Kỹ sư bảo mật at Socrates

The Blockchain Security Engineer position at Socrates emphasizes a deep focus on securing blockchain systems through audits, tool development, and vulnerability analysis, requiring a blend of technical expertise and proactive risk management.

• Conduct comprehensive security audits and produce detailed reports on smart contracts, wallets, and blockchain systems.
• Develop and implement automated scanning and monitoring tools for early detection of vulnerabilities.
• Analyze hacking incidents to identify root causes, preventive measures, and corrective actions.
• Gain proficiency in EVM and non-EVM blockchains, Layer 2 solutions, and DeFi design patterns, along with cryptography knowledge.
• Perform penetration testing and provide high-quality feedback on blockchain product security.

As Socrates, a company likely inspired by the philosopher's pursuit of wisdom and critical thinking, the recruitment for this Blockchain Security Engineer role underscores a need for innovative, analytical professionals who can anticipate and mitigate security threats in a rapidly evolving blockchain ecosystem. The emphasis on proactive vulnerability identification and incident analysis suggests Socrates is seeking to build a robust security framework, possibly for a DeFi or blockchain-based product, to protect against emerging risks and ensure trust in their technology. This indicates a focus on long-term stability and intellectual depth, targeting candidates who can contribute to cutting-edge security solutions in a competitive market.

Interviewers at Socrates would prioritize candidates with proven experience in blockchain security, particularly those who demonstrate strong problem-solving skills and attention to detail. They will assess technical knowledge through scenario-based questions on smart contract auditing, tool development, and incident response, ensuring alignment with Socrates' values of deep analysis and innovation. Candidates should be prepared to showcase their ability to work collaboratively and communicate complex security insights clearly.