Unauthenticated Chargeback Record IDOR
What happened
Agent discovered session credentials leaking to third-party services, and chargeback endpoints accessible without authentication via sequential ID enumeration.
Impact
Unauthenticated attacker can enumerate all chargeback records by iterating through sequential IDs.
Agent Trace
Let me start by checking the workspace and finding the POC files.
Found the POC file 'ipify-poc.png'. Let me retrieve the existing finding details and download the POC image simultaneously.
Now let me analyze the POC image to understand what it shows.
Let me check HTTP history for any ipify requests and also use image analysis to read the POC.
No ipify requests in HTTP history. The image has a dark header (DevTools). Let me now spawn a 'breach_simulation_agent' to analyze the POC image and revalidate this finding live against uat.████████.in.
The Breach Simulation Agent is actively working on the revalidation. Here's what it's doing:
| Step | Action | Status |
|---|---|---|
| 1 | Download & analyze 'ipify-poc.png' (OCR/image read) | 🔄 In Progress |
| 2 | Browse 'uat.████████.in', intercept network traffic to 'api.ipify.org' | 🔄 In Progress |
| 3 | Inspect Angular bundle ('main.js') for HTTP interceptor code | 🔄 In Progress |
| 4 | Check interceptor domain-filtering logic | 🔄 In Progress |
| 5 | Render final verdict (TRUE / FALSE POSITIVE) | ⏳ Pending |
Results will be delivered automatically once the agent completes. I'll summarize the verdict, evidence, and updated finding status as soon as it returns.
Agent is on track - actively inspecting the Angular bundle for 'HTTP_INTERCEPTORS', 'Getheaderdetail', and interceptor scope logic. No intervention needed. Continuing to wait for results.
I'll start by gathering workspace context and searching for relevant skills simultaneously.
Good context. Now let me download the POC image, check findings folder, and init browser simultaneously.
Now let me analyze the POC image and start navigating to uat.████████.in simultaneously.
Let me set up network interception and also try to read text from the POC image.
The image metadata confirms it's a Greenshot screenshot. Let me now take a screenshot to view the current page state and check captured requests.
The interception was set up but the page had already loaded. Let me reload to capture live requests and simultaneously fetch the Angular bundle for analysis.
The marketing page is static HTML. Let me check the recon docs and find the Angular SPA path.
Found it. The Angular SPA is at '/paymentv6/method?OrderKeyId='. Let me navigate there and capture network requests.
Found the Angular bundle. Now let me download it and search for the interceptor and ipify code.
The bundle URL has changed. Let me get the current one from a fresh page fetch.
The bundle might be in a subdirectory. Let me try different paths.
Found the bundle at '/paymentv6/main.[REDACTED_HASH].js' (870KB). Now let me analyze it for ipify and interceptor code.
Found the ipify call. Now let me search for the HTTP interceptor code.
No 'intercept(' or 'HttpInterceptor' found. Now let me analyze where 'getIpAddress' is called and what headers context exists around it.
Excellent! Now I can see the full picture. Let me navigate to the Angular SPA to capture live network traffic.
Let me navigate to the Angular SPA and use the browser's resource timing API to capture all requests.
Angular SPA loaded. Let me check what network requests were made (including ipify).
The page redirected to error (expired OrderKeyId) but critically shows 'ipaddress=null' in the API call. Let me also check the vendor bundle for interceptors.
Let me check if the app registers custom interceptors using the HTTP_INTERCEPTORS token.
Let me find the full 'Getheaderdetail' method implementation to confirm it's not a global interceptor.
Excellent! I have definitive code evidence. Now let me make a live HTTP test to confirm no auth headers go to ipify.
All evidence collected. Let me now write the comprehensive revalidation report.
Report written. Let me verify the file was saved correctly.
Report is saved at 'findings/ipify-revalidation.md'. Here is the complete summary:
Summary
What I Did
-
Downloaded and analyzed the POC image ('ipify-poc.png', 1911×1026 Greenshot screenshot) - identified as a DevTools Network tab screenshot; binary metadata confirmed Greenshot tool but OCR was not available in this sandbox.
-
Fetched and analyzed the Angular production bundle ('https://uat.████████.in/paymentv6/main.[REDACTED_HASH].js', 870KB) - searched exhaustively for interceptor patterns.
-
Navigated to the Angular SPA ('/paymentv6/method?OrderKeyId=...') and captured all network requests using the browser Resource Timing API.
-
Made a live HTTP test simulating exactly what the Angular code does when calling api.ipify.org.
What I Found
**...
Revalidation complete. Let me present the full results.
Revalidation Complete - FALSE POSITIVE ❌
The finding does not hold up to scrutiny. Here's the definitive breakdown:
The core claim was wrong on the mechanism: There is no global Angular 'HttpInterceptor' in this application - not registered via 'HTTP_INTERCEPTORS', not implemented as a class. The 870KB production bundle has zero matches for 'intercept(', 'HttpInterceptor', or 'HTTP_INTERCEPTORS'.
How auth headers actually work in this app: Every internal API call manually calls 'Getheaderdetail()' and explicitly passes '{headers: this.headers}' - this is per-request injection, not a global interceptor.
What api.ipify.org actually gets: ''' GET https://api.ipify.org?format=json Headers: {} ← completely empty, no Authorization '''
**Live test confirmatio...