Zweichain is an infrastructure-focused blockchain for real-world assets (RWA), integrating asset tokenization, registry systems, and AI-driven applications.
It is designed for direct interaction with physical assets, ownership structures, and real-world data, including seismic intelligence and digital twin systems.
Zweichain is built as a real-world infrastructure layer where blockchain interacts with:
- physical assets
- legal ownership
- infrastructure and disaster data
The system is actively developed alongside real-world applications in real estate, disaster resilience, and AI-driven platforms.
Core blockchain components and network logic.
Zweichain includes a structured asset framework composed of multiple token layers:
-
STD (Studio)
Asset-linked token representing income-generating digital twin real estate units -
BLD (Build)
Development-oriented token for construction and asset transformation -
LT (Legal)
Legal and ownership-related token layer for rights, inheritance, and registry linkage -
NMZ (Namazu)
Seismic intelligence and disaster-related token integrated with physical-world data and infrastructure analysis
These components form an integrated system for representing, managing, and transferring real-world assets on-chain.
- AutoCalc (AI-based valuation)
- AI Real Estate Agent (AI不動産屋)
- Matching and transaction systems
- Registry / ownership platforms
Zweichain introduces Ohudokun, an advanced smart contract framework designed for real-world transaction scenarios beyond conventional ERC-based logic.
Namazu provides seismic data processing, structural analysis, and resilience modeling using real-world sensor data and AI.
Zweichain is designed as an infrastructure layer for real-world integration, where blockchain connects directly with:
- asset ownership
- legal systems
- physical and environmental data
This approach differs from purely computational or speculative blockchain models, focusing instead on verifiable, asset-linked systems with practical deployment.
Repositories in this organization may include:
- infrastructure components
- asset and token frameworks
- applied systems
- research-oriented projects
- legacy or experimental repositories