I'm a Cybersecurity Engineer currently focused on automotive security. My role centers on designing and implementing cybersecurity frameworks that align with ISO/SAE 21434 standards, using comprehensive TARA processes to drive secure system design.

• Develop cybersecurity requirements and contribute to system architecture design to safeguard automotive systems.
• Threat Analysis and Risk Assessment in Automotive Context.
• Create Security Concepts.

• Format-Preserving Encryption (FPE) implementation using FF1 algorithm in Go, following NIST SP 800-38G guidelines for cryptographic compliance.
• Repository

• A pseudorandom generator based on the Modular Subset-Sum Problem.
• Repository

• A spam filter using Bayes Naive and sklearn.
• Repository

• Smaller projects that highlight my ability to work with low-level languages and scripting for automation.
• C Web Server.
• Rust Lua Load Balancer.
• Rezidentiat.com formatter - two Python scripts that automate processing HTML files saved from the rezidentiat.com website. These scripts help users extract and reformat data into more usable formats, such as .docx files for reports and .txt files for Quizlet flashcards.
• Bash Script to merge repositories from parent directory into current repository.
• LFSR Implementation in VHDL.
• Security Protocol Analysis with AVISPA and Scyther.

I’m passionate about building robust and secure systems that work in the real world—not theoretical constructs. I continuously explore how emerging technologies (like AI-driven automation) can enhance productivity and security in practical applications.

Feel free to check out my repositories and get in touch if you’re interested in collaborating or discussing innovative ideas in cybersecurity and system automation.

📫 How to Reach Me:

• LinkedIn

Thanks for stopping by!