Monday, October 2nd — Tuesday, October 3rd

Day 1  — Monday October 2nd, 2017

Ground-Based Ecosystems of the Future

Satellites are just one part of the space-based equation, and often not the most advanced. Ground based ecosystems – ground systems and end-user equipment – are making tremendous advances often merging in form, fit and function to be quite similar to their terrestrial counterparts. With continued improvements in size, efficiency and power consumption, how closely will the ground architecture of the future resemble what’s available terrestrially? How does the potential for increasingly robust autonomous TT&C change the design of satellites and the mechanics of ground segment management? What does the terminal of tomorrow look like, and will they be like their mass-marketed terrestrial counterparts as to their cost? When and where will the disruption to the market next be seen? With improving modulation techniques is there a limit to bits per hertz? How can equipment manufactures best adapt to changing demands? What new manufacturing technology & new equipment coming to market are likely to provide the most disruption to this long established bedrock of the satellite communications industry. How might alternative antenna designs influence large-scale ground systems?

The VC role in Satellite Innovation

Rapid growth in capacity supply has caused major reductions in price points and at such a pace that realistic ROI projections are increasingly difficult to make. Our panel will analyze the real-time industry data regarding supply trends, demand trends, realistic innovation timelines. Already capacity purchasers such as Facebook, Google Amazon and Netflix are making plays. The panel will analyze the voids that may result in the industry’s best available projections of opportunities for profitability.
SpeakerMaryanna Saenko, Senior Analyst, DFJ
SpeakerInvited:-Google Cloud
SpeakerInvited:-Morgan Stanley & Co.

New Horizons in Space: The Innovation Landscape of the Future

As the market for satellite services has increased, so has competition from a multitude of providers from small satellites to drones and everything in between.  To remain economically competitive, all satellite systems will need to keep pace with innovations on all fronts and pay close attention to economic trends that will affect their established revenue streams.  The transition from hardware development to software development and complex data analytics is key.  Early adapters leveraging proven technologies, such as 3D Printing, Robotics and Artificial Intelligence (AI), data analytics and IOT will continue to gain market share quickly. AI will soon be part of nearly every company’s technology stack and ingrained in every industry. It is therefore imperative to examine how it affects the satellite industry.
SpeakerGregg Burgess, VP for Engineering and Technology, Sierra Nevada Corp.

Manufacture and Servicing in Space: New Solutions for What is Needed

Satellite life extension (including refueling and servicing), new satellite propulsion technology and space-based manufacturing (including 3D), and other AI/robotics in space have gone from the drawing table to the beginnings of implementation. How and when will robust assembly of space hardware occur in space? These ideas most certainly make sense for the ISS for long-term space travel, but how do they fit within the commercial space model? Are such endeavors justified and do they represent a strong business case? Will additive manufacturing influence the growth of this production? The continuing revolution in high-resolution robotics stands to improve many elements of space equipment manufacturing. Which areas will be most impacted and how will innovations result in improved costs? What special considerations need to be made when considering robotic assembly either in space or on the ground?
SpeakerInvited:-Boeing Network and Space Systems

Staying Ahead of Technology: Robotics, AI, 3D, Big Data Analytics and More

Join our panel of Silicon Valley Innovators and leaders of space innovation for a deep dive into the technology innovation reality today, and looking into the new reality of tomorrow for the space industry. This panel will review some of the newest innovations facing Silicon Valley which will have tremendous application (and/or are already being used) in space.

Satellite Constellations – the New Roles of LEO & MEO

As new LEO & MEO constellations spread across the skies, questions about threat or opportunity arise. Are the proposed constellations worth all the attention and will they bring meaningful benefits versus GEO systems? What is involved in designing, implementing and maintaining a satellite constellation? How does operating a constellation differ from the more traditional satellite systems in terms of cost and usefulness? What are the most important applications flying in constellations today and what might they be tomorrow?
SpeakerInvited:-OneWeb Satellite

Day 2  — Monday October 3rd, 2017

Government as Innovators: Incubators, Investors and Customers

Globally, governments are investing in space innovation, by developing and nurturing nascent space industries, interfacing with not-for-profit investors, and determining how to ensure that their space intelligence does not fall behind the learning curve. What are the areas of research and design that will change the satellite industry the most? What is the role of DARPA and other innovative government-supported vehicles in directing this research in the SATCOM world? What are the advantages to working on government projects vs. private equity ventures? What satellite demand will there be for land, naval, UAVs and manned aircraft in the future? The trend to using commercial satellites by the military has increased in recent years – what are the expectations that this will continue? And what is happening in other countries’ for their space innovation – which countries have made the most progress and/or innovative thinking vis a vis the US? Who is out in front of the NewSpace Innovation Race?

Digesting Software's New Role

Satellite system engineering once stood alone in its ability to make or break a satellite business. More and more satellite systems are coming back around to focus on the intelligence on the ground and the applications that make or break the business model. As modular components and COTS have become increasingly used in new space applications, once critical traditional roles are now pivoting to software engineering. How do satellite system engineers and software engineers work together to optimize applications? AI is sure to play a role here, as is much of the convergence between platforms of different levels (terrestrially, GEOs, LEOs) that are best geared to address the customer-desired solution. As we all know, space is becoming more of a standard Silicon Valley target, another level of communications for hyper-connecting the world. What role has and will Silicon Valley play in this transition and does the way business is done here hurt or help the satellite industry? It is no secret that the west coast, particularly Silicon Valley has influenced a multitude of industries.
SpeakerInvited:-Jet Propulsion Laboratory

Alternatives to RF and the State of Spectrum

One of the scarcest and most competitive of resources is spectrum. For this reason, as well as differing abilities of alternative means of communications, the space systems of tomorrow are creatively looking at spectrum: how to optimize spectrum usage through digital and high throughput techniques, including ground-based-beamforming breakthroughs; repurposing outdated uses and/or opening up new spectrum bands for satellite uses, and other systems for information gathering and dissemination; optical and laser, radar, and more. These alternatives (such as optical systems) suggest the possibility of interference and cyber security protection as well as freedom from certain regulatory hurdles. What are the benefits and the limitations of these different systems, and which ones will likely produce ample cost improvement to justify development of new technology? What markets are best suited for these new technologies and what benefits do they offer over comparable traditional RF systems. Furthermore what’s on the horizon for satellite spectrum? The regulatory environment is changing fast as the ITU and FCC are opening to many competing demands. As spectrum applications and technological changes rapidly grow, how will regulators respond?
SpeakerInvited:-ITU Radiocommunication Bureau
SpeakerInvited:-European Space Agency
SpeakerInvited:-NOAA - National Oceanic & Atmospheric Administration

Mobile Satellite Connectivity

At few points in history have the tea leaves of mobile connectivity been more difficult to read. HTS & traditional satellite internet providers potentially face significant competition from new constellations offering wider coverage and comparable connectivity. What role could “mothership” type satellites play in terms of constellation management? Ground equipment is facing similar disruption with the seemingly near term introduction of flat panel antennas. What does the future of mobile connectivity hold? How will satellite be an integral component of the 5G and terrestrial wireless world of the future? What does the broadband connection of tomorrow look like?
SpeakerPierre-Jean Beylier, CEO, Speedcast

Intersection of Launch Innovation and Economics

Innovations in launch technology combined with increasing globalization have already changed the economics of SATCOM in major ways. While reusable rockets and shared rides are the most prominent game changers, the multitude of new entrants to the market investing outside capital in R&D have a multitude of promising avenues. How long will it be until most satellites are launched on reused rockets, and what is the timeline on real financial impact? Who are the players today (companies and nations), and where is capital being invested in an attempt to thrust ahead? How will US military spending increases affect this horizon? Speakers from a diverse array of launch providers will explore these topics and more.
SpeakerThomas Carroll, Vice President, Sales, International Launch Services (ILS)

Innovative Partnerships & New M&A Strategy

Combining ideas, capabilities and personnel strengths, new creative partnerships are redefining how satellite companies work together. What recent activities stand out as different and what are the philosophies behind these agreements? What are the important considerations in structuring unconventional partnerships and what are the perceived benefits? Beyond partnerships, what creative ways can organizations merge with and acquire one another? What are the methods for maximizing value in M&A tax structures, and how does one navigate regulatory impacts on timing and strategy, or cross-border and inversion transactions? What strategies have proven effective in acquisitions of intellectual property (IP), and what is necessary to monetize these IP assets?
SpeakerInvited:-Bank of America
SpeakerInvited:-Summit Ridge Group, LLC

New Space Clients & The Internet of Things

Once services reach a certain price point, markets open up that may not even be on the radar for many organizations. Everything along the value chain is changing and today, many satellite companies (and large Silicon Valley innovators) are proposing global broadband space systems. These systems will most certainly come with innovative and disruptive features. In connection with these new systems, and others, what key services are price trending downwards, and what markets are approaching feasibility? Does broadband demand, spurred by IoT represent an area of growth? What role might satellites play in the evolving IoT environment? Is strong point multipoint a help or hindrance to typical IoT applications? Will the ubiquitous presence of IoT devices spike a demand in remote satellite bandwidth? To what extend will big data specialists be the clients of satellite data? Will satellite data providers need to become versed in processing, analyzing and presenting data in order to improve their business model?
SpeakerAndrew Jordan, CEO, AsiaSat
SpeakerInvited:-Geoshare - A Lockheed Martin Company

Cyber Security - Secure Satellite Systems of the Future

It is impossible to predict hacking except to know that the threat will grow and diversify – are there only software solutions? The chances are very high that hidden threats are already in your organization's networks. Organizations can't afford to believe that their security measures are perfect and impenetrable, no matter how thorough their security precautions might be. Options such as optical, laser, radar, and more need to be examined. These alternatives suggest the possibility of no interference and cyber security protection as well as freedom from certain regulatory hurdles. What about quantum technology generating uncrackable codes. Future technology must be based on impenetrable networks. How might alternative antenna designs influence these systems?
SpeakerVenky Anany, Partner, McKinsey & Company
SpeakerInvited:-Boeing Defense, Space and Security
SpeakerInvited:-Kleiner Perkins Caufield & Byers