower Network: Launching the next generation of MEO satellites for ultra high throughput and low latency connectivity, Private 5G Deployments, Multi-Orbit Solutions.
4. Applications and Benefits: Industry 4.0 and IoT, Comms on the Pause, Global Connectivity.
5. Looking Ahead: Continued Innovation, Partnerships.

SES in the Evolution and Future of Satellite Technology

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SES in the Evolution and Future of Satellite Technology

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