gh-jeremylongshore-claude-c…/skills/api-fuzzer/assets/report_template.md

# API Fuzzing Report

This report summarizes the results of the API fuzzing performed using the `api-fuzzer` plugin.

## 1. Executive Summary

[**Placeholder:** Briefly summarize the overall findings of the fuzzing process.  Highlight any critical vulnerabilities discovered.  For example: "The API fuzzing process identified several potential vulnerabilities, including SQL injection vulnerabilities in the user authentication endpoint and XSS vulnerabilities in the data display functionality.  Further investigation and remediation are recommended."]

## 2. Target API Information

*   **API Endpoint(s) Fuzzed:** [**Placeholder:** List the specific API endpoints that were targeted during the fuzzing process.  Example: `/users`, `/products/{id}`, `/login`]
*   **API Version:** [**Placeholder:** Specify the version of the API that was fuzzed. Example: v1.0, v2.1]
*   **API Description (Optional):** [**Placeholder:** Briefly describe the purpose of the API being fuzzed. Example: "The API provides access to user data and product information."]
*   **Authentication Method:** [**Placeholder:** Describe the authentication method used by the API. Example: OAuth 2.0, API Key, Basic Authentication]

## 3. Fuzzing Methodology

*   **Fuzzing Techniques Used:**
    *   Malformed Input Generation: [**Placeholder:** Describe the types of malformed inputs generated. Example: Invalid data types, unexpected characters, oversized strings]
    *   SQL Injection Testing: [**Placeholder:** Explain the SQL injection payloads used. Example: Payloads designed to bypass input validation and inject SQL code]
    *   XSS Detection: [**Placeholder:** Describe the XSS payloads used. Example: Payloads designed to inject JavaScript code into the API responses]
    *   Boundary Value Testing: [**Placeholder:** Explain the boundary values tested. Example: Minimum and maximum allowed values for numeric fields, empty strings]
    *   Random Payload Generation: [**Placeholder:** Describe the method of random payload generation. Example: Random strings, numbers, and special characters]
*   **Number of Requests Sent:** [**Placeholder:** Specify the total number of requests sent to the API during the fuzzing process. Example: 10,000]
*   **Fuzzing Duration:** [**Placeholder:** Indicate the total duration of the fuzzing process. Example: 2 hours]
*   **Tools Used:** `api-fuzzer` plugin

## 4. Vulnerability Findings

This section details the vulnerabilities identified during the fuzzing process.  For each vulnerability, provide the following information:

### Vulnerability #1

*   **Vulnerability Type:** [**Placeholder:** Specify the type of vulnerability. Example: SQL Injection, XSS, Buffer Overflow, Denial of Service]
*   **Endpoint:** [**Placeholder:** Specify the API endpoint where the vulnerability was found. Example: `/login`]
*   **Parameter:** [**Placeholder:** Specify the vulnerable parameter. Example: `username`, `password`]
*   **Payload:** [**Placeholder:** Provide the exact payload that triggered the vulnerability. Example: `' OR '1'='1`]
*   **Description:** [**Placeholder:** Describe the vulnerability in detail. Explain how the payload triggered the vulnerability and the potential impact. Example: "The `username` parameter is vulnerable to SQL injection. The provided payload bypasses authentication by injecting SQL code that always evaluates to true."]
*   **Severity:** [**Placeholder:** Assign a severity level to the vulnerability. Example: Critical, High, Medium, Low]
*   **Recommendation:** [**Placeholder:** Provide recommendations for remediating the vulnerability. Example: "Implement parameterized queries or input validation to prevent SQL injection."]

### Vulnerability #2

*   **Vulnerability Type:** [**Placeholder:** Specify the type of vulnerability. Example: SQL Injection, XSS, Buffer Overflow, Denial of Service]
*   **Endpoint:** [**Placeholder:** Specify the API endpoint where the vulnerability was found. Example: `/products/{id}`]
*   **Parameter:** [**Placeholder:** Specify the vulnerable parameter. Example: `id`]
*   **Payload:** [**Placeholder:** Provide the exact payload that triggered the vulnerability. Example: `<script>alert('XSS')</script>`]
*   **Description:** [**Placeholder:** Describe the vulnerability in detail. Explain how the payload triggered the vulnerability and the potential impact. Example: "The `id` parameter is vulnerable to XSS. The provided payload injects JavaScript code into the API response, which could allow an attacker to steal user cookies or redirect the user to a malicious website."]
*   **Severity:** [**Placeholder:** Assign a severity level to the vulnerability. Example: Critical, High, Medium, Low]
*   **Recommendation:** [**Placeholder:** Provide recommendations for remediating the vulnerability. Example: "Implement output encoding to prevent XSS attacks."]

[**Repeat the above Vulnerability section for each vulnerability found.**]

## 5. Non-Vulnerability Findings

This section details any unexpected behaviors or potential issues that were identified during the fuzzing process, but do not necessarily constitute a vulnerability.

*   **Issue #1:** [**Placeholder:** Describe the issue. Example: "The API returned a 500 error when a very long string was provided as input. While this is not a vulnerability, it could indicate a potential denial-of-service vulnerability."]
*   **Recommendation:** [**Placeholder:** Provide recommendations for addressing the issue. Example: "Implement input validation to limit the maximum length of input strings."]

[**Repeat the above Issue section for each non-vulnerability finding.**]

## 6. Conclusion

[**Placeholder:** Summarize the overall results of the fuzzing process and provide recommendations for next steps. Example: "The API fuzzing process identified several potential vulnerabilities that require further investigation and remediation. It is recommended that the development team prioritize addressing these vulnerabilities to improve the security of the API."]

## 7. Appendix

[**Placeholder:** Include any additional information that may be relevant to the report, such as:

*   Detailed logs of the fuzzing process
*   Sample API responses
*   Links to relevant documentation
*   Contact information for the fuzzing team
]