Rebuild Earth, Starting With Your Choices

1. Site Planning: Choose suitable abandoned spaces for renovation, comprehensively evaluate lighting conditions, structural load capacity, and surrounding environment to ensure project feasibility and long-term development potential.

2. System Integration: Design multi-level vertical planting structures, equipped with smart irrigation systems, LED supplementary lighting equipment, and environmental monitoring devices to create a complete ecological circulation system.

3. Community Co-building: Establish community participation mechanisms through training workshops and management systems, enabling more residents to participate in project operations and achieve sustainable development.

1. Eco Engine: Using the latest physics engine technology to accurately simulate complex interactions in natural ecosystems, achieving realistic environmental change effects.

2. Intelligent Systems: Implementing complete plant growth cycle simulation through deep learning algorithms, coupled with AI systems to provide personalized environmental suggestions and optimization plans.

3. Multiplayer Interaction: Building high-performance server architecture to support thousands of players collaborating online to build ecological worlds and explore environmental solutions together.

1. Resource Efficiency: Innovative water circulation systems allow each drop of water to be reused 5-7 times, combined with LED growing light technology, greatly enhancing resource utilization efficiency.

2. Intelligent Control: Temperature and humidity automatic adjustment systems optimize the growing environment according to crop needs, combined with precise nutrient solution ratio technology, increasing yield by over 30%.

3. Economic Benefits: Vertical farms produce 10-15 times more per square meter than traditional agriculture. Although the initial investment is significant, break-even can be achieved in 3-5 years.