LUNAR HABITATO
THE MOON FRANCHISE
SPaaS — Space as a Service
Our Mission
Enabling sustainable lunar colonization through revolutionary ISRU technology
The Issue
Our path to the stars is blocked by an impossible “weight tax”:
- $1M/kgPayload cost to lunar orbit
- ~3mWall thickness needed for 90% radiation protection
- 1,500tWeight of a 100 sq.m. habitat
- $1.5TResulting payload cost - unsustainable!
Our Solution
Our concept reduces both time and costs through innovation:
- AI-supported R&D with agile iteration cycles
- Research projects targeting close to 100% ISRU (ESA / Fraunhofer / MIT / Politecnico Torino)
- De-risking through XR simulations & feasibility studies
- 99.9%Cost reduction through ISRU disruption
The Company
HABITATO - Pioneering lunar habitat development with proven expertise
Terrestrial PoC
Proven concept with terrestrial applications
3 LOIs
Letters of Intent from Italian 3D pioneers
ESA Partnership
Industrial partnership with ESA & Fraunhofer
Expert Team
MIT, Fraunhofer & industry experts
Key Partnerships & Projects
Research project “Lunar Digital Twins” with Dr. Tommy Nilsson (FIT Fraunhofer) & Prof. Dr. Valentina Sumini (MIT Media Lab)
ASP Research project “Swarm Robotics”
3 Design IPs registered by EUIPO
100% ISRU moon habitat concept development
Patented Innovations
EUIPO registered intellectual property protecting our breakthrough technologies
Matryoshka Shell Design
World's first MaSh design providing maximal structural integrity through nested shell architecture.
Single Armor Protection
World's first surface protection design optimized for micro-meteorite impact resistance.
Bug Shield Double Armor
Advanced dual-layer protection system for maximum defense against micro-meteorite strikes.
Matryoshka Shell Design
Revolutionary multi-layered architecture for maximum protection and structural integrity
Technical Specifications
11.3m Internal Diameter
Optimized dimensions for structural efficiency and livable space
3m Wall Thickness
Double shell layer with single vacuum void between both shells for radiation protection
90%+ Radiation Shielding
Multi-layered protection against cosmic radiation and solar events
Unique Construction Method
The MaSh design utilizes regolith spheres arranged in a honeycomb-like pattern, creating an exceptionally strong structure that can be manufactured entirely from lunar materials using ISRU techniques.
Regolith Spheres
Regolith-based construction elements
Double Shell
Nested layers for redundancy
Withstands micro-meteorite impacts and extreme temperature cycling
Expandable design allows for colony growth over time
Multi-layer redundancy ensures safety in case of damage
Competitive Advantage
LUNAR HABITATO vs. Competition - Our unique selling propositions
| Feature | LUNAR HABITATO | Competitor A | Competitor B |
|---|---|---|---|
| MaSh Design | |||
| 100% ISRU Target | |||
| AI-Accelerated R&D | |||
| Patented IP (EUIPO) | |||
| ESA/Research Partners | |||
| Dual-Use Applications |
What Sets Us Apart
- Only company with patented Matryoshka Shell design
- Targeting 100% ISRU - not just partial utilization
- 99.9% cost reduction potential (Factor 1000)
Portfolio Highlights
- Research projects (ESA XR study, ISRU study, swarm robotics)
- Licensable AI-based feasibility simulations
- Commercially usable 1:1 demonstrator
- GLAMS: Geopolymers for Additive Manufacturing and Lunar Monitoring
In-Situ Resource Utilization
The key to sustainable lunar colonization - using what the Moon provides
Extract
Harvest regolith from the lunar surface
Process
Convert raw regolith into construction material
Form
3D print structural elements
Build
Assemble complete habitat structures
Traditional Approach
ISRU Approach
The Vision: Sustainable Lunar Colonies
With ISRU technology, entire lunar villages become economically viable, enabling permanent human presence beyond Earth.
R&D & Technology Readiness
AI-accelerated research and strategic partnerships driving rapid advancement
AI-Accelerated R&D
Rapid iteration cycles powered by AI agents and BEYOND BOT AI
Partner Labs
In-house research + ESA, MIT, Politecnico Torino
LUNA Simulator
Validation through ESA LUNA facility trials
Strategic Partnerships
Materials, life support & thermal shielding partners
Key Research Collaborations
Lunar Digital Twins
Industrial partnership with ESA/Fraunhofer research project led by Dr. Tommy Nilsson (FIT Fraunhofer) & Prof. Dr. Valentina Sumini (MIT Media Lab)
Swarm Robotics
Research project for swarm robotics in additive manufacturing of shell structures - enabling autonomous construction on the lunar surface
2026 Milestones
XR-based feasibility simulations (OSIP lunar digital twins research)
Study: "Is 100% ISRU-driven lunar habitat deployment achievable?"
ASP research project "Swarm Robotics for Additive Manufacturing"
1st physical 1:1 prototype
Spacetech funding & VC deals sealed
Dual-Use at its Best
Transformative, sustainable ISRU solutions for both Earth and Space
Terrestrial Applications
- Sustainable 3D-printed construction using local materials
- Disaster-resistant shelter solutions
- Remote/extreme environment habitats
- Proof-of-concept demonstrators
Extraterrestrial Applications
- Lunar habitat construction using regolith
- Mars settlement infrastructure
- Asteroid mining support structures
- Deep space mission habitats
Key Benefits of Dual-Use Approach
Cost Reduction
Shared R&D costs between terrestrial and space applications
Industry Innovation
Space technology driving sustainable construction innovation on Earth
Market Diversification
Multiple revenue streams reducing business risk