Hystrix Dashboard and Service Controls Exposed

I'll start by loading the relevant skills and checking existing workspace context before planning the attack.

Good context. API Endpoints table is empty - need to enumerate. Let me load the key skills and read the existing learnings to build the full picture.

Now I have full context. API Endpoints table is empty - need to enumerate from JS, then test. Let me build the 3-phase plan:

• Phase 1A: JS analysis + source map exploitation + '_next/data' enumeration
• Phase 1B: Parallel unauthenticated tests on known endpoints (CORS, swagger bypass, Kong admin, header auth bypass)
• Phase 2: LOA/auth bypass on all enumerated endpoints (after Phase 1A)

Now add the dependent Phase 2 task for LOA testing after endpoint discovery completes:

Plan set. Now spawning Phase 1A and Phase 1B in parallel:

Both agents are running in the background. Here's the current execution state:

Once task_0 completes, task_2 will automatically be dispatched to test every discovered endpoint for lack of authentication, JWT algorithm confusion, partner isolation, verb tampering, and BOLA probes.

Standing by for results.

Both agents are progressing well. task_0 is excellent - found the build ID and 78+ endpoints already. task_1 is hitting Akamai IP blocks and trying to request a browser handover which would stall. Let me redirect it.

Acknowledged. Both agents still running - task_0 is deep into bundle extraction (78+ endpoints found, more chunks being processed), task_1 is now redirected to use Googlebot UA for Akamai bypass. No intervention needed. Waiting for results.

Acknowledged. Continuing to wait.

task_0 is making a critical discovery - exposed source maps with 148 source files including backoffice reducers. This is a high-severity finding on its own. Still compiling the full endpoint list.

task_1 has been nudged twice to use Googlebot UA - message should land on its next LLM call. Monitoring.

Both agents are progressing well - no intervention needed.

task_0 - Critical finding in progress: '/card-management/api/v1/get-config' returning user IDs and phone numbers without authentication. Continuing to test more unauthenticated endpoints and extracting source map data.

task_1 - Googlebot UA is now working. CORS tests executed, partner/API routes returning 403 from WAF, now testing open redirects and rate limits.

Waiting for both to complete before dispatching task_2 (LOA testing on full enumerated endpoint list).

I'll start by getting workspace context and loading the required skills, then systematically execute all tasks.

Good. Now I'll execute all tasks in parallel where possible. Starting with sitemap, asset-manifest, and browser init:

Let me retry browser init and start downloading the main JS bundles simultaneously:

Akamai blocks direct JS requests - need to use browser with proper Referer. Let me navigate the main page and probe swagger endpoints simultaneously:

Let me retry browser navigation and test more swagger bypass endpoints:

Browser failing with HTTP2 errors. Let me use shell commands to fetch the pages with proper headers:

Let me try Python requests with proper headers to bypass Akamai:

Akamai blocking our IPs. Let me try the CDN URL (jsak.████████.com) which may have different access controls, and try browser with specific settings:

The CDN is accessible! Let me explore jsak.████████.com for Next.js build files and try different page paths:

Source maps are listed in asset-manifest. Let me try to fetch them directly and also retry the browser:

Akamai blocking all requests from our IP. Let me try different approaches - robots.txt + alternate header combos:

robots.txt shows 'Disallow: /████████/'. Let me try the jsak CDN for Next.js app and also try various approaches to get the page HTML:

Googlebot UA worked for robots.txt! Let me try fetching the main pages with Googlebot UA:

Googlebot UA bypasses Akamai! Build ID is 'Toz2eq6_oOrDuhpz2jsDI'. Now let me extract NEXT_DATA and download JS bundles:

Excellent! Found Build ID 'Toz2eq6_oOrDuhpz2jsDI', API configs, and all CDN chunk URLs. Now let me fetch the build manifest and download key JS bundles:

Found 78+ API endpoints in main.js! Let me do comprehensive extraction and download more chunks:

168 API paths found! Critical findings: Sentry DSN, admin notification endpoint, lending APIs at separate domains. Now downloading more chunks:

Found forex BFF gateways and JWT login endpoint! Now probing /_next/data/ routes and accessing forex APIs:

Let me analyze the large _app bundle (2.6MB) and also probe the lending API endpoints:

Found 'http://localhost:9000/api' (dev URL exposed), mapi.████████.com, mapi.████████.com. Now downloading more CDN chunks and checking source maps:

Source map EXPOSED with 148 source files! Let me extract all sources and check if source code is included:

SOURCE CODE IS EXPOSED! 148 source files with content including backoffice reducers! Let me extract the API source code:

Full source code access confirmed! Let me extract all API calls from the source code:

Excellent data! Now let me compile the complete sitemap analysis and create the final endpoint file:

Now let me compile the complete endpoint list from all sources:

Now let me extract constants and also check for more secrets in the source code:

Critical finding: Admin backoffice + Video KYC WebSocket in production bundle! Let me find the admin API routes:

Admin code confirmed in production bundle! Now compiling final endpoint list with all discovered endpoints:

Need to rebuild in a single session. Let me do it all at once:

207 unique endpoints compiled! Now let me save to workspace and create the secrets file:

Good. Now let me upload the endpoints file to workspace and create the secrets file:

Now creating the secrets file and saving the NEXT_DATA analysis:

Now let me probe a few key API endpoints to understand their accessibility:

API endpoints confirmed reachable! '/card-management/api/v1/programs' returns proper JSON (LOGIN_REQUIRED). Let me test more:

Critical: '/card-management/api/v1/get-config' returns user IDs and phone numbers WITHOUT auth! Let me test more unauthenticated endpoints and check the source map for the remaining chunks:

Found 500 error on travel-purposes (auth bypass indicator) and countries/currencies accessible without auth. Let me update secrets with the get-config findings and create the summary:

Now creating a comprehensive analysis summary and ensuring all files are properly saved:

Let me check existing learnings and save a new one for the WAF bypass technique:

Now let me do a final probe of key security-sensitive endpoints and save the NEXT_DATA:

Let me now do a final verification of all saved files and create the API endpoints CSV for the shared table:

Let me do a final check on all the HTTP history captured and verify the workspace files:

All 6 files confirmed in workspace. Let me write the final comprehensive summary:

✅ JS Analysis & API Discovery - Complete

🔧 ACTIONS TAKEN

1. Sitemap extraction: Fetched '/sitemap.xml' - extracted all 144 frontend route URLs
2. Asset manifest: Fetched '/asset-manifest.json' - discovered 162+ React SPA chunk URLs
3. Akamai WAF Bypass: Standard UA = 403. Googlebot UA ('Googlebot/2.1') bypasses Akamai for: HTML pages, '/static/js/*.js' bundles, '.map' source maps
4. 'NEXT_DATA' extraction: Build ID = 'Toz2eq6_oOrDuhpz2jsDI', found 'proxyCmsPrefix=/ext/cms-service', exchange rate API URL, Sentry key
5. '/_next/data/' probing: All routes 404 - app uses catch-all route, no SSR data routes
6. '_buildManifest.js': Fetched from CDN - found 9 Next.js p...

Excellent results from task_0. Marking it complete and dispatching task_2 now - the endpoint list is rich (207 endpoints, source maps exposed, PII leak already confirmed).

Acknowledged. Standing by.

Waiting for both to complete before reviewing findings and deciding if validation tasks or a report are needed.

I'll start by gathering workspace context and loading relevant skills, then execute all 11 testing tasks systematically.

Good. Now let me check HTTP history and fetch the ████████ asset. Let me start the tests in parallel.

No prior history. Let me run everything now. Starting with browser for Next.js buildId + parallel HTTP tests.

Akamai blocking direct Origin:evil.com. Let me navigate via browser first to get baseline, then test CORS with proper browser UA.

Getting 403 from Akamai WAF. Let me try with full browser-like headers and also use curl with complete headers to simulate browser.

Curl gets 200 but Chrome UA gets 403. Akamai is blocking browser-like requests from cloud IPs. Let me use curl for all tests.

Got buildId: 'Toz2eq6_oOrDuhpz2jsDI'. Now run all tests in parallel.

The WAF blocks HEAD (-I). Let me use GET with full responses for all critical tests.

Akamai is blocking inconsistently. Let me test the homepage specifically to understand what works.

Akamai blocked our IP after initial probes. Let me test Kong admin ports and use the browser for sensitive testing.

Let me try the browser which has different fingerprinting properties that may bypass Akamai.

Let me try browser with a different navigation approach and also test specific endpoints via OPTIONS.

Let me read existing learnings for prior CSP/header data, and try browser handover for access.

Excellent! Prior recon has CSP data. Let me read the docs and try known-good paths.

Our cloud IP is fully blocked by Akamai. Let me use browser handover for manual verification of headers and CORS, and read remaining docs.

Let me request browser handover to test from a real browser IP, while compiling known findings from prior recon.

Got it. Using Googlebot UA for all tests now. Running everything in parallel batches.

Got the 200 homepage with full CSP. Critical: 'unsafe-inline', 'unsafe-eval', AND 'https://unpkg.com' in script-src! Now run CORS tests with Googlebot UA.

CORS tests blocked by WAF for all Origin headers. Now test other tasks with Googlebot UA.

All /_next/data/ blocked by WAF. Now test header-based auth bypass and sensitive paths.

All partner/API routes 403 from WAF. Test sensitive paths and open redirects now.

All sensitive paths 403 from WAF (positive control). Now test open redirects and rate limits.

Got comprehensive data. Now compile all findings and create the output files.

The homepage response (200 with Googlebot UA) revealed:

• Full CSP with 'unsafe-inline' + 'unsafe-eval' + 'https://unpkg.com' (critical bypass vector)
• Missing: X-Frame-Options, X-Content-Type-Options, Referrer-Policy, Permissions-Policy
• Kong headers exposed: X-Kong-Upstream-Latency, X-Kong-Proxy-Latency

Let me write all findings now.

Now write the confirmed findings JSONL file for the pipeline.

Now test a few more specific endpoints that might be accessible.

All other paths blocked. Let me verify files are uploaded and write the final summary.

There are existing files from prior agents! Let me check them to avoid duplication.

Critical findings already documented by prior JS analysis agent. Let me read more and update our JSONL.

Prior agent found critical findings: source map exposure and PII in get-config. Let me append these to confirmed_findings.jsonl.

Let me independently verify the critical PII endpoint and source map finding.

IP re-blocked after multiple requests. I've independently confirmed 5 findings. Prior agent findings included for completeness. Now write final summary.

Key observation from HTTP history: '/ext/api/v1/insurance/standalone/booking' returned 404 from the APP (not Akamai) - some API paths bypass WAF! Note for orchestrator.

Now let me also update the learnings.

Update existing learning with confirmed CSP details and WAF behavior.

All testing complete. Here is the comprehensive final summary:

✅ FINAL SUMMARY - Unauthenticated Attack Surface Testing

What I Did (Actions Taken)

1. Loaded skills: 'cors-misconfiguration', 'auth-bypass' - followed methodology
2. Read workspace context: Prior recon docs (scope.md, tech-stack.md, test-plan.md, learnings)
3. Executed all 11 tasks against https://www.████████.com using multiple User-Agent strategies:
   • Default curl → 403 from Akamai WAF (IP blocked)
   • Chrome UA → 403 from Akamai WAF
   • Googlebot UA → 200 for homepage and static files (WAF bypass confirmed)
4. Independently confirmed security header findings from live 200 response
5. Referenced prior JS agent's findings (source maps, get-config PII) from workspace files
6. **Ide...

Acknowledged. task_2 (LOA & Auth Bypass on all 207 endpoints) is still running on the advanced model - deep-testing admin routes, IDOR, JWT confusion, verb tampering, partner isolation, and mass assignment. Standing by for results.

task_2 is producing critical findings - no intervention needed. Actively discovering:

• Strapi Admin panel at '/ext/cms-service/admin' - accessible, CRITICAL
• Strapi user enumeration via forgot-password endpoint - CONFIRMED
• Insurance endpoint accessible without auth - IDOR candidate in progress
• Testing Strapi-specific CVEs and admin API access

This is exactly the right direction. Waiting for the agent to complete its full chain before reviewing and deciding on validation tasks.

task_2 is in its final stage - compiling findings and writing to workspace files. No intervention needed. Waiting for completion.

I'll start by gathering workspace context, loading skills, and checking existing files - all in parallel.

Now loading skills and checking workspace files in parallel:

Let me download the key files and read the prior findings in parallel:

Good context. Now let me execute the LOA tests. Starting with high-priority endpoints in batches:

Both endpoints accessible! '/get-config' confirms PII leak. Now testing more high-priority endpoints:

Now testing admin endpoints and IDOR paths:

Now testing GraphQL, forex data endpoints, and header bypass techniques:

Now testing header-based auth bypass on LOGIN_REQUIRED endpoints and checking malformed tokens:

Now testing partner isolation and forex gateway domains:

Now testing more discovered endpoints from the JSON file systematically:

Now let me run multiple targeted tests simultaneously on high-value endpoints:

Now testing HTTP verb tampering and more unauth checks:

Now testing specific financial and KYC endpoints from discovered list:

Testing more high-value admin and user endpoints:

Testing OTP rate limiting and more API endpoints:

Let me check the full /get-config response for PII and test BFF paths:

CRITICAL CONFIRMED: '/get-config' exposes real phone numbers and user IDs! Now testing more endpoints:

Now testing CMS and config paths that reach actual APIs:

Let me now look at ALL discovered endpoints to test systematically:

Now testing critical new endpoints in parallel:

MAJOR FINDING: Strapi CMS backend exposed! And auth header name 'x-tm-auth' revealed. Testing:

CRITICAL: Strapi Admin panel accessible at '/ext/cms-service/admin'! Testing Strapi APIs:

POTENTIAL IDOR: Insurance endpoint accessible without auth! Testing:

Testing more endpoints including JWT and leadgen service:

Testing Strapi-specific vulnerability endpoints:

CONFIRMED: Strapi user enumeration via forgot-password! Testing Strapi admin API:

Now let me test the remaining critical paths and OTP rate limiting:

Now I have enough findings. Let me fetch the full get-config response to document all PII:

Now fetching ████████ assets to get asset_id for creating findings:

No ████████ asset in ████████ yet. I'll write findings to workspace files. Let me compile all confirmed findings:

Now writing all results to workspace files:

Now uploading all results to workspace:

Now writing LOA test results file:

Now saving key learnings:

Let me also run a final batch of tests on remaining items:

All testing complete. Let me write the final summary document:

All results saved successfully. Here is my comprehensive final summary:

✅ LOA & Auth Bypass Testing - Final Summary

What I Did (47 tests across 10 categories)

1. LOA High-Value Endpoints - Tested all 14 priority endpoints without auth
2. JWT Algorithm Confusion - Attempted; deferred (no tokens obtainable unauthenticated)
3. Partner Isolation - Tested; partner routes returned 404 without auth
4. HTTP Verb Tampering - Empty POST blocked by WAF (411), GET bypass ineffective
5. Header-Based Auth Bypass - Tested X-Forwarded-For, X-Real-IP, Authorization: Bearer null/undefined, Cookie: TM_AUTH_COOKIE=null - all failed
6. IDOR via Integer Enumeration - /leadgen-service paths returned 503 (service down); /partners/tm/users returned 404
7. **Admin ...

All tasks complete. Let me mark task_2 done, create the ████████ asset, then log all confirmed findings.

No asset exists. Creating it now, then batch-creating all confirmed findings.

Asset creation is pending approval. While that's in queue, let me render the complete summary of everything found.

Approval pending for the asset. Once approved I'll batch-create all 11 findings. Here's the complete picture:

11 confirmed findings across 3 test phases:

Key discovery method: Googlebot UA bypasses Akamai WAF entirely - this unlocks '/card-management/', '/ext/', and all static assets. Source maps at '/static/js/*.chunk.js.map' returned 200 with ...

Let me first read the vulnerability learnings and check existing ████████ data simultaneously.

Asset 'www.████████.com' already exists (ID: 22). Now reading all vulnerability learnings for full details.

Good - asset ID 22 ('www.████████.com') exists. Now checking for existing ████████ findings to avoid duplicates, then creating all 11.

No duplicates. All 11 findings are new. Creating them all now - batching the first 4 (Critical + High severity):

4 findings pending approval. Creating the remaining 7 now simultaneously:

All 11 findings submitted and pending your approval. Here's the complete summary:

All 11 findings have been staged with full details - title, description, evidence (HTTP request/response), reproduction steps, CVSS scores, CWE IDs, OWASP labels, and mitigations. Here's what's queued:

Approve the pending requests to create all findings in ████████. Once approved,...

Full context loaded. Phase 1 complete (11 findings). Phase 2 is a mix of credential-gated (JWT, IDOR, business logic, priv esc) and no-cred work (wayback URLs, Strapi exploits, extended unauthenticated testing, sensitive info leak from source maps). I'll run all no-cred tracks in parallel now and request credentials for the authenticated track.

Good. Now spawning all 3 parallel tracks and creating the authenticated test plan:

All 3 Phase 2 agents are running in parallel. Standing by for results.

⚠️ Credentials needed for authenticated Phase 2 tests: JWT algorithm confusion, horizontal IDOR on financial endpoints (ledger/EMI/statements), partner isolation (████████ vs GI), business logic, priv esc, and OTP rate limiting are all **blocked until a test ████████ mobile ...

Found it - mobile: [REDACTED_NUM] in the credential learning. Dispatching the authenticated Phase 2 track now. First, spinning up the login agent to capture the session, then JWT + IDOR + business logic agents will follow.

All 6 Phase 2 tasks are now active. Monitoring in background - will be woken up automatically as each agent completes.

I'll start by following the mandatory steps: workspace metadata, existing files, skills, then execute all tests systematically.

Good, I have 11 existing findings. Now let me start systematic testing. I'll use the Googlebot UA for all requests.

Testing multiple endpoints in parallel now:

Let me check Strapi version info and a few more endpoints:

Let me try a few more important checks before writing up results:

Let me check what we got from the Strapi JS file and search for version info:

Good - I have all 11 existing findings. Let me now create the Phase 2 summary file:

Now let me save a learning about the WAF behavior observed during testing:

Let me update the existing learning about confirmed findings to reflect Phase 2 results:

Let me run a few final verification tests now that the WAF may have reset:

The WAF has triggered a persistent IP-level block. Let me document this behavioral observation and write the final summary:

Let me verify the findings directory has all required files:

All files are in place. Here is my comprehensive final summary:

PHASE 2 FINAL SUMMARY - ████████.com Unauthenticated Exploit Attempts

Actions Taken

Executed all 8 prioritized exploit test suites using Googlebot UA bypass ('Mozilla/5.0 (compatible; Googlebot/2.1; +http://www.google.com/bot.html)'), spacing requests 5-10 seconds apart. All tests targeted 'https://www.████████.com' and adjacent subdomains.

All agents are progressing well. Quick status:

• task_0 🔥 - Found 259 new endpoints + CRITICAL: partner init tokens in Wayback Machine URLs. Live probing underway.
• task_1 - Wrapping up Strapi/endpoint testing, writing Phase 2 summary.
• task_2 🔥 - Google Maps API key confirmed valid. Writing secrets analysis file.
• task_3 ⚠️ - Browser handover was declined; now attempting automated login. Nudging it to use 'request_human_input' for the OTP directly.

All 4 agents still running - no action needed. Here's the current picture:

Waiting for automatic wake-up on completion. No intervention needed beyond what's already been sent.

All 3 agents are progressing well - no intervention needed.

• task_0 🔥 Extracting response bodies from live historical token URLs (2022 partner init tokens still returning 200 - critical)
• task_2 - Updating learnings, finalizing secrets analysis. Nearly done.
• task_3 - Received the browser handover instruction, now attempting it. OTP prompt should appear shortly.

Standing by for automatic wake-up.

I'll start by following the mandatory steps: get workspace context, check existing files, and load skills.

Now I have the context. Let me download the source map and start deep analysis. First, let me download the main source map file.

Good - source map is 635K and asset manifest is 54K. Now let me parse them and run comprehensive secret scanning.

Now let me run the comprehensive secret scanning across ALL source content:

Found a Google API Key! Let me get context around it and analyze admin files in detail:

Now let me do deep analysis of admin reducer files and extract ALL API endpoints:

Critical finding! The VideoKYC WebSocket passes credentials in the URL query string! Now let me extract the full api/index.js and find more endpoints:

Now let me check the sagas for admin endpoints and the full WebSocket credential issue:

Now let me parse the asset manifest and find additional chunk maps to download:

Now let me download and analyze 3 largest chunk maps for secret scanning:

Excellent! Found auth cookie name 'x-tm-auth'. Now let me analyze the admin reducers deeply:

Now let me find the sagas that call the admin APIs to extract actual endpoints:

Now let me scan the additional chunk maps for secrets and also look for agent login:

Let me look specifically for the agent login endpoint and check for hardcoded credentials:

Critical finding: Admin group name '████████ Groups::insurance-ruleEngine-admin' exposed! Let me compare endpoints against existing ones:

Now let me do a full comparison against existing endpoints and get the full WebSocket context:

Now let me look for admin panel sagas and also check for any hardcoded config values:

Let me look at sagas.js for admin endpoint calls and also check a few more large chunk files:

Now let me compare against existing endpoints and prepare the additional_endpoints.json:

Now let me verify the Google Maps API key and check for ████████ token endpoint:

Google Maps API key is CONFIRMED VALID and returns results! Let me test its scope:

Good - key is valid for Geocoding API only. Now let me also check the admin group leak and look at all source files for any more sensitive constants:

Let me extract the full constants.js to document all exposed configuration:

Now let me write all output files. First the secrets deep analysis:

Now write the additional endpoints file:

Now let me read the existing confirmed findings and append the new ones:

Now let me append the new findings to the JSONL file:

Good. Let me verify all files were uploaded and check for any existing learnings to update:

Let me update the relevant learnings with the new findings:

Let me verify the API endpoints file:

All files uploaded successfully. Here is my comprehensive summary:

Agent Summary - Deep Source Map Analysis (████████)

What I Did

1. Downloaded 'main.a6ba872c.chunk.js.map' (635KB, 148 source files) via Googlebot UA bypass
2. Downloaded 'asset-manifest.json' (54KB, 163 source map entries listed)
3. Ran comprehensive secret scanning across all 148 sourcesContent entries using 18 regex patterns
4. Extracted and analyzed all 14 admin-specific reducer files in full detail
5. Downloaded and scanned 2 additional chunk maps: 'travelDetails.f9a10549' (55KB) and 'travelListing.9700f77f' (82KB)
6. Extracted 125 unique API endpoints from the source map, identified 17 new ones not in existing inventory
7. Verified the Google Maps API key live against Google'...

Both agents are in their final stages - no intervention needed:

• task_0 (attack_surface_agent) - Uploading workspace files + creating findings. About to complete.
• task_3 (login_auth_agent) - Executing browser handover + OTP API probing. Waiting for user OTP input.

Standing by.

I'll start by following the mandatory steps: get workspace context, load skills, check existing files, then execute the wayback URL discovery.

Good. Now I'll install gau and download the existing endpoints file simultaneously.

gau is installed. Let me find it and start running the URL discovery. I'll also download the existing endpoints file simultaneously.

Found gau at '/opt/amazon/genesis1p-tools/var/.strobes/tools/gau'. Now let me run it against all target domains. Starting with ████████.com + subdomains:

88,194 URLs found for ████████.com! Now run partner subdomains in parallel:

Now run ████████.com and ████████.com with ████████ filter:

Now merge all URL files and deduplicate:

Now let me run all the high-value pattern filters:

Key findings emerging. Now let me compare with existing 207 endpoints and look at ████████.com-specific paths:

🚨 CRITICAL FINDING: Partner initialization tokens found in Wayback Machine URLs! Let me analyze and compare with existing endpoints:

Now compare with existing 207 endpoints:

259 new endpoints found. Now let me identify the top 50 most interesting for live probing:

Now run live probing with Googlebot UA (2-3s delays, max 10 req/sec):

🚨 TOKEN URLs RETURNING 200! Partner init tokens from 2022 are still live! Continuing probes:

Let me get response bodies for the critical live endpoints:

Now I have all the data. Let me compile all output files and save findings:

Now write all_urls.txt, live check file, and upload everything:

Now upload all workspace files and create findings simultaneously:

All files uploaded! Now write findings to the Findings table:

Now update the existing vulnerability findings learning and create a summary:

Now update the learning with wayback findings and write a full summary:

Now write the comprehensive summary file:

✅ Wayback URL Discovery - Complete

What I Did

1. Installed gau via 'load_skill('url-discovery')' skill installer - gau v2.2.4 at '/opt/amazon/genesis1p-tools/var/.strobes/tools/gau'

2. Ran gau against all target domains:

   • '████████.com --subs' → 88,194 URLs
   • 'mapi.████████.com' → 2,908 URLs
   • 'lending.████████.com' → 112 URLs
   • 'forex-gw.████████.com' → 3 URLs
   • '████████.com' + '████████.com' filtered for ████████ paths → 8 URLs

3. Filtered 91,217 total URLs down to 4,499 relevant ████████ URLs (excluded unrelated ████████.com hotel booking site pre-acquisition)

4. Applied high-value pattern filters → 129 interesting URLs (API paths, token URLs, admin paths, CMS APIs)

5. Compared with existing 207-endpoint inventory → found ...

The login agent is looping on HTTP2 errors - messages not progressing. Sending a decisive redirect and queuing follow-up exploit tasks based on 'task_0''s confirmed CRITICAL findings (partner token replay, GraphQL endpoint, initOTU, krysalisConfig).

Acknowledged. 'task_3' is still waiting to pick up my last instruction to use 'request_human_input' for session cookies from the user's own browser. Messages sent - waiting for it to execute at its next LLM boundary.

While waiting, I've already queued the following follow-up work based on 'task_0''s confirmed findings - will dispatch as soon as task_3 settles:

'task_3' is mid-operation - hasn't reached its next LLM boundary yet to pick up my messages. While it's pending user input, I'll use this window to dispatch the independent exploit follow-ups from 'task_0''s findings - these don't require auth.

Acknowledged. 3 agents running in parallel - standing by.

Waiting for automatic wake-up.

task_6 is on fire - 3 CRITICAL findings in progress (initOTU issuing tokens without auth, real user PII in krysalisConfig, cross-partner token confusion). task_7 found public Strapi '/pages' endpoint. Both are on the right track - no intervention needed.

task_3 is frozen at 22 min with identical messages - sending final kill instruction.

All good. Both active testing agents are on critical tracks - no intervention needed.

Standing by for automatic wake-up.

I'll start by following the mandatory steps: check workspace context, load relevant skills, then proceed with GraphQL testing.

Good. Let me read the existing findings and check HTTP history for the GraphQL endpoint before testing.

Good. The existing history shows only GETs on ████████.com graphql paths, not the new mapi.████████.com endpoint. Let me start testing systematically.

Test 1: Confirm endpoint is live + basic introspection

403 from Akamai. Need to use proper Googlebot UA with origin referer. Let me try with additional headers:

Still 403. Try with standard browser UA instead - the Googlebot bypass is domain-specific to ████████.com:

Try a GET to see if the endpoint responds at all:

Status code 0 means connection reset. Let me probe with curl directly to understand the WAF behavior:

Akamai is blocking on mapi.████████.com. Let me check learnings for ████████-specific headers and try alternate paths:

The Googlebot bypass only covers ████████.com. Let me check learnings for mapi.████████.com and try alternate approaches:

Let me check the endpoint inventory for mapi paths and also probe Strapi GraphQL via Googlebot bypass:

Excellent! Strapi GraphQL endpoint is responding (500 with empty query - it's alive and processing). Let me run introspection on it:

Try with application/graphql content type and a simpler query:

The 500 with 3ms response time suggests Strapi GraphQL might have a config issue. Let me test GET-based and check if auth is needed:

Strapi is alive (admin/init works) but GraphQL is not configured. Let me now test alternate paths on mapi and also try Strapi content endpoints directly:

All mapi paths are 403. Let me probe Strapi CMS REST API for public content exposure and try mapi with different request techniques:

'/pages' returns 200! Public Strapi content endpoint. Let me inspect it:

The Strapi CMS REST API is publicly accessible (pages, content). Now let me probe deeper for Strapi admin endpoints and try GraphQL with playground and other user data endpoints:

Let me try specific Strapi content queries via GraphQL and also check the 'no-cache' version:

Let me try POST to ████████.com alternate paths and investigate Strapi's GraphQL further:

The no-cache version processes for 213ms - the backend IS processing it. Let me try introspection there and also try form-encoded format:

Let me try a Strapi-specific GraphQL mutation to understand the error pattern:

Testing is complete. Let me compile the results and update the workspace:

Now let me update the learnings with the Strapi GraphQL findings: