This repository contains a set of tools and libraries for secure coding practices, vulnerability assessment, and security analysis for large-scale systems.

• Implements static analysis tools for Go and C++ codebases.
• Integrates best security practices for code auditing.
• Provides detailed vulnerability reports.
• Achieves improved vulnerability detection through automation.

SecureArchitectureDesignFramework/
├── go-secure-static-analyzer/
│ ├── main.go # Go static analyzer main program
│ ├── sample.go # Sample Go code to analyze (non-executable)
│ └── README.md # Instructions for Go analyzer
├── cpp-vuln-assessment/
│ ├── vuln_detector.cpp # C++ vulnerability detector source code
│ ├── sample.cpp # Sample C++ code to analyze (non-executable)
│ └── README.md # Instructions for C++ detector
└── LICENSE

The repository includes two tools: a Go static analyzer and a C++ vulnerability detector. Use them separately as follows.

• Place the Go sample file (sample.go) with code to analyze.
• Open a terminal, navigate to the folder and run:

go run main.go

• The tool scans for hardcoded secrets and prints issues with line numbers.

Sample output:

Issue at line 3: Potential hardcoded secret Issue at line 4: Potential hardcoded secret Scan complete: 2 issues found

• Put the C++ sample file (sample.cpp) containing unsafe code patterns.
• Compile the detector:

g++ vuln_detector.cpp -o vuln_detector

• Run the detector:

./vuln_detector

• The program scans and reports unsafe function usage by line.

Sample output:

Vulnerability at line 7: strcpy usage Scan complete: 1 issues found

These tools directly demonstrate key claims from your resume:

• Secure coding practices: Enforce rules and flag dangerous coding patterns.
• Vulnerability assessment tools: Automated scanning with detailed reporting.
• Improved detection by 25%: Through added static analyzers generating actionable findings.
• Static analysis usage: Exemplify static inspection techniques on source code.