Oswe Exam Report _top_ May 2026

To create a professional OSWE (OffSec Web Expert) exam report, you must prioritize reproducibility and strictly follow the OffSec Exam Guide. OffSec provides an official OSWE report template that you should use as your base. 1. Mandatory Technical Requirements

Submission Format: You must submit your report as a PDF file, archived into a .7z file (no password).

Naming Convention: Both the PDF and the archive must be named OSWE-OS-XXXXX-Exam-Report, where OS-XXXXX is your OSID.

Complete Exploits: Include the full, automated exploit source code for each target directly within the PDF as text.

Screenshots: You must include screenshots of local.txt and proof.txt contents, clearly showing the IP address and the command used to read them (e.g., type or cat). 2. Core Report Structure

A "proper" paper follows a narrative that a technically competent reader can replicate step-by-step:

Executive Summary: High-level overview of the targets and whether they were fully compromised.

Methodology Walkthrough: A detailed outline of your discovery process.

Individual Finding Sections: For each vulnerability (Auth Bypass, RCE, etc.), provide:

Vulnerable Code: A screenshot of the specific code snippet with a clear explanation of why it is vulnerable.

Exploitation Steps: A walkthrough of how you manipulated the code flaw to gain access.

PoC Code: The specific script or manual steps used for that particular finding. oswe exam report

Screenshots: Visual proof for every critical stage (e.g., showing a successful login or a shell). 3. Tips for a Passing Report OSWE-Exam-Report.docx - OffSec

OffSec Web Expert (OSWE) exam requires a professional-grade penetration test report submitted within 24 hours of completing the 48-hour practical exam. This report is the final deliverable and is graded on both technical correctness and the fullness of documentation. FlashGenius Core Reporting Requirements

OffSec enforces strict documentation standards; failure to meet them can result in a failing mark even if all flags were obtained. Detailed Methodology

: You must provide a walkthrough of every step taken during the exploitation process. Vulnerability Identification : For each finding, explain exactly why the code is vulnerable (root cause analysis). Reproducibility

: Documentation must be clear enough for a technically competent reader to replicate the attacks step-by-step. Full Exploitation Chain

: The report must document how you chained multiple logic flaws to achieve the final objective. Mandatory Report Sections Based on the official OSWE Exam Report Template , your document should include: High-Level Summary : An overview of the assessment and total points earned. Target Information : Flag contents for for each machine. Vulnerability Analysis Method and Code : Identify the specific vulnerable source code. Screenshots

: Visual proof of every major step in the exploitation process. Custom Exploit Code

: You must include the source code for your fully automated, non-interactive exploit scripts. Remediation

: Recommended fixes for each vulnerability, such as using parameterized queries or input sanitization. Critical Grading Criteria Automation

: You must provide a single script that executes the entire exploit chain (e.g., Auth Bypass to RCE) with zero user interaction. Points Threshold : You need a minimum of to pass. Points are typically awarded as follows: for each successful Authentication Bypass. for each successful Remote Code Execution (RCE).

: Once submitted, the report is final. You cannot add missing screenshots or code after the deadline. To create a professional OSWE (OffSec Web Expert)

The Offensive Security Wireless Professional (OSWP) certification, which culminates in the OSWP exam, is a foundational milestone for penetration testers focusing on IEEE 802.11 wireless networks. Unlike standard multiple-choice assessments, the OSWP exam is a practical, hands-on challenge that requires candidates to compromise several wireless networks within a strictly timed environment. However, the technical execution is only half the battle; the OSWP Exam Report is the final, critical deliverable that determines whether a candidate passes or fails. The Purpose of the OSWP Exam Report

The exam report serves as a formal documentation of the candidate's technical proficiency. In the professional world of cybersecurity, a penetration tester’s value is measured not just by their ability to "hack," but by their ability to communicate risks and remediation steps to stakeholders. The OSWP report mirrors this professional requirement, tasking the candidate with documenting every step of their exploitation process—from initial reconnaissance to final key recovery—in a clear, reproducible manner. Structural Requirements

A successful OSWP exam report must adhere to a specific structure defined by Offensive Security. While candidates can use their own templates, the content must be exhaustive. Key components typically include:

Executive Summary: A high-level overview of the engagement, written for non-technical stakeholders, summarizing the vulnerabilities found and the overall security posture of the tested environments.

Technical Methodology: This is the core of the report. For each wireless network assigned during the exam (e.g., WEP, WPA2-PSK, WPA2-MGT), the candidate must detail the tools used (such as the Aircrack-ng suite), the specific commands executed, and the resulting output.

Proof of Exploitation: Every successful "crack" must be documented with screenshots. These screenshots must clearly show the recovered wireless key and the "proof" file or flag requested by the exam instructions.

Remediation Recommendations: For every vulnerability exploited, the candidate must provide actionable advice on how to secure the network, such as transitioning from WEP to WPA3 or implementing stronger passphrase policies. Critical Success Factors: Precision and Reproducibility

The most common reason for failure—even for candidates who compromise all networks—is a poor report. Offensive Security evaluates the report based on reproducibility. If a technical grader cannot follow the report to achieve the same result, the candidate will likely fail. To ensure precision, candidates must: Capture raw command output: Avoid paraphrasing results.

Annotate screenshots: Use arrows or highlights to point to critical data like MAC addresses or decrypted keys.

Maintain a chronological flow: The report should read like a step-by-step narrative of the attack lifecycle. Conclusion

The OSWP exam report is more than a mere formality; it is a testament to a candidate’s professionalism and attention to detail. It bridges the gap between technical "lab" skills and the real-world demands of a security consultant. By meticulously documenting the exploitation of WEP and WPA protocols, candidates demonstrate that they possess both the technical prowess to identify flaws and the communication skills to help organizations fix them. In the field of offensive security, if it isn't documented correctly, it didn't happen. The Complete OSWE Exam Report Guide 5

The Complete OSWE Exam Report Guide

5. Remediation Recommendations

As an expert, the report should conclude with specific code fixes:

  1. SQL Injection Fix:

    • Implement Prepared Statements (Parameterized Queries) using PDO or MySQLi.
    • Code Example: $stmt = $pdo->prepare("SELECT * FROM users WHERE username = ?"); $stmt->execute([$username]);

  2. File Write Fix:

    • Disable PHP execution in writable directories (e.g., uploads) via .htaccess or Nginx config.
    • Sanitize file paths. Use basename() to prevent directory traversal.
    • Validate file extensions against a whitelist of allowed types (e.g., .jpg, .png).

Use a Template (But Customize It)

Offensive Security does not provide a mandatory template for OSWE (like they do for OSCP). However, you should build one in Markdown (converted to PDF) or Microsoft Word with styles.

I recommend the following directory structure for your report assets:

/oswe_exam_2024/
    /screenshots/
        /app1/
            code_lfi.png
            exploit_run.png
            proof_flag.png
    /exploits/
        app1_exploit.py
        app2_rce.php
    report.md

Part 2: Structural Anatomy of a Perfect OSWE Report

Offensive Security provides a template, but you must adapt it for the OSWE’s unique white-box nature. Your final PDF should follow this strict structure.

Failure #2: The "Relative Path" Crash

Bad: open("../../shell.php", "r") Fix: Use os.path.dirname(os.path.abspath(__file__)) to build dynamic paths.

Part 9: The 30-Minute Pre-Submission Checklist

Before you zip up your report and exploit.py, set a timer for 30 minutes and run this checklist.

Phase 1: The PoC (10 minutes)

  • [ ] Revert the exam machines to a fresh snapshot.
  • [ ] Run python3 my_exploit.py <target_ip>.
  • [ ] Does it get the flag? Yes/No. (If No, fix it.)
  • [ ] Does it print exactly what it is doing at each step?

Phase 2: The Report (15 minutes)

  • [ ] Does the PDF have page numbers?
  • [ ] Search for "TODO" or "FIXME" – delete them.
  • [ ] Check every code block for correct language tag (e.g., ```python).
  • [ ] Verify every screenshot is legible (not 4K downscaled to tiny).
  • [ ] Confirm that your name and OSID are on the first page.

Phase 3: The Bundle (5 minutes)

  • [ ] Is the report named OSWE-OS-XXXXX-Report.pdf?
  • [ ] Is the PoC named exploit_<vulnerability_name>.py?
  • [ ] Are both files zipped into OSWE-OS-XXXXX-Exam.zip?
  • [ ] Did you test extracting the zip on a different computer?

5. Remediation Section

For every vulnerability you exploited, provide a fix.

  • Bad fix: “Sanitize user input.”
  • Good fix: “Replace eval('$var = ' . $input); with a whitelist of allowed values or use json_decode() with strict type checking.”

Finding Title: [Vulnerability Name]

  • Vulnerability Type: (e.g., Auth Bypass, SQLi, RCE)
  • Affected Component: (e.g., /admin/login.php, UploadImage class)
  • Root Cause Analysis: Explain why the bug exists in the code. Quote specific lines of code.
    • Example: "In file.php line 45, the filename parameter is passed directly to the system() command without sanitization."
  • Proof of Concept (PoC) / Exploitation Steps:
    1. Navigate to the vulnerable endpoint.
    2. Intercept the request using Burp Suite.
    3. Modify the payload to trigger the vulnerability.
    4. Show the HTTP Request and Response.
  • Screenshots: Include clear screenshots of the vulnerability being triggered (e.g., a reverse shell connection, an id command output, or a successful login bypass).