Future Proof
Base 2.0.
Exploring resilient living systems
for an uncertain future.
This is not a product. It is a long-term experimental living laboratory and demonstration project — a prototype settlement combining off-grid living, dome structures, alternative energy, year-round food production, water independence, resource recovery and modular architecture.
Future Base 2.0 is our long-term concept for a fully self-sufficient off-grid eco base built around a small network of geodesic domes.
The system is planned as a group of six domes, each equipped with an independent renewable energy setup of up to 20 kW. The base is designed to operate outside conventional infrastructure, combining solar power, energy storage, water harvesting, water purification, vertical farming and low-waste management.
This is not a decorative eco-village. It is a working prototype for future living.
Geodesic frame — Ø 14 m, single entrance, triangulated shell.
Six domes — loose triangulation across the contour.
Independent.
Networked.
Each dome is designed as an independent off-grid unit with its own solar installation, battery storage and backup systems. The goal is to create a resilient network where every structure can work separately, but also support the whole base.
Photovoltaic → storage → dome. ~20 kW per unit.
Rainwater · filtration · reuse · purification.
Water independence.
Future Base 2.0 includes modern water independence systems:
- Rainwater harvestingW.01
- Water filtrationW.02
- Greywater reuseW.03
- Water purificationW.04
- Possible desalination where neededW.05
- Maximum reduction of water wasteW.06
The base includes vertical gardens designed to produce food throughout the year. The goal is to combine modern growing systems with local vegetation, native plants and climate-adapted species.
The project should not erase the landscape. It should learn from it.
Interior section — year-round growing inside the shell.
Atmosphere study — quiet interior glow.
Existing local plants, trees and natural shade systems should be used wherever possible. The design should maximise what already grows on site instead of replacing everything with imported landscaping.
Low waste.
Repairable.
The base is designed around minimal waste production, reuse of materials and simple, repairable systems. The goal is to build a place that can function for years without depending on constant supply chains.
Inputs return as compost, reuse and repair.
Ventilated, shaded, integrated with the garden.
This is not a militant vegan or vegetarian project. Nobody will be forced to change their eating habits.
However, on site there will be no possibility of harming animals or killing them for food. The base may include chickens, but only for eggs.
The chickens will live in a clean, modern, well-designed coop with natural light, shade, ventilation, space and no unnecessary antibiotics. The idea is to create one of the most advanced small-scale chicken habitats possible — healthy for animals, useful for people and fully integrated with the garden system.
Future Proof Base 2.0 is a prototype for resilient living — a small settlement designed to produce its own energy, manage its own water, grow part of its own food and reduce dependence on fragile infrastructure.
Prototype system under planning.
Six systems.
One settlement.
Energy
Photovoltaics, batteries, thermal mass and hybrid sources, sized to actual loads.
Water
Harvest, filtration, greywater reuse, purification and storage across seasons.
Food
Vertical gardens, perennials, native species and a clean coop for eggs.
Shelter
Geodesic domes, modular timber, passive cooling and durable envelopes.
Mobility
Field rover, bicycles and footpaths — movement designed around the site, not asphalt.
Research
Continuous measurement, field reports and open documentation of what works.
All systems
connect.
Each pillar feeds the next. Sun powers storage. Storage runs water. Water grows food. Shelter reduces every load. Research closes the loop.
Future Proof Base 2.0
Journal.
This project is continuously evolving. More research, prototypes, experiments and field reports will be added over time.
Research entry
Reserved for an upcoming field report.
Prototype log
Reserved for build documentation and measurements.
Field photography
Reserved for site imagery as the base develops.