What languages does Application Security Development support security scanning?

Application Security Development supports security scanning for multiple programming languages, including but not limited to:

1. Java – Commonly used in enterprise applications, security scanning can detect vulnerabilities like SQL injection, XSS, and insecure deserialization.
   Example: A banking app built with Java can be scanned for vulnerabilities in its REST APIs.

2. Python – Widely used in web development and data science, scanning can identify issues such as hardcoded credentials or unsafe libraries.
   Example: A machine learning platform written in Python can be checked for dependency vulnerabilities.

3. JavaScript/Node.js – Critical for web frontends and backend services, scanning helps find XSS, CSRF, and package vulnerabilities.
   Example: An e-commerce site using Node.js can be scanned for JavaScript-based attacks.

4. C/C++ – Used in system-level and performance-critical applications, scanning detects buffer overflows and memory leaks.
   Example: An embedded system application can be analyzed for security flaws in its native code.

5. Go (Golang) – Popular for cloud-native and microservices, scanning ensures secure API design and dependency management.
   Example: A serverless function written in Go can be scanned for misconfigurations.

6. PHP – Common in web applications, scanning identifies SQL injection and file inclusion vulnerabilities.
   Example: A content management system (CMS) built with PHP can be secured against common web attacks.

For automated security scanning, Tencent Cloud's Security Testing Service (SAST/DAST) can integrate with these languages to identify vulnerabilities early in the development lifecycle. It provides detailed reports and remediation guidance to enhance application security.