An agenda built through deep collaboration with our community to ensure every session delivers substance over soundbites. You’ll hear from true subject matter leaders via candid case studies, collaborative roundtables, and varied panel discussions —providing clarity on what’s driving success across the marketing landscape.
• Participate in a high-level debrief on how the new Congressional landscape will realign 2027 space budgets between civil exploration and urgent national security needs.
• Debate the post-midterm realignment and its impact on the administration’s space agenda, focusing on the programs shielded by the new Congressional makeup and those vulnerable to the 2027 fiscal cycle
• Contribute to a live, digital "Fear & Opportunity" map to identify the most significant regulatory surprises of 2026 and how they will dictate the 2027 commercial strategy.
This interview will be moderated by a Reuters journalist under the Reuters Trust Principles
Speakers:
Jason Kim, CEO, Firefly Aerospace
Joey Roulette, Space Correspondent, Reuters
Grab your coffee, head to our networking zones, and make the most of this dedicated time to make peer-to-peer connections.
Schedule one-to-one meetings via the event app, check out live demos from our partners, or join an expo tour to hear from some of our key exhibitors across our main expo categories.
Live Demos
Networking Zone specialist meet up for government leaders
• Navigate the first 24 hours and respond to the definitive discovery of life beyond Earth by managing the immediate breakdown of global orbital protocols.
• Deploy strategies to control the narrative and prevent market volatility and ensure that the discovery of the millennium doesn't trigger a terrestrial crisis.
• Stress test the reality of inter-agency speed under extreme pressure, coordinating between government and private entities to solve the crisis before mission failure.
• Evaluate how rapid-fire software patches can defend dual-use constellations against electronic warfare and cyber-spoofing in ways that hardware-heavy systems cannot.
• Define the requirement for an open-architecture software standard that allows commercial startups to ""plug and play"" their apps into existing government-controlled orbital platforms.
• Establish a framework for ""Verified Autonomy,"" ensuring that dual-use AI can be trusted to make split-second operational decisions without constant human-in-the-loop oversight from ground crews.
Â
Speaker: Bridgit Mendler, CEO, Northwood Space
Moderator:Â Novaspace
• Confront the tension between new regional laws like the EU Space Act and the industry's need for a frictionless, borderless orbital economy.
• Assess whether the rise of domestic space policies creates essential safety guardrails or simply acts as a protectionist barrier to global entry
• Define what responsible orbital citizenship looks like in a crowded sky and how the private sector can lead on sustainability before regulation stifles growth.
Â
Speakers:
James Mason, Chief Space Officer, Planet
Emile DeRijk, CEO, Swissto12
 Step into a highly engaging, interactive environment led by an industry expert to hash out the real-world hurdles of orbital scale, cybersecurity, and defense acquisition.
Interested in leading it? Get in touch with our team to position your brand at the focal point of 2027 budget and policy shifts by hosting this high-value strategy session.
• Align procurement standards between NASA, NOAA, and the Space Force so commercial vendors can bid on "platform-based" contracts that serve multiple government agencies simultaneously.
Navigate the shift to Portfolio Acquisition Executives (PAEs) to bypass traditional R&D "valleys of death" and secure contracts faster.
Prioritize 90% capability today over 100% in the distant future, establishing rapid deployment as a core mission requirement for both scientific exploration and national security
• Deploy onboard AI to give Golden Dome satellites the autonomy to detect and kill cyber threats instantly without waiting for ground instructions.
• Bridge the gap between manufacturers and operators to ensure there are no single points of failure in the missile shield’s data links.
• Establish space-ready patching and incident response rules that keep the shield operational during a live attack.
Speakers:
El Gardner, National Security Space Principal, L3Harris
Megan Tremer, President, Teledyne Space ImagingÂ
• Establish a universal baseline for laser transceivers to ensure satellites from different vendors can talk to each other without specialized hardware.
• Integrate LEO, MEO, and GEO satellites into a single mesh network to eliminate data delays and unlock 6-terabit global capacity.
• Solve the weather and tracking issues that plague laser links by developing hybrid protocols that automatically switch paths to keep the data flowing.
• Discuss the transition from experimental prototypes to full-rate production of the space-based sensor layer. How do we scale from a handful of test satellites to a persistent ""Golden Dome"" that eliminates the ""horizon gap"" exploited by hypersonic glide vehicles?
• Analyze the move away from linear sensor-to-shooter links toward an AI-driven, multi-orbit mesh. How can commercial data streams be fused with military fire-control in milliseconds to intercept maneuvering threats that outpace traditional radar?
• Looking to the 2028 deadline, how are we solving the ""discriminating"" challenge - distinguishing lethal warheads from complex decoys in real time - to ensure the shield is effective against peer-adversary saturation attacks?
• Define the technical requirements for interoperable fission and solar power systems that can serve multiple commercial and government tenants at the South Pole basecamp.
• Execute a common docking and offloading interface to ensure that hardware from different vendors can be serviced by a single, unified lunar logistics network.
• Identify the specific commercial triggers such as ""In-Situ Resource Utilization"" (ISRU) contracts that will move lunar industry from government-funded experiments to self-sustaining private ventures.
Speaker: Paul Tilghman, CTO, Voyager Technologies
• Analyze the transition from ISS experiments to autonomous commercial factories for pharma, focusing on microgravity-stabilized drug delivery.
• Rank the commercial viability of non-pharma outputs, specifically focusing on ZBLAN fiber and radiation-hardened semiconductors for the 2027 supply chain.
• Propose a shared-cost model for return logistics, ensuring that getting precious cargo back to Earth doesn't consume the manufacturing margin.
Speaker:
John Cirtain, CEO, Axiom Space
• Confront the legal grey zone of what happens to private satellites and their operators when commercial assets are used in sovereign defense missions or grey-zone conflicts.
• Determine the fair price of risk: how much should government compensate or insure commercial partners for loss in a contested orbit?
• Explore whether a universal code of conduct is achievable by 2028 or if private operators must act as active participants in sovereign defense.
Speaker: Charles Cynamon, President, Telesat Government SolutionsÂ
• Why is the industry still tethered to the 60-year-old model of disposable satellites? We evaluate the engineering, insurance, and cultural hurdles preventing on-orbit refueling from becoming the mandatory industry standard by 2027.
• Is "Launch and Leave" actually the most cost-effective path for mega-constellations, or is life-extension the only way to protect long-term ROI? We break down the math on whether a "service call" is a smart strategic move or a financial money pit compared to a fresh launch
• Can the industry agree on a universal "gas cap" for satellites, or will the "Launch and Leave" mentality be replaced by proprietary repair services that lock operators into a single vendor's ecosystem?
• Move from satellites as solo processors to fleet-level distributed architectures for storage and computing.
• Plan for a future where satellites deliver final intelligence outputs (not raw data), reducing reliance on massive ground stations.
• Vote: essential backbone of the new economy—or an expensive trap?
Jonny Dyer, CEO, Muon Space
Chad Anderson, CEO, Space Capital
Moderator: Dave Cavossa, CEO, CSF
• Analyze the impact of recent legislative exclusions on military-use spectrum and develop strategies for ground station resilience to maintain clean frequencies for both defense and commercial broadband missions.
• Address the escalating threats of GPS jamming and spoofing to defense and commercial aviation while exploring cutting-edge downlink protection engineering for national security.
• Debate the trade-offs between different spectrum management approaches to ensure interference-free communication and practical guidance for ground stations on reusing cellular frequencies in contested domains.
• Tackle the 2026 mandates of the EU Space Act that impose European environmental and debris standards on any US operator serving the EU market.
• Execute a policy roadmap to secure US-EU "Regulatory Equivalence," ensuring US-licensed satellites aren't legally barred from European enterprise and government contracts.
• Discuss how to scale into Allied markets while navigating extraterritorial inspections that could conflict with US ITAR/EAR laws.
• Identify critical dependencies on Chinese components and execute a transition strategy to trusted, Western-aligned hardware without compromising the speed of 2026 defense missions
• Implement rigorous ""Clean Space"" protocols to shield sensitive commercial research, such as microgravity pharma or semiconductor breakthroughs, from state-sponsored intellectual property theft
• Deploy quantum-resistant encryption across commercial gateways to ensure that dual-use assets remain invisible to adversarial decryption efforts as they transition through contested zonesÂ
• Move the security conversation from passive firewalls to active resilience where constellations are built to fight through and recover from attacks in real-time.
• Tackle the growing crisis of trust in satellite data by exploring how to verify every packet of information before it ever touches the ground.
• Evaluate the strategic necessity of quantum-resistant security today to prevent the total obsolescence of national assets when decryption tech matures
Michelle Parker, VP Space Systems, Boeing
Asit Tandon, Chief IT & Network Officer, Telesat
CEO, CesiumAstro
Moderator: TBCÂ
• Establish clear protocols for when a commercial satellite must execute evasive maneuvers to avoid kinetic threats, balancing the cost of fuel depletion against mission survival.
• Negotiate standardized government insurance frameworks to compensate commercial operators for the loss or damage of private assets when they are utilized in sovereign defense operations.
• Stress-test the ability of a commercial fleet to automatically switch to a secure, resilient "Dual-Use" mesh network the moment traditional ground-links are compromised by electronic warfare
• Align on a co-existence protocol that prevents high-power satellite downlinks from interfering with terrestrial 5G towers in dense urban borders.
• Establish the ""Owner of the Subscriber"" hierarchy between Mobile Network Operators (MNOs) and Satellite providers for non-emergency 5G data.
• Stress-test the 2027 link-budget - determining if we can realistically deliver high-speed data to unmodified handsets without massive, unscalable apertures.
Step into a highly engaging, interactive environment led by an industry expert to hash out the real-world hurdles of orbital scale, cybersecurity, and defense acquisition.
Interested in leading it? Get in touch with our team to position your brand at the focal point of 2027 budget and policy shifts by hosting this high-value strategy session.
• Shift from custom projects to high-rate assembly lines that deliver at scale without losing performance required for current defense missions.
• Build resilience through trade disruption and material constraints to keep production moving.
• Move to a ""Platform-as-a-Service"" model and build repeatable, high-assurance space systems.
• Participate in a high-level debrief on how the new Congressional landscape will realign 2027 space budgets between civil exploration and urgent national security needs.
• Debate the post-midterm realignment and its impact on the administration’s space agenda, focusing on the programs shielded by the new Congressional makeup and those vulnerable to the 2027 fiscal cycle
• Contribute to a live, digital "Fear & Opportunity" map to identify the most significant regulatory surprises of 2026 and how they will dictate the 2027 commercial strategy.
This interview will be moderated by a Reuters journalist under the Reuters Trust Principles
Speakers:
Jason Kim, CEO, Firefly Aerospace
Joey Roulette, Space Correspondent, Reuters
• Evaluate how rapid-fire software patches can defend dual-use constellations against electronic warfare and cyber-spoofing in ways that hardware-heavy systems cannot.
• Define the requirement for an open-architecture software standard that allows commercial startups to ""plug and play"" their apps into existing government-controlled orbital platforms.
• Establish a framework for ""Verified Autonomy,"" ensuring that dual-use AI can be trusted to make split-second operational decisions without constant human-in-the-loop oversight from ground crews.
Speaker: Bridgit Mendler, CEO, Northwood Space
Moderator: Novaspace
• Confront the tension between new regional laws like the EU Space Act and the industry's need for a frictionless, borderless orbital economy.
• Assess whether the rise of domestic space policies creates essential safety guardrails or simply acts as a protectionist barrier to global entry
• Define what responsible orbital citizenship looks like in a crowded sky and how the private sector can lead on sustainability before regulation stifles growth.
Â
Speakers:
James Mason, Chief Space Officer, Planet
Emile DeRijk, CEO, Swissto12
• Shift from custom projects to high-rate assembly lines that deliver at scale without losing performance required for current defense missions.
• Build resilience through trade disruption and material constraints to keep production moving.
• Move to a ""Platform-as-a-Service"" model and build repeatable, high-assurance space systems.
• Transition from slow, custom-built programs to platform-based, shared-risk partnerships that buy immediate capabilities rather than just hardware
• Navigate the 2026 shift to Portfolio Acquisition Executives (PAEs) to bypass traditional R&D "valleys of death" and secure contracts in weeks.
• Pivot mission assurance to prioritize 90% capability today over 100% in 2029, making speed the ultimate security feature.
• Deploy onboard AI to give Golden Dome satellites the autonomy to detect and kill cyber threats instantly without waiting for ground instructions.
• Bridge the gap between manufacturers and operators to ensure there are no single points of failure in the missile shield’s data links.
• Establish space-ready patching and incident response rules that keep the shield operational during a live attack.
Speakers:
El Gardner, National Security Space Principal, L3Harris
Megan Tremer, President, Teledyne Space ImagingÂ
• Confront the legal grey zone of what happens to private satellites and their operators when commercial assets are used in sovereign defense missions or grey-zone conflicts.
• Determine the fair price of risk: how much should government compensate or insure commercial partners for loss in a contested orbit?
• Explore whether a universal code of conduct is achievable by 2028 or if private operators must act as active participants in sovereign defense.
Speaker: Charles Cynamon, President, Telesat Government SolutionsÂ
• Tackle the 2026 mandates of the EU Space Act that impose European environmental and debris standards on any US operator serving the EU market.
• Execute a policy roadmap to secure US-EU "Regulatory Equivalence," ensuring US-licensed satellites aren't legally barred from European enterprise and government contracts.
• Discuss how to scale into Allied markets while navigating extraterritorial inspections that could conflict with US ITAR/EAR laws.
• Establish clear protocols for when a commercial satellite must execute evasive maneuvers to avoid kinetic threats, balancing the cost of fuel depletion against mission survival.
• Negotiate standardized government insurance frameworks to compensate commercial operators for the loss or damage of private assets when they are utilized in sovereign defense operations.
• Stress-test the ability of a commercial fleet to automatically switch to a secure, resilient "Dual-Use" mesh network the moment traditional ground-links are compromised by electronic warfare
• Establish a universal baseline for laser transceivers to ensure satellites from different vendors can talk to each other without specialized hardware.
• Integrate LEO, MEO, and GEO satellites into a single mesh network to eliminate data delays and unlock 6-terabit global capacity.
• Solve the weather and tracking issues that plague laser links by developing hybrid protocols that automatically switch paths to keep the data flowing.
• Why is the industry still tethered to the 60-year-old model of disposable satellites? We evaluate the engineering, insurance, and cultural hurdles preventing on-orbit refueling from becoming the mandatory industry standard by 2027.
• Is "Launch and Leave" actually the most cost-effective path for mega-constellations, or is life-extension the only way to protect long-term ROI? We break down the math on whether a "service call" is a smart strategic move or a financial money pit compared to a fresh launch
• Can the industry agree on a universal "gas cap" for satellites, or will the "Launch and Leave" mentality be replaced by proprietary repair services that lock operators into a single vendor's ecosystem?
• Move from satellites as solo processors to fleet-level distributed architectures for storage and computing.
• Plan for a future where satellites deliver final intelligence outputs (not raw data), reducing reliance on massive ground stations.
• Vote: essential backbone of the new economy—or an expensive trap?
Â
Jonny Dyer, CEO, Muon Space
Chad Anderson, CEO, Space Capital
Moderator: Dave Cavossa, CEO, CSF
• Discuss the transition from experimental prototypes to full-rate production of the space-based sensor layer. How do we scale from a handful of test satellites to a persistent ""Golden Dome"" that eliminates the ""horizon gap"" exploited by hypersonic glide vehicles?
• Analyze the move away from linear sensor-to-shooter links toward an AI-driven, multi-orbit mesh. How can commercial data streams be fused with military fire-control in milliseconds to intercept maneuvering threats that outpace traditional radar?
• Looking to the 2028 deadline, how are we solving the ""discriminating"" challenge - distinguishing lethal warheads from complex decoys in real time - to ensure the shield is effective against peer-adversary saturation attacks?
• Analyze the impact of recent legislative exclusions on military-use spectrum and develop strategies for ground station resilience to maintain clean frequencies for both defense and commercial broadband missions.
• Address the escalating threats of GPS jamming and spoofing to defense and commercial aviation while exploring cutting-edge downlink protection engineering for national security.
• Debate the trade-offs between different spectrum management approaches to ensure interference-free communication and practical guidance for ground stations on reusing cellular frequencies in contested domains
• Identify critical dependencies on Chinese components and execute a transition strategy to trusted, Western-aligned hardware without compromising the speed of 2026 defense missions
• Implement rigorous ""Clean Space"" protocols to shield sensitive commercial research, such as microgravity pharma or semiconductor breakthroughs, from state-sponsored intellectual property theft
• Deploy quantum-resistant encryption across commercial gateways to ensure that dual-use assets remain invisible to adversarial decryption efforts as they transition through contested zonesÂ
• Move the security conversation from passive firewalls to active resilience where constellations are built to fight through and recover from attacks in real-time.
• Tackle the growing crisis of trust in satellite data by exploring how to verify every packet of information before it ever touches the ground.
• Evaluate the strategic necessity of quantum-resistant security today to prevent the total obsolescence of national assets when decryption tech matures
Michelle Parker, VP Space Systems, Boeing
Asit Tandon, Chief IT & Network Officer, Telesat
CEO, CesiumAstro
Moderator: TBCÂ
• Define the technical requirements for interoperable fission and solar power systems that can serve multiple commercial and government tenants at the South Pole basecamp.
• Execute a common docking and offloading interface to ensure that hardware from different vendors can be serviced by a single, unified lunar logistics network.
• Identify the specific commercial triggers such as ""In-Situ Resource Utilization"" (ISRU) contracts that will move lunar industry from government-funded experiments to self-sustaining private ventures.
Speaker: Paul Tilghman, CTO, Voyager Technologies
• Analyze the transition from ISS experiments to autonomous commercial factories for pharma, focusing on microgravity-stabilized drug delivery.
• Rank the commercial viability of non-pharma outputs, specifically focusing on ZBLAN fiber and radiation-hardened semiconductors for the 2027 supply chain.
• Propose a shared-cost model for return logistics, ensuring that getting precious cargo back to Earth doesn't consume the manufacturing margin.
Speaker:
John Cirtain, CEO, Axiom Space
• Align on a co-existence protocol that prevents high-power satellite downlinks from interfering with terrestrial 5G towers in dense urban borders.
• Establish the ""Owner of the Subscriber"" hierarchy between Mobile Network Operators (MNOs) and Satellite providers for non-emergency 5G data.
• Stress-test the 2027 link-budget - determining if we can realistically deliver high-speed data to unmodified handsets without massive, unscalable apertures.
• Navigate the first 24 hours and respond to the definitive discovery of life beyond Earth by managing the immediate breakdown of global orbital protocols.
• Deploy strategies to control the narrative and prevent market volatility and ensure that the discovery of the millennium doesn't trigger a terrestrial crisis.
• Stress test the reality of inter-agency speed under extreme pressure, coordinating between government and private entities to solve the crisis before mission failure.
Step into a highly engaging, interactive environment led by an industry expert to hash out the real-world hurdles of orbital scale, cybersecurity, and defense acquisition.
Interested in leading it? Get in touch with our team to position your brand at the focal point of 2027 budget and policy shifts by hosting this high-value strategy session.