Question 1

Is ChatGPT generated code secure?

Accepted Answer

ChatGPT-generated code frequently contains security vulnerabilities because the model learns from a broad corpus of code that includes insecure patterns and outdated practices. Research from Stanford University found that developers using AI code assistants produced significantly less secure code than those writing it manually. Common issues include hardcoded credentials, missing input validation, SQL injection vulnerabilities, and insecure use of cryptographic functions. UNPWNED can scan applications built with ChatGPT-generated code to catch these vulnerabilities before they reach production.

Question 2

Does ChatGPT write vulnerable code?

Accepted Answer

Yes, ChatGPT regularly produces code with security vulnerabilities. Studies have shown that AI-generated code contains exploitable flaws in a significant percentage of cases, particularly in areas like authentication, input handling, and database queries. The model tends to prioritize code that works functionally over code that is secure, often omitting error handling, access controls, and security headers. ChatGPT also cannot verify that its suggestions are safe for your specific deployment environment. UNPWNED identifies these AI-introduced vulnerabilities by scanning the deployed application and comparing its security posture against industry standards.

Question 3

Does ChatGPT code have SQL injection vulnerabilities?

Accepted Answer

ChatGPT frequently generates code that is vulnerable to SQL injection, especially when building database query logic. The model often produces string concatenation patterns for SQL queries instead of parameterized queries or prepared statements, which is one of the most dangerous coding practices. This is particularly common when ChatGPT generates code for older frameworks or when the prompt does not explicitly request secure database patterns. Even when using ORMs, ChatGPT may suggest raw query methods that bypass built-in protections. UNPWNED tests for SQL injection and other injection vulnerabilities in applications regardless of how the code was generated.

Question 4

Should I security review ChatGPT code?

Accepted Answer

Every piece of ChatGPT-generated code should undergo security review before being used in production applications. The model does not have awareness of your application security context, threat model, or compliance requirements when generating code. Code that appears functional in development may contain subtle vulnerabilities that only manifest under adversarial conditions, such as race conditions, authentication bypasses, or insecure deserialization. Manual code review combined with automated scanning provides the strongest coverage. UNPWNED complements manual review by performing automated security testing on your deployed application to catch issues that code review alone might miss.

Question 5

Can ChatGPT code be trusted for production?

Accepted Answer

ChatGPT code should not be trusted for production use without thorough review and testing. The model generates code based on statistical patterns rather than security reasoning, meaning it cannot guarantee that its output meets production security standards. Critical areas like payment processing, authentication, data encryption, and API security require human verification regardless of whether the initial code was human-written or AI-generated. ChatGPT also lacks knowledge of your specific infrastructure and may suggest configurations that are insecure in your environment. UNPWNED provides an independent security assessment of your production application to validate that AI-generated code meets security requirements.

Question 6

Is ChatGPT authentication code secure?

Accepted Answer

ChatGPT frequently generates authentication code with critical security flaws. Common issues include storing passwords in plain text or with weak hashing algorithms, implementing JWT tokens without proper expiration or signature verification, and creating session management logic vulnerable to fixation attacks. The model often generates login forms without brute-force protection, CSRF tokens, or proper account lockout mechanisms. Authentication is one of the highest-risk areas for AI-generated code because small implementation errors can lead to complete account takeover. UNPWNED tests authentication implementations for these vulnerabilities and provides specific remediation steps.

Question 7

How do I security test ChatGPT generated code?

Accepted Answer

Security testing ChatGPT code requires both static analysis of the source code and dynamic testing of the running application. Start by reviewing the generated code for OWASP Top 10 vulnerabilities, focusing on input validation, authentication, and access control logic. Deploy the application in a staging environment and run automated security scans against it to detect issues that only appear at runtime, such as missing security headers, insecure cookies, and exposed endpoints. Test edge cases that ChatGPT likely did not consider, such as malformed inputs and concurrent requests. UNPWNED automates the dynamic testing phase by running comprehensive security scans against your deployed application URL.

Question 8

How does ChatGPT code security compare to GitHub Copilot?

Accepted Answer

Both ChatGPT and GitHub Copilot generate code with security vulnerabilities, but they differ in context awareness. Copilot has access to your project files and can generate code that better fits your existing patterns, while ChatGPT works from isolated prompts without project context. However, Copilot can also propagate insecure patterns already present in your codebase. Research indicates both tools produce vulnerable code at similar rates, with neither consistently outperforming the other on security metrics. Regardless of which AI tool generated the code, UNPWNED can scan the resulting application to identify security weaknesses.

Question 9

What are common vulnerabilities in ChatGPT code?

Accepted Answer

The most frequent vulnerabilities in ChatGPT-generated code include SQL injection from string-concatenated queries, cross-site scripting from unsanitized output rendering, hardcoded API keys and credentials, missing CSRF protection, insecure direct object references, and broken access control logic. ChatGPT also tends to generate overly permissive CORS configurations, skip rate limiting, and use outdated libraries. UNPWNED's 721-check full suite spans 36 scanners after current ownership proof plus explicit active-testing authorization.

Question 10

What are security best practices for using ChatGPT code?

Accepted Answer

When using ChatGPT to generate code, always explicitly request secure coding patterns in your prompts, specifying requirements like parameterized queries, input validation, and proper authentication. Never use ChatGPT output for security-critical functions like encryption, authentication, or payment processing without expert review. Treat all AI-generated code as untrusted and subject it to the same security review process as third-party library code. Keep a security checklist specific to your stack and verify each item after integrating AI-generated code. UNPWNED helps enforce these practices by providing continuous security scanning that catches vulnerabilities regardless of whether the code was written by humans or AI.

ChatGPT Security Questions