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Second Stage

SPC Subhead

Space Mining Conference

To drive the future of space resource utilization by advancing technologies, strategies, and partnerships that enable the extraction, processing, and use of extraterrestrial materials for sustainable space exploration and economic growth.

Conference Overview

The Space Mining Conference is the premier event for those driving the future of space resource exploration and utilization. It brings together global leaders across industries to discuss breakthroughs, share knowledge, and forge strategic partnerships. From terrestrial mining giants to cutting-edge startups, the event fosters a dynamic exchange of ideas, creating a collaborative ecosystem that accelerates the development of in-space mining technologies.

Program Topics
  • Asteroid Mining Technologies: Innovations in robotics, sensing, and extraction.
  • Lunar and Martian Resource Utilization: Strategies for leveraging regolith and water-ice deposits.
  • ISRU and Sustainability: Building self-sufficient habitats through mined resources.
  • Legal and Policy Frameworks: Navigating the complexities of space resource rights and international law.
  • Economic Opportunities: Investment trends and business models for space mining ventures.
  • Technology Showcase: Live demos and presentations of next-generation tools and platforms.
  • Collaborative Case Studies: Success stories from industry partnerships and missions.
  • Future Horizons: Long-term visions for resource extraction on asteroids, moons, and planets.

Who Should Attend

  • Industry Leaders: Executives, innovators, and decision-makers in aerospace, mining, and advanced manufacturing.
  • Scientists and Researchers: Experts in geology, planetary science, and resource extraction.
  • Entrepreneurs and Startups: Visionaries creating new technologies for in-space mining.
  • Government Agencies: Representatives from NASA, ESA, and other spacefaring organizations shaping policy and funding initiatives.
  • Investors and Venture Capitalists: Individuals and firms seeking opportunities in the rapidly expanding space economy.
  • Policy Makers: Stakeholders defining regulatory frameworks and international agreements.

This conference is a unique opportunity to be at the forefront of an emerging trillion-dollar industry. By joining, attendees will gain insights, make connections, and contribute to shaping the infrastructure of humanity’s next frontier.

Products on Display

  • Robotic excavation systems for extraterrestrial mining
  • Advanced sensing and surveying technology
  • In-situ resource utilization (ISRU) solutions
  • Habitat and life-support systems utilizing mined resources
  • Energy storage and power systems for space operations
  • Orbital logistics and transportation services

Space Manufacturing Conference

To accelerate innovation, foster collaboration, and shape the future of manufacturing to support the commercial space economy and sustainable space exploration.

Conference Overview

Produced by SpaceCom, the Space Manufacturing Conference is the ultimate platform for exploring the next era of production in and for space. It unites experts from across the aerospace, manufacturing, and technology sectors to discuss the technologies, business models, and collaborations driving advancements in space manufacturing. 

Program Topics
  • Microgravity Manufacturing: The benefits and challenges of producing goods in space.
  • Additive Manufacturing in Orbit: Applications and advancements in 3D printing for space structures.
  • Space-Enabled Biomanufacturing: Exploring breakthroughs in pharmaceuticals and organ production.
  • Advanced Materials for Space Applications: Developing materials for extreme environments and mission-critical uses.
  • Orbital Factories and Habitats: Building infrastructure to support large-scale space manufacturing.
  • Satellite Servicing and On-Orbit Assembly: Reducing costs and extending satellite lifespans.
  • Power and Energy Solutions for Manufacturing: Harnessing solar energy and advanced storage systems.
  • The Economic Landscape: Investment strategies and commercial viability of space manufacturing.
  • Policy and Collaboration: Navigating regulations and fostering global partnerships for success.
  • Technology Spotlights and Live Demos: Showcasing next-gen manufacturing solutions for space.

Who Should Attend

  • Aerospace and Defense Leaders: Executives and engineers from space industry giants and national defense organizations.
  • Manufacturers and Innovators: Companies specializing in advanced materials, additive manufacturing, and industrial automation.
  • Space Entrepreneurs and Startups: Pioneers developing technologies for in-space production.
  • Government and Space Agencies: Representatives from NASA, Space Force, and international space agencies.
  • Academia and Researchers: Experts in material science, microgravity research, and engineering.
  • Investors and Venture Capitalists: Individuals and firms identifying growth opportunities in space manufacturing.

Products and Services Highlighted

  • Additive manufacturing systems designed for microgravity environments
  • Advanced materials for space applications (e.g., radiation shielding, lightweight composites)
  • Orbital factories and habitats for manufacturing and assembly
  • Space-enabled biomanufacturing (e.g., pharmaceuticals, organ printing)
  • Energy and power systems for in-orbit production
  • Robotics and automation systems for space-based assembly and repairs
  • Satellite servicing and manufacturing capabilities

By attending this SpaceCom-produced conference, participants will gain unparalleled insights into one of the most transformative sectors in the space industry. This event is your launchpad to connect with industry leaders, discover emerging technologies, and help define the future of manufacturing beyond Earth.

Destination Mars

To unite visionaries, innovators, and pioneers in advancing the journey to Mars, fostering collaboration to overcome challenges and unlock opportunities for exploration, habitation, and sustainability on the Red Planet.

Conference Overview

The SpaceCom Mission to Mars Conference is the definitive forum for advancing humanity’s mission to the Red Planet. From cutting-edge technology to pioneering research, this event brings together the brightest minds and boldest innovators to tackle the challenges of interplanetary travel and establish sustainable living conditions on Mars. With a dynamic mix of keynotes, panels, and exhibits, participants will engage in a collaborative exchange of ideas to shape the future of Mars exploration and settlement.

Tentative Program Topics
  • Mars Mission Architectures: Roadmaps for crewed and uncrewed missions to Mars.
  • Propulsion and Transport: Innovations in propulsion systems and spacecraft design for interplanetary travel.
  • Habitats and Life Support: Designing self-sustaining habitats for Martian environments.
  • ISRU and Sustainability: Leveraging Martian resources for fuel, water, and building materials.
  • Surviving Mars: Strategies for radiation protection, health, and psychological well-being.
  • Robotics for Mars Exploration: Autonomous systems for surveying, construction, and resource extraction.
  • Mars Science and Exploration Goals: Astrobiology, geology, and search for past or present life.
  • Mars Colony Economics: Business models, investment strategies, and market opportunities for Mars.
  • International Collaboration: Building partnerships across nations for Mars missions.
  • The Human Element: Preparing astronauts for the challenges of interplanetary travel and settlement.

Who Should Attend

  • Aerospace Leaders: Executives, engineers, and scientists from space agencies and private aerospace companies.
  • Researchers and Scientists: Experts in planetary science, astrobiology, and space medicine.
  • Space Technology Innovators: Developers of propulsion systems, habitats, and life-support technologies.
  • Government and Policy Makers: Representatives from NASA, ESA, and other national space organizations shaping Mars-related policies.
  • Investors and Venture Capitalists: Backers of Mars-focused technologies and ventures.
  • Educators and Advocates: Those inspiring the next generation of Mars explorers and leaders.
Products on Display
  • Advanced propulsion systems for interplanetary travel
  • Spacecraft and habitats for long-duration missions
  • Life-support and environmental control systems
  • Robotics and autonomous systems for surface exploration
  • ISRU (in-situ resource utilization) technologies for Martian resources
  • Radiation protection and shielding materials
  • Mars-specific research and mission planning software
Who Should Exhibit
  • Aerospace manufacturers and contractors
  • Planetary science organizations
  • Robotics and AI companies
  • Space habitat and life-support providers
  • ISRU and advanced materials developers
  • Spaceport and launch services providers
  • Research institutions and academic programs

A.I. Horizons

To accelerate the integration of artificial intelligence (AI) across space exploration and missions, empowering the industry to optimize operations, solve complex challenges, and unlock new frontiers in space innovation.

Conference Overview
The SpaceCom A.I. Horizons Summit focuses on the transformative power of AI in advancing space missions and projects. By convening thought leaders from aerospace, AI development, and research communities, the event offers a collaborative platform to explore how AI is reshaping mission planning, autonomous systems, data processing, and decision-making in space. This conference is a catalyst for innovation, enabling breakthroughs that drive efficiency, reduce costs, and push the boundaries of human knowledge and exploration.

Tentative Program Topics
  • AI in Mission Design and Planning: Optimizing resources and schedules for complex space missions.
  • Autonomous Spacecraft and Navigation: Leveraging AI for real-time decision-making and control.
  • Predictive Analytics for Space Systems: AI’s role in detecting and preventing failures in orbit.
  • AI for Satellite Operations: Enhancing Earth observation, data processing, and anomaly detection.
  • Robotics and AI in Exploration: Autonomous systems for planetary surface operations and assembly tasks.
  • AI-Driven Space Weather Prediction: Improving forecasts to protect satellites and crewed missions.
  • Machine Learning in Deep Space Communication: Optimizing data transmission over vast distances.
  • AI for Space Resource Utilization (ISRU): Identifying and extracting resources on planetary bodies.
  • Ethics and Security in Space AI: Ensuring responsible development and deployment of AI systems.
  • The Future of AI in Space: Visionary discussions on AI's long-term role in space exploration and settlement.
Who Should Attend
  • Aerospace Engineers and Executives: Professionals driving innovation in spacecraft, satellites, and missions.
  • Data Scientists and AI Specialists: Experts in machine learning, neural networks, and data analysis.
  • Government and Space Agency Representatives: Leaders from NASA, ESA, Space Force, and other organizations.
  • Entrepreneurs and Startups: Innovators creating AI-driven solutions for space challenges.
  • Investors and Venture Capitalists: Funders looking to back AI technologies in the space sector.
  • Researchers and Academics: Specialists in AI, robotics, and autonomous systems.
Products on Display
  • AI-powered mission planning and scheduling tools
  • Autonomous spacecraft navigation and control systems
  • Predictive maintenance for satellites and space assets
  • AI-driven Earth observation and data analytics platforms
  • Space robotics and autonomous systems for exploration and assembly
  • AI algorithms for deep-space communication optimization
  • Space weather forecasting and anomaly detection tools
Who Should Exhibit
  • Aerospace companies and contractors
  • AI and machine learning platform providers
  • Robotics and automation companies
  • Data analytics firms specializing in satellite and Earth observation
  • Space agencies showcasing AI-integrated missions
  • Universities and research institutions focused on AI and space