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| Aspects | Criteria | Explanation |
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| Economic | C1: transaction cost | Smart contracts; decentralized, tamper-proof, permanent records |
| C2: management cost | Automated data upload and traceability systems reduce monitoring costs and labor costs |
| C3: infrastructure construction cost | Analyze and process traffic information and plan traffic network |
| C4: financial cost | Electronic bill management, blockchain-based audit, blockchain-based tax supervision |
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| Society | C5: reliability | Secure databases, irreversibly distributed accounting systems, traceability, smart contracts |
| C6: timeliness | Instantly form a smart contract |
| C7: Internet-based traffic management | Blockchain accounting; record transaction information to ensure accountability for drivers |
| C8: congestion management | Issue of transportation permits. Give different prices to different roads. Heavy trucks line up. Blockchain transactions |
| C9: urban space optimization | Regional industrial agglomeration promotes the optimization of urban space |
| C10: convenient travel | Traffic congestion is reduced, public transportation is more convenient, and traffic information is more abundant |
| C11: parking management | Trade parking spaces that are not used for a period of time via the blockchain |
| C12: reward and punishment system | Virtual currency rewards are offered to users who actively participate in blockchain and publish real messages |
| C13: credit evaluation system | Conduct credit assessments for blockchain participants |
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| Environment | C14: urban traffic pollution | Reasonable control of speed, reduce carbon dioxide emissions, and reduce fuel consumption; charging electric cars is easier; improve public transport |
| C15: urban greening layout | Make a reasonable greening plan according to the city layout |
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