A virtual reality experience that educates users on the complexities of space ecosystems. Through immersive simulations, users learn about the challenges of sustaining life in space and the importance of biodiversity and closed-loop life support systems.

A kit designed for schools and amateur scientists to conduct plant growth experiments under conditions simulating the lunar environment. The kit includes seeds, growth mediums, and instructions for creating a miniaturized lunar greenhouse.

A centralized data hub for collecting and analyzing environmental data from terrariums around the world. The hub uses machine learning to identify patterns and insights that can improve the design and maintenance of closed ecosystems.

An AI-driven tool that generates customizable blueprints for space biospheres. Users input parameters such as size, desired species, and environmental conditions, and the tool outputs a detailed design plan, including material and energy requirements.

A competitive web-based game where players design and manage their own lunar biosphere. The game challenges players to create a self-sustaining ecosystem on the Moon, incorporating real-world scientific principles and ethical considerations.

An online platform that connects terrarium enthusiasts worldwide, allowing them to share data, tips, and designs. The platform includes a virtual terrarium design tool and integrates with the DIY Terrarium Sensor Kit for real-time data sharing.

An easy-to-assemble electronic kit for monitoring terrarium conditions, including temperature, humidity, and soil moisture. The kit connects to a cloud platform for data visualization and sharing, encouraging citizen science participation in ecosystem research.

A comprehensive software toolkit that allows users to design and simulate the deployment of biodomes on the Moon. It includes modules for selecting plant species, designing structural components, and ensuring compliance with planetary protection standards.

A web-based game that simulates the creation and management of a self-sustaining ecosystem on a space habitat. Players must balance resources, species population, and environmental factors to maintain a thriving biosphere.

A conceptual design for a drone capable of deploying moss and other hardy plant species on the lunar surface. The drone is designed to operate in the harsh lunar environment and includes a system for protecting the plants during transit and initial growth phases.

View More ↓