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Starts 4 July 2025 21:25

Ends 4 July 2025

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Testing Google Gemini 2.5 Pro for Secure Code Generation

Explore the capabilities of Google Gemini 2.5 Pro in generating secure code through a comprehensive evaluation. This event delves into whether this sophisticated AI tool can craft secure code for a note-taking application, assessing its performance against known security vulnerabilities. Join us to gain insights into the prowess and limitation.
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Overview

Explore the capabilities of Google Gemini 2.5 Pro in generating secure code through a comprehensive evaluation. This event delves into whether this sophisticated AI tool can craft secure code for a note-taking application, assessing its performance against known security vulnerabilities.

Join us to gain insights into the prowess and limitations of AI in the realm of software development, with a specific focus on security assurance.

Gain a deeper understanding of the intersection between artificial intelligence and computer science by following this event on YouTube. This session is ideal for enthusiasts and professionals interested in AI-driven coding solutions and their practical implications.

Categories:

Artificial Intelligence Courses, Computer Science Courses

Syllabus

  • Introduction to the Course
  • Overview of Google Gemini 2.5 Pro
    Course Objectives
    Overview of Secure Code Principles
  • Understanding AI in Code Generation
  • Basics of Code Generation Models
    Introduction to Google Gemini 2.5 Pro
  • Introduction to Software Security
  • Common Security Vulnerabilities (e.g., OWASP Top Ten)
    Principles of Secure Software Development
  • Setting Up the Development Environment
  • Installation and Configuration of Google Gemini 2.5 Pro
    Tools and Resources for Testing
  • Designing a Secure Note-Taking App
  • Requirements Specification
    Identifying Security Requirements
  • Generating Code with Google Gemini 2.5 Pro
  • Process of Code Generation
    Best Practices for Integration with AI-generated Code
  • Testing for Security Vulnerabilities
  • Static Code Analysis
    Dynamic Testing and Penetration Testing
  • Evaluating Google Gemini 2.5 Pro’s Output
  • Assessing Code Quality
    Identifying Security Flaws
  • Mitigating Security Risks
  • Techniques for Enhancing Security Post-Code Generation
    Patching Vulnerabilities in AI-Generated Code
  • Case Studies
  • Analysis of Successful Secure Code Generation with AI
    Lessons Learned from Vulnerability Exploits
  • Future of AI in Secure Code Generation
  • Trends and Expectations
    Ethical Considerations in AI Code Generation
  • Final Project
  • Develop and Test a Secure Note-Taking App
    Documentation and Presentation of Findings
  • Course Conclusion
  • Recap of Key Learnings
    Feedback and Future Directions

Subjects

Computer Science