Constellations, a New Space and Satellite Innovation Podcast

5G technology holds the promise of the seamless integration of satellite and telco networks – a critical development as the demand for global connectivity grows. Listen to a panel of experts discuss the convergence of satellite and telecommunications infrastructure from both a technology and a business case perspective.

Mega-constellations like Starlink are reshaping the satellite industry—and traditional operators are looking to gain competitive advantage. In this episode, Lluc Palerm, Research Director at Analysys Mason, shares key insights from a recent white paper on how software-ground systems can help legacy players compete. He will discuss what strategies can help operators thrive in the era of space disruption. Register for the upcoming webinar here. Get the white paper here.

In this episode, Colonel Richard Kniseley from the Space Systems Command's Commercial Space Office (COMSO) delves into the U.S. military's strategy for incorporating commercial space capabilities to strengthen national defense. Col. Kniseley outlines the "buy before build" approach, discusses the benefits of commercial services like satellite communications and tactical surveillance for military readiness, and highlights the growing role of industry partnerships in space domain awareness. Learn about the Commercial Augmentation Space Reserve (CASR) program and its tailored frameworks for commercial space providers, offering insights into how the U.S. Department of Defense is adapting its acquisition processes and funding models to accelerate innovation and meet evolving warfighter needs.

Industry leaders dive deep into the revolutionary potential of software-defined satellites and how these satellites are transforming the way operators can dynamically adjust capacity and coverage in orbit to meet customer demand, opening doors to new revenue streams and innovative services. Hear from experts on how a more dynamic ground system plays a key role in unlocking these possibilities and providing a competitive edge. Don't miss this inside look at the future of satellite technology!

On the Constellations Podcast, the overall importance of GPS by commercial and military will be discussed. Hear from Ian Canning, President and CEO of the Eutelsat America Corporation and OneWeb Technologies Inc. (EACOWT) as he discusses reasons and strategies to support position, navigation and timing. He will also describe the capabilities of operators in LEO to enhance resiliency for government communications, especially in regards to GPS/GNSS challenged environments. Hear Ian talk about the role LEO is playing in the evolution of U.S. military satellite communication, driven by the need for faster decisions which require faster connectivity. Mr. Canning emphasizes that LEO constellations have specific advantages when it comes to resiliency, such as the difficulty to target and take out an entire LEO system versus one GEO satellite.

Direct-to-Device satellite connectivity is being touted as a way to bridge terrestrial connectivity gaps, and the past year has seen major developments in the D2D space. Jacques Leduc, CEO of Terrestar Solutions and a founding member of the Mobile Satellite Services Association discusses how 3GPP 5G standards, access to spectrum and partnerships will drive the D2D market going forward.

​​The satellite industry is transforming with software-defined networking, unlocking global connectivity anywhere, anytime. Software-defined satellites, which can shift capacity on-demand, are key to this change, enabling flexible business models to meet evolving needs. Carmel Ortiz, Senior VP of Technology and Innovation at Intelsat, joins us to discuss how these satellites are revolutionizing the industry and addressing market challenges. Tune in to learn about the future of connectivity.  As a complement to this podcast and to get the full ground and satellite story, check out the Satellite World podcast that focuses on how software-defined ground supports these new flexible payloads.

In a disrupted industry, new innovations and unique ways of thinking are more important than ever. In this podcast, hear from John Gedmark – CEO and Co-Founder at Astranis Space Technologies – about his knowledge on changing small GEO satellite technology, new military applications, and the shift toward scaled GEO deployments.

Communications networks underpin the services and applications that are critical to consumer well-being and business growth, which has amplified the impact of network outages. In this episode, Sergy Mummert, SVP, Sales Global Cloud & Strategic Partnerships at SES Networks, joins us to discuss how advances in satellite technology are enabling a more resilient network fabric.

While LEOs may be receiving most of the attention, an emerging technology is rising to the stratosphere in the form of High Altitude Platform Stations (HAPS). HAPS have the potential to unlock the Earth's stratosphere and enhance global connectivity, offering significant opportunities across various industries, including telecommunications, high-resolution Earth observation, weather prediction, and modeling. Though both LEOs and HAPS are used for communication, surveillance, and data collection, they differ greatly in design, functionality, and use cases. To share insights into the similarities and differences between LEOs and HAPS, we are joined by Russ Van Der Werff, Vice President of the HAPS Alliance and VP of Stratospheric Solutions at Aerostar.

In this episode, we dive into the rapidly evolving space and satellite industry, covering both military and commercial sectors. Our guest, a space industry veteran with over 40 years of experience in the U.S. Air Force as a senior space researcher and leader, shares insights on the challenges of building large, custom satellites in the past. Highlighting the need for rapid satellite configuration and launch capabilities, he explains that commercial space has many advantages, as it tends to innovate faster than the military and emphasizes the critical role of space in modern warfare, where conflicts are measured in hours, not days or months.

On this Constellations Podcast, we discuss the Space RCO and the challenges of delivering timely, combat-capable space and ground systems. This episode covers key priorities, including programs like Satellite Communication Augmentation Resource (SCAR) and Rapid Resilient Command and Control (R2C2). Hear about the importance of leveraging commercial products, collaborating with international partners, and enhancing space operations through better synchronization of assets.

There have been many predictions about the consolidation of the GSaaS players, but it doesn't seem to be as quickly as expected. In this podcast, we discuss what might be the why behind GSaaS providers continuing to hold steadfast for the most part. Listen to Brad Bode, CTO at ATLAS Space Operations, as for his take on the market, the changing applications for GSaaS beyond EO and why software is critical in ground systems.

An estimated 26,104 smallsats will be launched between 2023-2032 according to Novaspace. With so much growth on the horizon, how will regulatory efforts keep pace? What role will regulations play in terms of protecting the spectrum? How can interference be avoided to ensure a level playing field for new and incumbent players? Constellations discussed the role of regulation in the rapidly growing and evolving small satellite world with the ITU.

In this episode, we focus on how the ground segment is evolving to support the emergence of small satellites in orbit. Join our guest, Ron Faith, CEO and President of RBC Signals, as he talks all things GSaaS and smallsats and explains why satellite operators and service providers need to start thinking of the ground segment first rather than last.

In this episode, Al Tadros, Chief Technology Officer at Redwire discusses artificial intelligence (AI) and how it enhances Space Domain Awareness (SDA). Artificial intelligence promises to extend the performance and capability of control systems, machine vision and robotics across the domains. Al describes one of the promises for space domain awareness as being the ability to put machine vision in orbit using AI algorithms. Hear him describe datasets and simulations to train on so that characterization and intent can be determined. Learn about AI promising to advance autonomous maneuvering and navigation, even deciding whether to maneuver or not based on the incoming object.

On today's podcast, hear from Erin Miller, Executive Director, Space ISAC, and Ernest Campos, Co-chair of the Space Innovations Test Bed (SITB) for Space ISAC and Senior Account Executive for Space Programs at AMERICAN SYSTEMS Corporation.  They will talk about the commercial industry facing an onslaught of cyber-attacks and other threats and ways that the Space ISAC is enabling a resource that can help.  Learn about examples of how you test vulnerabilities as they walk through specific scenarios.  Hear about the responsibilities of public disclosure and why it is important, especially with the rise of threats and sophisticated attacks.

On the Constellations Podcast, we'll discuss data, data visualization, and processing data for better understanding. In this episode, Paul Graziani, CEO of COMSPOC, talks about Space Situational Awareness (SSA) and the value of data fusion in enhancing SSA. Paul describes the various data sources for SSA, such as optical data from telescopes, RF data from sensors, and radar data from ground-based or transmitter sources. He also explains how these sources differ. David discusses observing data and determining its integrity using a Kalman filter. He highlights the vast number of live and dead objects in space, as well as suspiciously maneuvering spacecraft. Mr. Graziani emphasizes data fusion as a key solution to this problem. He describes the ecosystem of companies, governments, labs, and academics that collectively serve the mission of SSA more effectively.

In this episode, Novaspace consultant Gabriel Deville will cover the current state and outlook of Space Situational Awareness. SSA is a rapidly growing field, with over 80% of data collected by government agencies, making it predominantly government-focused. Gabriel will address the different SSA needs of defense, civil, and commercial sectors, and the shift from geostationary to low Earth orbit as investments in in-orbit services increase. He will also discuss the $3 billion government investment in in-orbit services, crucial for space operations' flexibility, sustainability, and safety, and the market's need for a substantial customer base before it becomes a true buyer's market.

Game Changers is a limited series of short podcasts focused on pivotal new technologies or trends. In this episode, Alexandre Tisserant of Kinéis explains satellite IoT and the multiple applications and benefits that come from it. This limited series is brought to you by Constellations and Novaspace and highlights some of the key innovative topics that will be addressed at the upcoming World Space Business Week.

Game Changers is a limited series of short podcasts focused on pivotal new technologies or trends. In this episode, Phil Carrai of Kratos Space walks us through the impact of virtual ground systems on the satellite and space industries. This limited series is brought to you by Constellations and Novaspace and highlights some of the key innovative topics that will be addressed at the upcoming World Space Business Week.

In this episode, Igor Alonso Portillo and Eliot Nelson from KSAT explore the dynamic landscape of satellite constellations, the impact of recent market consolidation, and spectrum allocation. Hear how advancements like onboard propulsion and edge computing are shaping the future of space technology while considering the implications of increased private sector involvement and the global dependence on satellite data.

Game Changers is a limited series of short podcasts focused on pivotal new technologies or trends. In this episode, Scott Wisniewski of AST SpaceMobile gives us an update on the direct-to-device market, what makes it so important and what to expect next. This limited series is brought to you by Constellations and Novaspace and highlights some of the key innovative topics that will be addressed at the upcoming World Space Business Week.

The need for operational flexibility for satellites in orbit has only grown. Tens of thousands of satellites means tens of thousands of opportunities for disaster. Our guest Kevin Lausten, President of Morpheus Space, is joining us today to talk about the technology behind satellite mobility, how it is evolving with smallsat designs and how its applications are growing beyond collision avoidance to support an emerging need for understanding what satellites are doing in space.

Game Changers is a limited series of short podcasts focused on pivotal new technologies or trends. In this episode, Melissa Quinn of Slingshot Aerospace walks us through the impact of artificial intelligence on the satellite and space industries. This limited series is brought to you by Constellations and Novaspace and highlights some of the key innovative topics that will be addressed at the upcoming World Space Business Week.

In this episode, SES Space and Defense Vice President of Product Management Michael Geist discusses the evolving landscape of multi-orbit satellite capabilities. The integration of LEO, MEO and GEO orbits is poised to enhance connectivity and operational resilience. As governments and commercial entities increasingly embrace multi-orbit strategies, the industry builds a stronger foundation for a more adaptable and resilient future in satcom. An increase in demand for MEO and LEO services has not resulted in a drop in demand for GEO. CASR, or the Commercial Augmented Space Reserve, is a new way for commercial companies to support military satellites in orbit. Geist predicts that the largest disruptor in MILSATCOM will be digitization, which will act as a gateway technology to automating many satellite networking functions. Chapters: 0:26 – Introducing Michael Geist, SES Space and Defense 0:58 – the unique abilities of LEO, MEO and GEO 3:44 – multi-orbit capabilities and resilience through diversity 5:49 – shifts in popularity between orbits 7:07 – military satellites in orbit via CASR (Commercial Augmented Space Reserve) 8:57 – hybrid SATCOM architecture 11:05 – challenges in making CASR successful 13:33 – space data relay services 15:03 – Prediction: what will be the biggest technology disruptors in MILSATCOM? About Constellations: Constellations is a podcast and publication by Kratos covering the new generation of space network technologies. Our core interests are space networks, softwarization, terrestrial-space interoperability, the ground segment, security—and, of course, the growing space economy. - The podcast publishes biweekly on Wednesday mornings. - The podcast has featured leading CEOs, analysts, and government guests from Space Force, AFRL, the White House, and more. - By size, our audience is space industry leaders, engineers, military/civil space, and academia. - We publish article contributions from outside organizations and have ongoing content partnerships with DIFI, Space ISAC, Space Intel Report, and Analysys Mason. - Sign up to receive our newsletter: www.kratosdefense.com/constellations/newsletters

Game Changers is a limited podcast series about the game-changing technologies that will be discussed at the upcoming World Space Business Week. Tune in every Tuesday leading up to the event to hear experts answer 3 quick, hard-hitting questions to explain how they are changing the game. In this episode, Robert Carlisle of Argo Space walks us through the impact of in-space transportation on the satellite and space industries.

Globally recognized organizations are exploring different advanced communication technologies from RF to laser links. Hear Jean Francois Morizur, Founder and CEO of Cailabs, share insights on the market for laser communications and how lasers complement the role of RF signals in satellite connectivity. Lasers require no spectrum access enhancing their ability global satellite connectivity. Novaspace predicts that launches of satellites with laser communication terminals on board will double year over year. Lasers provide an additional layer of security as they qualify as LPD/LPI (low probability of detection or intercept). Chapters: 0:19 – Introducing Jean-Francois (JF) Morizur, CEO of Cailabs 1:06 – Satellites communicating via radio frequency 3:51 – main differences between RF and laser 6:20 – optical ground stations 9:03 – adding laser to traditional ground stations 11:29 – intersatellite laser links 13:22 – are laser links secure? 14:43 – government push for laser 15:28 – downlink to earth (DTE) applications 17:23 – best use cases for laser and satellite networks 20:04 – multi-orbit links 21:52 – Prediction: will laser completely replace RF? About Constellations: Constellations is a podcast and publication by Kratos covering the new generation of space network technologies. Our core interests are space networks, softwarization, terrestrial-space interoperability, the ground segment, security—and, of course, the growing space economy. - The podcast publishes biweekly on Wednesday mornings. - The podcast has featured leading CEOs, analysts, and government guests from Space Force, AFRL, the White House, and more. - By size, our audience is space industry leaders, engineers, military/civil space, and academia. - We publish article contributions from outside organizations and have ongoing content partnerships with DIFI, Space ISAC, Space Intel Report, and Analysys Mason. - Sign up to receive our newsletter: www.kratosdefense.com/constellations/newsletters

Highly-anticipated WILD WILD SPACE brings the space industry into your home! Constellations spoke with Ross Kauffman and Ashlee Vance, the team behind the upcoming HBO original documentary WILD WILD SPACE. The original HBO documentary follows three rocket and satellite companies – Astra, Rocket Lab, and Planet – and the quests of their idiosyncratic founders to conquer the burgeoning space industry.

New business models for software-defined satellites: this episode features Florian Thirion, Senior Product and Portfolio Marketing Manager at Airbus Defence and Space. New software-defined satellites give operators the capability to scale their business models and diversify the services they deliver to customers. Over 27,000 satellites with flexible architectures are forecasted to be manufactured and launched between 2021 and 2031. Software-defined satellites enables lower and progressive CapEx, can share capacity between operators, and have lower overall operation costs. In coming years, high throughput laser links between GEO and ground architecture will allow from 10-100 gigabits of massive data transfer. Chapters: 0:00 – introducing Florian Thirion, Airbus Defence and Space 1:25 – current state of the satellite market 2:42 – why the industry is moving towards software-defined satellites 4:10 – bent-pipe satellites vs. software-defined satellites 6:55 – new capabilities made possible 8:25 – best applications for software-defined satellites 10:11 – increasing revenue and lowering CapEx 11:50 – working with ground systems 14:17 – multi-orbit orchestration 14:50 – prediction: software-defined satellites in five years 17:44 – building cloud connectivity in satellite 19:36 – long-term sustainability in space About Constellations: Constellations is a podcast and publication by Kratos covering the new generation of space network technologies. Our core interests are space networks, softwarization, terrestrial-space interoperability, the ground segment, security—and, of course, the growing space economy. The podcast publishes biweekly on Wednesday mornings. The podcast has featured leading CEOs, analysts, and government guests from Space Force, AFRL, the White House, and more. By size, our audience is space industry leaders, engineers, military/civil space, and academia. We publish article contributions from outside organizations and have ongoing content partnerships with DIFI, Space ISAC, Space Intel Report, and Analysys Mason. Sign up to receive our newsletter: www.kratosdefense.com/constellations/newsletters

5G from space holds the promise to make mobile connectivity accessible to everyone and everywhere. Past efforts to mainstream satellite communications did not have the advantage that 5G brings - a single technology standard that enables Mobile Network Operators (MNOs) and satellite service providers to complement each other's networks to deliver nearly ubiquitous, instantaneous, connectivity for large numbers of devices globally. With us today on Constellations Podcast is Lucas Hansen, Vice President and General Manager of Wireless and Satellite Direct-to-Device Communications at Keysight Technologies to discuss the opportunities, challenges, use cases and future of 5G from space.

On the Constellations Podcast we'll discuss the Space Development Agency (SDA) looking at taking capabilities and technologies that are already mature and integrating them into a solution for the military. During this episode, Colonel Kalliroi Landry, Space Development Agency, will discuss why the commercial model is attractive to the SDA, the challenges of DoD acquisition methods and the shift towards information services. Hear Colonel Landry describe getting capability to the warfighter on a relevant timeline and new technology coming out of the commercial industry that hasn't readily been available to the DoD before. Colonel Landry provides examples such as establishing ground entry points worldwide and the advancement of phased array antennas, which allow multiple satellite contacts per ground terminal.

As more than 80 percent of global trade volume is shipped by sea, countries' participation in the international supply chains depends on reliable maritime connectivity. In this podcast, Pacôme Révillon, CEO of Novaspace, joins us to explain the role of satellite in solving this challenge including the ROI of maritime connectivity, the outlook on autonomous vessels and the impact of Starlink on the market.

On this Constellations Podcast, we explore the evolution of the satellite terminals. Join our panel of experts to understand how the digital transformation of satellite networks has opened the door to orchestrated and automated operations across multiple orbits.

As space becomes increasingly dynamic, the industry is turning to software to move faster, become more automated, and agile. This is evident in how satellites and ground systems are becoming much more software defined, integrated, and orchestrated to enable new and more flexible business models. In this Constellations Podcast, we have with us an outstanding panel of experts that will discuss the “softwarization” of satellites and ground systems and the increasing integration between the two. 

Listen to Colonel Michael Christensen, currently stationed at the Pentagon and serving as the director of test and evaluation for the US Space Force. Discover why it's imperative to transform our testing approach to meet the unique challenges of space. Learn about the significance of integrated testing and why involving real operators in test teams is crucial to ensure testing meets the demands of end operators. Colonel Christensen discusses the importance of modeling and simulation in stress-testing systems before construction begins. He underscores the necessity of collaboration with mission partners to fulfill the critical roles and functions of the Space Force. Additionally, he addresses the difficulty of shifting mindsets to effectively operate in contested environments.

Last year Space Foundation valued the space economy at $546 billion, a number they expect to reach $772 billion by 2027. Through technological advancements and decreased barriers to entry companies across the globe have entered the space ecosystem in hopes off growing their businesses portfolios and revenue streams. Hear Kelli Kedis Ogborn, Vice President of Space Commerce and Entrepreneurship, Space Foundation share key market drivers, growing international interest in space, and switching from the Apollo era to the era of Artemis. 

On this Constellations Podcast hear about a communications network that does not have to touch the Internet. Declan Ganley, CEO of Rivada and Konrad Nieradka, Vice President of Product Management of Rivada discuss connected communications with a laser mesh network in space and how standards like Carrier Ethernet are shaping the future of enterprise communications.

In the history of space, satellite terminal designs have expanded and changed with the needs of end use cases and at the mercy of demanding applications…but not more so than the past 10 years. Hear John Finney, CEO of ALL.SPACE, explain the details and drivers advancing terminal technology for true high performance multi-orbit connectivity on the move.

In the past, “mission-adaptable” was not a phrase used to describe a satellite. Hear Sethu Saveda Suvanam, CEO and Found of ReOrbit, explain how on-board computing is fundamentally changing the way data moves in space – and how it can maximize data access security and speed.

Satellite has often been viewed as a transport of last resort, however that is rapidly changing as satellite networks digitally transform and adopt standards to become like today's mainstream telecom networks. In this podcast episode, find out how standards such as Carrier Ethernet are playing a critical role in enabling satellite and telecommunications networks to converge to deliver services such as enterprise network extension, SD-WAN and IP services to hard-to-reach areas. Here to discuss the critical role of standards is Daniel Bar Lev, the VP of Strategic Programs at MEF. Daniel is responsible for the development and implementation of a range of strategic MEF programs that enable MEF's 200+ members to accelerate the transformation of their networks and operations.

Take a deep dive with John Taylor, Chief Engineer for Swedish Space Corporation, into the technology behind advancing satellite ground systems in flexibility, scalability, and standardization. Many satellite industry players are embracing the “as-a-service” model for satellite service delivery especially in earth observation. Find out how today's ground systems are supporting missions that are over a gigabit per second.

The space sector in the Middle East is highly dynamic, growing and being driven by evolving national ambitions and strategies. Leveraging their vast financial resources and strategic geographic location, the Middle East nations have increasingly gained prominence in the global space industry. Here to discuss the space sector development in the Middle East including the opportunities, challenges and the future is Steve Bochinger, the Affiliate Executive Advisor of Euroconsult. Steve has over 20 years of experience in the space sector and has vast knowledge across the space value chain from a commercial and government perspective.

2021 saw a record amount of private investment in space, followed by a significant downturn in 2022. Investments in the space sector once again fell in 2023, but many venture capitalists expect significant growth looking forward to the next few years. Space can be a tricky investment, requiring a long term view, but companies like Blue Origin and SpaceX show that massive innovation is still possible and likely. Our guest for today's episode is Justus Parmar, CEO of Fortuna Investments, here to discuss venture capital and finding profitability in the space sector, as well as highlights looking back on 2023 and the most exciting things to look forward to in 2024.

On the Constellations Podcast, we'll discuss the DoD using commercial space capabilities, from launch to ISR data. During this episode, Dave Gauthier, Chief Strategy Officer, GXO, Inc., will discuss the challenges of DoD acquisition methods, the shift towards information services and leaning on the commercial industry for the critical advantage. The Space Force Commercial Services Office looking at bringing capabilities in as fast as their ready and incentivizing industry to work with the government to address the risks and options companies face. In this episode, David explains the power of electro-optical, including innovative solutions going beyond what the human eye can see, and provides example applications such as aggregating optical imagery with other forms of data such as remote sensing to gain better insight.

A digital transformation has begun in the modelling and simulation of spacecrafts. Today complete complex simulations can occur within minutes as opposed to days. Legacy desktop software solutions and costly in-house machines are being replaced by high-performance and scalable simulation in the cloud. Bridging the virtual and physical world has the potential to offer organizations substantial costs savings, cut-time-to-orbit and improve the entire process for developing spacecrafts. Here to discuss the massive potential of digital twins technology is Robbie Robertson, CEO and Co-founder of Sedaro, a start up that is revolutionizing engineering simulation and virtualization with digital twins in the cloud.

On the Constellations podcast, hear how the White House wants to impact the next generation of space exploration.  During this episode, Dr. Ezinne Uzo-Okoro, Assistant Director for Space Policy at the White House Office of Science and Technology Policy (OSTP) talks about space weather, Earth observation, and space data. There are several areas that require attention from the White House, either in providing a presidential vision or an executable strategy that the entire Federal Government can implement. Hear Dr. Uzo-Okoro discuss the White House's mission to create and leverage innovation to advance America's goals. 

The idea of High Altitude Platform Stations (HAPS) is not new…it has been around since 1945, but over the years the technology has been evolving and maturing to be able to effectively support the needs of the market. This is in large part because of a growing number of new players and approaches in the HAPS market moving beyond technology demonstrations to viable commercial solutions. Here to discuss their breakthrough HAPS technology and the opportunities and challenges of bringing the innovative solution to market is Samer Halawi, the CEO of AALTO.

On this Constellations Podcast, we explore taking advantage of high-speed bandwidth that coherent light free space optics can provide and driving that capacity into space.  During this episode, Chris Taylor, CEO of Aalyria talks about connecting everything we touch through sea, air and space. He discusses spectrum being finite and explains that by using light, free space optics, you are broadening choices and opening up capability where it did not exist. In addition, he addresses the demands of connectivity for humanity and that free space optics is a solution that may help get more people connected.

On the Constellations Podcast, we'll discuss the Watch Center at the Space Information Sharing and Analysis Center or Space ISAC. During this episode, guests Joel Francis, Watch Center lead at Space ISAC, and Kevin Coggins, Senior Advisor to Space ISAC will discuss the purpose of the Watch Center and the types of data brought into the Watch Center for analysis. The Watch Center looks to monitor, analyze, and report information for its members, for example, the recent cyberattacks targeting ground segments and enterprise networks. Hear about the four primary data sources and the Space ISAC's role in facilitating the exchange of knowledge from all sources so that people can provide and benefit from the Watch Center. 

According to a recent Bloomberg Intelligence report, “The world is poised to see an explosion of growth in the generative AI sector over the next ten years that promises to fundamentally change the way the technology sector operates.” To learn more about the potential of this transformational technology for the space industry, we have with us, Buffy Wajvoda, Head of Solutions Architects, AWS Space & Satellite. She will provide her perspective on the opportunities, risks and future of the technology for the space industry. Buffy is an experienced leader with a demonstrated history of working in public cloud and big data in a range of industries from aerospace and satellite to the U.S. government.