The Next Frontier of Space Infrastructure

The rapid evolution of space technology is reshaping how humanity operates in orbit and beyond. We will explore how advanced propulsion, next-generation aerospace systems, deep-space connectivity, and on-orbit servicing are expanding the boundaries of what's possible—from intelligent spacecraft capable of real-time decision-making to always-on connectivity networks spanning GEO and cislunar space, and on-orbit servicing that extends the life of critical space assets. As the space economy accelerates, discover how the foundational infrastructure of tomorrow is being engineered today.

In this session, Quantum Space’s Kerry Wisnosky, Lockheed Martin's Randy Stiles, and Stanford's Simone D'Amico join Ernestine Fu Mak, with introductory remarks from Joe Felter.

Key Takeaways

• The Next Space Economy Depends on Mobility

  Future space operations require propulsion and transportation infrastructure that enables spacecraft to maneuver freely across LEO, GEO, and cislunar space.

• Autonomous Spacecraft Are the Next Frontier

  Spacecraft must evolve from ground-controlled systems to intelligent platforms capable of making trusted, real-time decisions.

• Deep Space Requires Intelligence at the Edge

  Persistent connectivity, onboard computing, and autonomous sensing will be essential as missions move beyond Earth orbit.

• On-Orbit Servicing Is Still in Its Early Stages

  Repairing and servicing non-cooperative satellites will require major advances in autonomy before becoming commercially viable.