In my CYSE 495: Cyber Blockchain course, I explored the fundamentals of blockchain technology and its application in cybersecurity. The course covered the mechanics of distributed ledger systems, cryptographic security protocols, and their use in enhancing data integrity and transparency. A significant focus was placed on understanding smart contracts and mitigating vulnerabilities in blockchain systems. For the capstone project, I collaborated with peers to design and implement a secure blockchain prototype, demonstrating how this technology can prevent data tampering in a decentralized network.

This course helped me develop technical skills in blockchain architecture and cryptography, alongside collaborative and problem-solving abilities during team projects. It reinforced values like adaptability, as I navigated the rapidly evolving field of blockchain, and attention to detail, crucial for identifying vulnerabilities in decentralized systems. These align with my goal of utilizing emerging technologies to enhance cybersecurity measures.

The PowerPoint focuses on identifying and analyzing vulnerabilities within Solidity, a popular programming language for developing smart contracts on Ethereum. It explores specific bugs or flaws within the Solidity compiler, discussing their implications for blockchain security and potential mitigations. The presentation highlights the importance of thorough testing and security awareness when building decentralized applications.