OUR MISSION
The life support system on the ISS sustains 6 crew members under normal conditions and up to 12 in special circumstances,
but beyond that, resources become strained. For large-scale space colonization, we must expand technological capacity — yet current
mechanical life-support systems suffer from high costs, malfunctions, and complex implementation.
RHEA anticipates these challenges by offering a revolutionary life-support approach that seamlessly integrates nature and
technology for oxygen generation, CO₂ removal, water filtration, and waste management — paving the way for truly sustainable space habitats.
HOW IT WORKS
RHEA provides modular, customizable solutions for space settlements, whether you need a single biosphere component or a fully built ecosystem.
At the core is RHEA, our AI-powered platform, offering real-time insights and smart blueprints to design and optimize your habitat.
You choose what you need, from hydroponic farms to complete life-support systems — while RHEA ensures seamless integration, adaptability, and long-term sustainability.
Flexible, scalable, and data-driven, RHEA evolves with your vision.
Roadmap
Phase 1: Genesis
Focus on research & development of ecosystem prototypes, conducting small-scale tests for biosphere technology, building the initial database & network.
Phase 2: Expansion
Exploring new frontiers in the industry and expanding into new markets on Earth.
Phase 3: Innovation
Creating the first space ecosystems.
OBJECTIVES
Expand Capacity of Space Habitats
By relying on ecosystem-based systems, we create more efficient and scalable solutions for hosting larger populations in space, ensuring sustainable growth as space settlements expand.
Oxygen Production
Our goal is to develop a closed-loop system where oxygen is entirely produced by plants within the settlement — eliminating the need for external oxygen shipments and ensuring long-term sustainability.
Cost Reduction
A biological life support system offers significant cost savings over time. With greater self-sufficiency, it reduces reliance on costly technological imports and maintenance, ensuring that space habitats become economically viable in the long run.
Increase the Quality of Life
Our approach will create space environments that replicate the natural landscapes of Earth, offering future residents a true sense of home. By integrating plant life, natural cycles, and sustainable systems, we'll provide psychological comfort and enhanced well-being — essential for the long-term success of human life in space. The environment will not only support survival but also foster a sense of connection to Earth, making space settlements a place where people can thrive.