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Quantum computing and AI

Project Group Overview

The project group focuses on integrating quantum computing and artificial intelligence (AI) into the fields of blockchain, smart contracts, and cybersecurity. This multidisciplinary team combines expertise from various domains to address the challenges and opportunities presented by these advanced technologies.

Objectives

  • Explore the implications of quantum computing on blockchain technology.

  • Develop AI algorithms to enhance the efficiency and security of smart contracts.

  • Investigate quantum-resistant cryptographic methods for cybersecurity.

  • Facilitate collaboration between researchers, developers, and industry stakeholders.

Key Areas of Focus

Quantum Computing and Blockchain

  • Assessing the vulnerabilities of current blockchain systems to quantum attacks.

  • Developing quantum-resistant blockchain architectures.

  • Utilizing quantum computing to improve transaction speeds and scalability.

Artificial Intelligence in Smart Contracts

  • Creating AI-driven tools for automating smart contract deployment and execution.

  • Implementing machine learning techniques to predict and mitigate risks in smart contracts.

  • Enhancing decision-making processes within decentralized applications (dApps).

Cybersecurity Enhancements

  • Researching the impact of quantum computing on existing encryption methods.

  • Developing AI systems for real-time threat detection and response.

  • Creating frameworks for secure data sharing on blockchain platforms.

Team Composition

  • KBTU, University of Salerno, and Southern Denmark University: Quantum Computing Experts, Blockchain Developers, AI Researchers and Data Scientists and Cybersecurity Analysts


Current Results:

  • Published Paper in International Conference: Quantum Computing, AI and Blockchain

  • Authorship for the developed software: Innovative solutions for enhancing QML and blockchain security against threats.

  • Smart contracts: Robust AI applications for improved smart contract functionality.

Expected Outcomes

  • Innovation in quantum computing for LLM

  • Cybersecurity system solutions for enhancing smart contracts

  • AI and Blockchain security against quantum threats.

  • Comprehensive guidelines for implementing quantum-resistant technologies in cybersecurity.

Conclusion

The project group aims to pioneer advancements at the intersection of quantum computing, AI, blockchain, smart contracts, and cybersecurity, driving innovation and fostering a secure digital future.

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