Green Blockchain Technology for Sustainable Smart Cities

Part 1 Green engineering using blockchain
1. Green Blockchain for smart cities - Introduction
2. Improving citizen lifestyle in green smart city
3. Eco-friendly blockchain for smart cities
4. Impact of blockchain technology on the urban environment and climate change
5. Green IoT use case approaches for blockchain technology taking industry 5.0 to the next level

Part 2 Green blockchain applications
6. Blockchain-based green energy for smart cities
7. Green finance for sustainable development using blockchain technology
8. Adoption of blockchain technology in the real estate sector toward the improvement of smart cities
9. Blockchain technology and green policing: evaluating the efficacy for sustainable smart cities in India
10. Smart practices in green supply chain management using blockchain technology
11. Green blockchain technology for sustainable smart cities
12. Blockchain-based big data platforms for sustainable smart cities

Part 3 Green blockchain use cases, challenges, and future directions
13. Blockchain technology toward green internet of thingsdan exploratory survey
14. Survey on impact of green blockchain in green marketingdChennai city
15. Adoption and acceptability of blockchain technology in supply chain management: A study on horticulture industry of Jammu and Kashmir
16. Exploring cyber attacks in blockchain technology enabled green smart city
17. Multidisciplinary challenges in green smart cities implementation

Index

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• Planeamento urbano e municipal
• Bases de dados distribuídos

Acceptability; Adaptive consensus algorithm; Adoption; Analysis; Application of BT in real estate; Architecture; Artificial intelligence; Authenticated transaction; Authentication; Availability; Big data; Bitcoin; Blockchain technology; Blockchain; Botnet attack; Brute force attack; Challenges in adapting BT; Challenges; Citizen; Closed-loop supply chain; Community; Computer in society; Computer security and privacy; Computing; Confidentiality; Consensus techniques; Consumer behavior; Contemporary healthcare; Country transformation; Credibility; Crypto exchange; Cryptocurrency; Cryptography; Culture; Cyberattack in blockchain technology; Cyberattacks; Cyber-physical infrastructure; Cybersecurity; Data privacy; Data sharing; DDoS attack; Decentralization; Decentralized; Denial of service; Digital logistic system; Digitalization; Distributed application; Distributed digital ledger; Distributed ledger technology; Distributed public ledger; Distributed; Double spending attack; Eavesdropping; Eclipse attacks; Economic sustainability; Ecosystem services; Ecosystem; Education; e-governance; Electric vehicle; Emergent computing; Encryption; Energy application; Energy efficiency; Energy internet; Energy management; Energy policy; Energy resources; Energy router; Energy sustainability; Energy systems; Energy; Environment; Environmental change; Environmental concerns; Environmental initiatives; Environmental management tool; Environmental management; Environmental policy; Environmental science; Environmental social issue; Environmental sustainability; Environment-friendly blockchain; Ethereum; Finance; Finney attack; Going green; Green blockchain technology; Green blockchain; Green bonds; Green building; Green chemistry; Green city; Green consumers; Green crime; Green economy; Green energy; Green finance; Green IoT (GIoT) and blockchain-centered smart farming and agriculture; Green IoT challenges; Green IoT; Green IT; Green marketing; Green Nanotechnology; Green platform; Green police; Green supply chain management; Green technology; Green; GSM; Health care; Health studies; Health; Healthcare; Healthy lives; Horticulture; How to integrate blockchain and IoT; Human expectation; Human-centered computing; Hybrid; Immutability; Indian towns; Industry 5.0Sustainability engineering; Information systems; Information technology; Innovative technology; Integrity; Internet of things; Internet of Things; IoT; Issues; IT; Jammu and Kashmir; Knowledge sharing; Layer; Layered architecture; Ledger system; Ledger; Lifestyle; Liveness attack; Logistics; Malleability attack; Malware mining; Marketing; Maslow's hierarchy; Metropolitan cities; Modern marketing; Municipal services; National illness; National prosperity; Natural resources; Network architecture; Network; Operations management; Organizational ecosystem; Peer-to-peer; Permissioned; Permissionless; Pollution; Power system; Preventative approach; Privacy; Private blockchain; Private-government; Public administration safety; Public administration; Public blockchain; Public security; Quality of life; Racial attack; Real estate sector; Real estate transactions; Real time; Realty sector; Recycle; Reduce; Redundancy; Refuse; Renewable energy integration; Replay attack; Repurpose; Reuse; Reverse logistics; RFID; Routing attack; Safety engineering; Safety needs; Security; Selfish miner attack; Smart cities; Smart citizen; Smart city; Smart contract; Smart economy; Smart education; Smart energy; Smart environment; Smart finance; Smart governance; Smart government; Smart grid; Smart healthcare; Smart home; Smart insurance; Smart learning; Smart lessoning; Smart living; Smart mobility; Smart people; Smart practices; Smart real estate management; Smart sustainable cities; Smart teaching; Smart technologies; Smart transport; Smart village; Smart; Social benefits; Social inclusion; Social sustainability; Specific industry; SQL injection; Standard of living; Structural engineering; Supply chain challenges