Why is Futuverse™ a digital twin?

A digital twin is a virtual representation that serves as the real-time digital counterpart of a present or future physical object or process. Onteco™ Mars acts as a testing platform for future settlements on Mars, allowing for real-time simulations and interactions. This helps prepare for off-world missions and develop sustainable solutions by analyzing social and physical constraints and integrating AI to adjust designs and policies.

Why is Onteco™ Mars a space analog?

A space analog simulates aspects of a human space mission in a controlled environment. Onteco™ Mars serves as a space analog by providing an immersive virtual environment that mirrors the challenges of living on Mars. This allows for testing and refining solutions in a safe, scalable way, making it economically feasible and sustainable.

What is the timeline for construction on Mars?

Building on Mars involves several critical steps, including developing steel production from local resources, oxygen manufacturing, and advanced tunneling technology. Initial colonies, consisting of 3D-printed buildings and geodesic domes, are planned for 2035. More advanced constructions like Cliffcity™ are expected to start by 2054. These steps require detailed analysis and scalable testing on Earth, advancements in robotics and AI, and improved rocket technology for transporting people and materials.

How much space will Martians have in their cities?

The first settlements (2035-2065) will be compact, prioritizing survival. Scientists and astronauts will live in 3D-printed buildings with shared spaces, similar to capsule hotels on Earth. Cliffcity™ (2065-2100) will provide larger spaces, accommodating civilians with private apartments (MIRS™ units) of 25 m² each. The total area per person will be 140 m², including communal and supporting areas. This is comparable to dense urban areas on Earth but is designed to be more efficient and sustainable. The architectural solution emphasizes minimizing material use while maximizing livable space.

The experiment will show what people are missing, what they would build, and how to improve the city. How will these adaptations be realized?

The digital twin of Onteco™ Mars is designed to be highly adaptive, incorporating user feedback and real-time data to evolve continuously. The environment within the digital twin will be updated regularly based on the needs and preferences of its inhabitants.

The Minimum Individual Residential Spaces (MIRS) will remain customizable by their owners, allowing for personal preferences and adjustments. However, the broader city infrastructure will undergo updates and improvements based on collective feedback. This process is akin to software updates, where new features and enhancements are rolled out to improve user experience.

Permanent improvements will be implemented to address issues, enhance functionality, and optimize living conditions. These updates will ensure that the digital twin remains a dynamic and responsive environment, capable of evolving with its inhabitants’ needs and preferences. By leveraging real-time data and user insights, Onteco™ Mars will continuously refine its design and operations, providing a living space that adapts to its residents’ changing requirements.

How is the architectural solution of the Cliffcity™?

Cliffcity™ is designed within the slopes of Martian cliffs, utilizing the natural protection of the rock. The city is situated on the slope of a cliff with abundant water access, providing a vertical living environment that is shielded from radiation and micrometeorites. The steep terrain allows for the creation of Macrobuildings—large, self-sufficient structures built into the cliff face. Each Macrobuilding includes residential, work, entertainment, parks, and spaces dedicated to art. These structures function similarly to giant mixed-use skyscrapers on Earth, where daily activities occur inside the building.

Macrobuildings are designed as three-dimensional networks of fourteen-meter diameter tunnels extending up to 120 meters into the cliff. This layout ensures protection from radiation and temperature extremes, leveraging the rock’s thermal inertia to maintain stable internal temperatures. The tunnels also manage internal atmospheric pressure differences, reducing the risk of structural failure.

The architectural solution includes larger communal areas at the valley of the cliff, featuring dome structures and large tunnels for hospitals, schools, sports facilities, cultural activities, shopping areas, and transportation hubs. These domes are transparent, providing a visual connection to the Martian landscape and protected by large canopies from radiation and micrometeorites. The domes act as city parks and greenhouses, creating diverse ecosystems that enhance the residents’ well-being.

How will transportation within Cliffcity™ be managed?

Cliffcity™ will feature an efficient transportation system that includes elevators, walkways, and possibly automated vehicles to navigate the vertical layout. This system will ensure easy access to different parts of the city, promoting connectivity and convenience for all residents.

What recreational activities will be available?

Recreational activities will be essential for maintaining mental and physical health. Cliffcity™ will include spaces for sports, arts, and social gatherings. Parks and green domes will provide areas for relaxation and community events, fostering a sense of normalcy and well-being.

What happens upon the birth of a child? Do new citizens automatically get their 25 m²?

Mars will require a natality control plan due to limited resources. People will likely not be able to have children without the settlement’s knowledge, as resources will be limited. Only citizens can own MIRS™ units, with each citizen allocated one unit. Visitors can live in pods or rent MIRS™ units for short-term stays. If a family wants to have a child, they must first secure an additional MIRS™ to accommodate the new family member. Newborns on Mars are by default citizens and therefore receive their 25 m² space. If parents do not have the resources to provide for a newborn, they risk losing their citizenship, and the child will inherit one of the parent’s MIRS™ units.

Could giving birth become a sort of business model in this respect?

To prevent the exploitation of natality for personal gain, the community will regulate this aspect. Depending on the city’s needs, the settlement can build new MIRS™ units with communal resources to incentivize or control natality. This ensures that population growth is aligned with the available resources and infrastructure.

How is the life-support infrastructure managed on Mars?

Martian settlements require robust life-support systems for air, water, food, and energy production. AI and robotics will play essential roles in maintaining optimal conditions and minimizing risks. Buildings will include emergency refuges and common spaces that act as firebreaks and shelters. Air showers at each macrobuilding entrance will clean and sterilize for health protection. These measures ensure that all essential functions are continuously monitored and managed to sustain human life.

How will the community handle emergencies?

Emergency preparedness is a critical aspect of life on Mars. Buildings will include refuge zones and common spaces that act as firebreaks and shelters. AI and robotics will assist in maintaining optimal conditions and responding to emergencies. Regular drills and simulations will ensure that all residents are well-prepared for potential crises.

What will the diet on Mars be like?

The Martian diet will focus on plant-based foods, with hydroponic and aquaponic farming systems playing key roles. Insects and algae will also be essential components. These sustainable food production methods are necessary to support long-term human habitation. Large-scale livestock farming is not viable due to the high energy and space requirements. Crops will be grown in CO2-enriched environments, with operations automated to reduce human labor.

What materials will be used for building on Mars?

To ensure sustainability, materials will be sourced locally on Mars. This reduces the energy required for transport from Earth. Key materials include steel, obtained by processing water, iron, and CO2, and other minerals available on Mars. Utilizing local resources supports autonomous development and helps create a self-sustaining settlement.

What will daily life be like on Mars?

Work on Mars will focus on technical and management tasks related to robotics, mining, and production. Although robotics and AI will perform the most intensive work, humans will manage and coordinate these systems. The community will also value arts and self-expression, fostering a vibrant cultural environment. Life will be challenging but rewarding, with a strong emphasis on collaboration and sustainability.

How will education be handled on Mars?

Education will be a priority, with dedicated spaces for schools and universities within Cliffcity™. The curriculum will focus on sustainability, technology, and Martian-specific challenges. Virtual learning and AI-assisted teaching will play significant roles in providing high-quality education to all residents.

How will governance work on Mars?

Governance will be community-driven, with residents participating in decision-making processes. Blockchain technology will ensure transparency and security in governance. Regular votes and discussions will help shape policies and ensure that the community’s needs are met.

Discover the first world of the Futuverse™ and join us in building a sustainable future on Mars. Learn more about the challenges, innovations, and opportunities that await in this new frontier. Visit the Hall of Founding Citizens to see the visionaries behind Onteco™ Mars and explore the Web3 store to buy your digital real estate on Mars.