Stratis ExoIndustries

A Next-Generation Astro-Industrial Enterprise Specializing in Magnetohydrodynamic-Field Based Resource Extraction, Refinement, and Transport.

About

Magnetohydrodynamic-Field (MHD-Field) technologies refer to systems that manipulate electrically conductive fluids (such as plasmas, liquid metals, or ionized gases) using magnetic and electric fields. These technologies are primarily explored in advanced propulsion, energy generation, and plasma confinement applications.

We are building the resource backbone of the space economy, turning celestial bodies into the fuel, infrastructure, and materials of tomorrow.

Stratis ExoIndustries is a space-based resource acquisition and utilization company, leveraging cutting-edge Magnetohydrodynamic-Field (MHD) technologies to mine, refine, and transport valuable materials from asteroids, moons, and planetary bodies. Our goal is to establish sustainable, scalable, and autonomous space resource operations, enabling the next era of space exploration, industry, and habitation.

What We Do

  • MHD-Enabled Resource Extraction

    Plasma Drilling & Regolith Processing: MHD-field plasma torches break down and extract material without the wear and tear of mechanical drills.

    Electromagnetic Excavation: Magnetic separation allows for non-contact material collection in microgravity, ideal for asteroid mining.

    ISRU Optimization: Extracted volatiles like water ice (for hydrogen/oxygen fuel) and metals (for in-space manufacturing) are processed for on-site utilization and logistics.

  • Zero-G Refinement & Material Processing

    Electromagnetic Ore Separation: MHD-field technology refines raw materials into usable metals and elements without traditional smelting, reducing waste and energy consumption.

    In-Situ Fuel Production: Water ice is converted into rocket fuel (LH2/LOX), reducing Earth-launch dependencies for deep-space missions.

    Rare Material Extraction: Platinum, nickel, and rare-earth metals essential for advanced electronics and clean energy are processed and transported back to Earth.

  • Space-Based Logistics & Material Transport

    MHD Propulsion for Cargo Transport: Plasma-based electric propulsion enables efficient, sustained transport of extracted resources to Earth or orbital processing hubs.

    Autonomous Orbital Refineries: Mined materials are refined and stored in space-based depots, creating a permanent supply chain for future space industries.

    Electromagnetic Launch & Reentry: Magnetic-assisted launch systems reduce propellant needs, making cargo delivery to Earth more efficient.

  • Infrastructure & Commercialization for Space Industry

    Building the Lunar & Martian Economy: Our in-space mining operations support habitat construction, 3D-printing technologies, and sustainable fuel production for lunar and Mars colonies.

    Public & Private Sector Partnerships: We work with governments, defense agencies, and private space corporations to supply materials for space manufacturing, orbital construction, and energy production.

    Enabling the Deep Space Economy: Our extractive operations provide critical materials for next-generation propulsion, space-based solar power, and deep-space exploration.

Advanced Applications in Space & Defense

Stratis Space is pioneering the future of energy and security in space with groundbreaking Magnetohydrodynamic (MHD) technology. As humanity expands beyond Earth, reliable power generation and advanced defense capabilities will be essential for sustaining lunar and Martian colonies, safeguarding orbital assets, and ensuring the security of deep-space operations.

One of the most transformative applications of MHD technology lies in space-based energy production. Orbital power stations, equipped with MHD systems, can efficiently collect and convert solar energy into directed-beam power, providing a continuous and sustainable energy supply for off-world settlements. This capability eliminates the limitations of planetary night cycles and atmospheric interference, ensuring uninterrupted power for lunar bases, Martian habitats, and deep-space missions. Looking further ahead, MHD-assisted plasma confinement could pave the way for compact fusion reactors, offering a virtually limitless energy source for spacecraft and extraterrestrial infrastructure. By harnessing fusion in space, Stratis Space aims to solve one of the most critical challenges of long-term space exploration—energy independence.

Beyond energy, MHD-field technology is revolutionizing space defense and security. In an era where orbital debris and emerging threats pose increasing risks to spacecraft and critical infrastructure, Stratis Space is developing next-generation high-speed interception systems capable of neutralizing incoming debris, asteroids, or hostile threats. MHD-driven electromagnetic fields enable localized plasma barriers, acting as dynamic shields that can deflect high-velocity space debris before impact—offering an unprecedented layer of protection for satellites, space stations, and crewed missions.

Additionally, MHD technology enhances counter-surveillance and anti-tamper measures for sensitive space assets. Electromagnetic cloaking and shielding systems can effectively mask spacecraft and onboard equipment from detection, reducing the risk of espionage or cyber-physical interference in deep-space operations. Whether securing commercial satellites, protecting military space assets, or ensuring data integrity in interplanetary communications, these advancements position Stratis Space as a leader in the emerging landscape of space security.

By integrating cutting-edge energy solutions with advanced defense capabilities, Stratis Space is not just building the future of space exploration—it is ensuring its sustainability, security, and strategic advantage in the new frontier.