This session presents a practical pipeline for helping domestic and international new-to-space customers move from early interest to credible, compliant, mission-ready commercial space projects, suppo
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The conversation around space resource law has been dominated by treaty interpretation debates for over a decade. Meanwhile, capital is moving, missions are launching, and the legal infrastructure tha
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This presentation explores the high-stakes challenge of applying proven terrestrial intellectual property procurement and enforcement frameworks to space-based inventions and manufacturing. As commerc
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Space is no longer a distant frontier it is becoming core infrastructure for the global economy. In this interactive presentation, Brian Miske and David Pessah guide participants through +Space Tech,
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The conversation around space resource law has been dominated by treaty interpretation debates for over a decade. Meanwhile, capital is moving, missions are launching, and the legal infrastructure tha
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NASA is doing the pioneer phase well. Orion simulators, the Blue Moon Mk2 crew cabin trainer, HERA, CHAPEA, and Army National Guard helicopter training in Colorado are right-sized for what they are bu
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Tele-manufacturing is the ability to accurately transfer manual skillsets from local personnel to remote automation. EWI has been working within tele-manufacturing over the past 5 years by developing
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In October 2025, Spainsat NG-2, a satellite insured for $400 million, suffered an anomaly on its way to geostationary orbit that was publicly attributed to a space particle strike. In March 2026, a se
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As the cadence of commercial and national security space launches accelerates, the demand for robust and modern spaceport infrastructure has never been higher. However, funding the development, expans
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The space economy is entering a new phase in which satellite constellations, launch systems, ground networks, and in-orbit services are evolving from mission-driven programs into persistent infrastruc
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What if the debris in space could build the structures that let us stay there? As humanity pushes from low Earth orbit (LEO) to the lunar surface, the logistics of transporting construction materials
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Getting to the Moon is only half the battle. Sustained lunar exploration means actually being able to work there safely, reliably, and at scale. Whether the goal is extracting water, producing oxygen,
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Modern satellites generate vast amounts of data but rely on constrained downlink windows and expensive ground infrastructure to process it. At the same time, more than 90% of onboard compute capacity
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As orbital activity accelerates, space domain awareness can no longer rely solely on ground-based sensing. This presentation will examine the emerging shift toward in-space SDA infrastructure, a layer
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Ground segment software has become a quiet priority for attackers. The applications that manage operational data, distribute navigation information, and synchronize mission critical databases are netw
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As plans for orbital manufacturing, lunar settlements, asteroid mining, and crewed deep-space missions continue to advance, a fundamental question remains underexplored: how much mass will actually be
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Space based capability now sits at the centre of modern defence. From intelligence gathering to secure communications and missile warning, military operations depend on satellites that must remain ava
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Featured Presentation: NASA+ Programming, James Tralie, Planetary Science Producer and Animator, NASA Goddard Space Flight Center Astronaut Keynote: Clayton Anderson, "AstroClay", Former NASA Astronau
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This panel will examine the range of operational choices commanders may need to shape the battlespace, respond to changing conditions, create dilemmas for an adversary, and preserve freedom of action
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White House Special Report- Michael Kratsios (Invited) Commercial Keynote- Mark Peller, President and CEO, ULA Michael Kratsios — White House Space and Technology Outlook What he is speaking on:The
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NASA Executive Outlook- Jared Isaacman, NASA Administrator (INVITED) Economic Outlook- Mark Boggett, CEO, Seraphim Space) Jared Isaacman — NASA Executive Outlook What he is speaking on:NASA’s strate
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NASA Launch Operations Executive Outlook- Brian Hughes, Director, NASA Kennedy Space Center Commercial Outlook- Gwynne Shotwell (Invited), President and COO, SpaceX Brian Hughes — NASA Launch Operat
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Commercial space stations promise to preserve human presence in low Earth orbit while opening markets for research, manufacturing, national security, tourism, and international access. Yet the challen
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Artemis II marked the return to crewed flight around the Moon and provided a test of deep-space systems with astronauts aboard. This panel brings together practitioners to examine what the journey rev
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This session establishes the operational foundation for the Space Mobility Conference by examining the future fight from two complementary perspectives. USSPACEOM will frame the evolving operating env
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This panel will examine reconstitution as an end-to-end operational process – from industrial capacity and spacecraft availability through payload integration, transportation, range operation, launch,
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As operational requirements evolve, so too must the systems responsible for delivering capability to the warfighter. This session examines how acquisition organizations are adapting to accelerate the
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This panel begins with the warfighter's requirement: how quickly must commanders be able to act, reposition forces, generate additional capability, or respond to changing conditions during conflict? F
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This opening keynote will establish the commander’s perspective on what military advantage in space will require in the years ahead. Rather than focusing on individual threats, technologies, or progra
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Scientific missions begin with a need: observe a changing planet, deliver instruments to the Moon, test materials in microgravity, study human health, or generate data that supports decisions on Earth
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No nation can build every element of the space economy alone. Sustainable exploration, resilient security architectures, and viable infrastructure will depend on partnerships combining complementary c
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Commercial capabilities are advancing faster than the legal and policy frameworks intended to govern them. Activities in autonomy, servicing, manufacturing, resource use, commercial stations, lunar op
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The space industry produces extraordinary technology, but technical success does not guarantee a sustainable company. Scaling requires a customer, a repeatable problem, a workable buying pathway, and
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Space infrastructure often requires substantial capital before demand, utilization, or revenue becomes certain. Government needs the capability, industry brings innovation and investment, and private
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Space programs cannot scale without a workforce that is recruited, trained, cleared, equipped, and ready to perform in increasingly complex operational environments. This panel examines workforce as c
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A lunar presence begins with infrastructure, not a finished base. This panel focuses on the first systems that must operate on the Moon: power, communications, navigation, landing services, mobility,
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Space cybersecurity can no longer be treated as a ground-network issue or compliance exercise after systems are designed. Satellites, mission software, cloud environments, ground stations, launch faci
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The space economy’s growth ambitions rest on supply chains and production systems often built for low-volume, bespoke programs. As demand rises, shortages in materials, components, test capacity, skil
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The space between Earth and the Moon is becoming an operational domain, but sustainable activity will require more than individual missions. Building on CAPSTONE’s demonstration of navigation and oper
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Artemis is shifting from a sequence of missions toward a campaign of lunar exploration, infrastructure, and partnership. This panel looks beyond the next flight to examine how NASA, industry, and inte
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Living and working beyond Earth will test more than vehicles; it will test the human system. This panel examines how spacesuits, habitats, life-support systems, medical capabilities, training, behavio
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Operations on the Moon and missions deeper into space will require energy systems that can perform where sunlight, batteries, and conventional propulsion reach their limits. This panel examines nuclea
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The growth of the orbital economy is creating a labor problem: astronauts are scarce and expensive, while today’s specialized robotic systems can perform only a limited range of predetermined tasks. T
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More rockets do not automatically create high-cadence access to space. Reliable launch at scale depends on a logistics system that includes spaceports, ranges, airspace, payload processing, fueling, t
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Artificial intelligence is moving from analytical support toward systems that can plan, coordinate, and act. In space operations—where communications may be delayed, bandwidth constrained, and decisio
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Spacecraft have traditionally been treated as single-use assets: launch them, operate them until fuel or capability is exhausted, and then replace or retire them. On-orbit servicing, life extension, i
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Orbital safety is becoming an infrastructure problem with no settled owner or business model. As space objects grow in number and diversity, operators need accurate tracking, faster warnings, clearer
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This panel examines the endurance of the space enterprise under sustained wartime demand. Military logistics leaders, acquisition and sustainment organizations, and industry will explore how operation
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