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Sustainable Solutions for Serverless Edge, Fog, and Cloud Computing Using Quantum and Blockchain Technology

  • Sarthika Dutt,
  • Vansh,
  • Garima Pahwa,
  • Aishvi Guleria,
  • Kamya Varshney,
  • Deeksha Joshi

摘要

With the advent of emerging technologies, quantum and blockchain security and privacy concerns on various platforms have been solved effectively. Additionally, the advancements in these research areas are disrupting every industry. These technologies and their integration with other several technologies have encouraged experts of different domains to incorporate technological solutions for several requirements. Quantum and blockchain together can provide sustainable and resilient applications that can be utilized effectively in various domains. This is the purpose for growing investment on quantum and blockchain based computing by the government and private firms. The present study analyzed the quantum science and blockchain technology scope when combined with different computing paradigms. Additionally, we explored the continuous advancement of new blockchain technologies and quantum computing algorithms that provide protected quantum solutions, quantum proofs, and anti-quantum schemes was determines any scheme for quantum attacks and generate a secure quantum computing model. The implications of quantum resilient blockchain technologies can lead futuristic events to another level. Therefore, this chapter discusses the practical examples to emphasize effects of blockchain and quantum computing paradigms. Potential challenges in quantum and blockchain sustainability have been detailed. This work also explores the potential of quantum and blockchain to foster deep sustainability transformations.