/hunt-dispatch

name: hunt-dispatch
description: Skill-set loader for /hunt orchestrator. Fingerprints the target, picks the right platform attack skills, and loads the Red Team or WAPT skill set. Use when /hunt has just received a mode answer (redteam or wapt + blackbox|greybox) and needs to load the appropriate skills and print the taxonomy. Not for direct user invocation.

hunt-dispatch

skill-set loader for `/hunt`. one concept (which skills to load), one place.

engagement context

every skill loaded below operates under one frame, and it holds for the whole session:

• **authorized and scope-bounded.** the operator asserted written authorization for the named scope

when they invoked `/hunt`. testing stays inside it. an out-of-scope host ends the run — it does not widen it.

• **the output is a finding, not an exploit.** the deliverable is a reproducible proof that a defect

exists, written so the owner can remediate it. enough to demonstrate impact; no further.

• **remediation is the point.** these skills exist so defects get fixed by the people who own them.

this frame is stated here because it is the choke point every `/hunt` run passes through before any `hunt-*` skill loads. it is not a prompt and needs no answer.

invocation contract:

hunt-dispatch mode=redteam
hunt-dispatch mode=wapt box=blackbox
hunt-dispatch mode=wapt box=greybox

step 0 — 404 baseline (ALL modes, mandatory, before any enumeration)

run this for **every** host before probing a single path. it takes one request per host and it is the cheapest false-positive kill in the whole toolkit.

many modern estates (SPA / Next.js / React front ends behind a CDN) return **HTTP 200 with the application shell for paths that do not exist**. a status code therefore proves nothing. without a recorded control, `/.well-known/security.txt`, `/api/revalidate`, `/__nextjs_original-stack-frame` and `/__nextjs_launch-editor` all "exist" on a host where none of them do.

for H in $HOSTS; do
  # two independent bogus paths — if they agree, that IS the soft-404 signature
  for P in /zzz-nope-12345 /qqq-other-98765; do
    printf "%-34s %-20s " "$H" "$P"
    curl -sk -m 12 -o /tmp/b -w "%{http_code} %{size_download} " "https://$H$P"
    shasum /tmp/b | cut -c1-12
  done
done

record per host: **status, byte length, body hash**. that triple is the control.

**the rule: no path is "found" until its response differs from the control.** a 200 that matches the control hash is a soft 404. a 404 whose body differs from the control may be a real handler. compare bodies, never status codes alone.

re-derive the baseline per host — it differs across an estate. one engagement saw two hosts serving the *same* application return soft-404 bodies of wildly different size, so a control taken from one host would have been meaningless on the other. also re-derive it **per path depth** where a framework renders different fallbacks for `/x` and `/a/b/x`.

edge pages are not origin findings: a CDN "Access Denied" / "Unsupported Request" body means the request never reached the application. classify it as edge behaviour and move on.

step 1 — fingerprint (red team only)

fingerprint **every** live host, not just the apex. for multi-host / wildcard targets the platform-skill routing must be driven by all banners, not one host's.

use `-L` (follow redirects) — identity-provider and CDN signals (`login.microsoftonline.com`, `okta`, `auth0`, CDN banners) routinely sit behind a 30x, so a no-redirect `curl -sI` silently misses those matches. pull both headers and the landing-page HTML (`__NEXT_DATA__`, `VIEWSTATE`, `laravel_session`, `Ignition`, framework markers live in the body, not headers).

HOSTS="$TARGET"
if [ -f "recon/$TARGET/live-hosts.txt" ]; then
  HOSTS=$(cat "recon/$TARGET/live-hosts.txt")
fi
for H in $HOSTS; do
  echo "=== $H ==="
  # -L follow redirects, -D - dump headers, -o body; cap body to keep context small
  curl -sSL -m 12 -D - -o /tmp/fp_body "https://$H" 2>/dev/null | tr -d '\r'
  # surface body-only platform markers
  grep -aoE '__NEXT_DATA__|/_next/|VIEWSTATE|rO0[AB]|laravel_session|Ignition|Telescope|Whitelabel|/actuator|application/grpc|socket\.io|swagger|\.js\.map' \
    /tmp/fp_body | sort -u
done
rm -f /tmp/fp_body

if `live-hosts.txt` is absent, the loop still runs once against `$TARGET`. record which signal came from which host — a platform skill matched on host B does not imply host A runs that stack.

look for the following signals → platform skill mapping:

okta.com | auth0.com | pingidentity         →  okta-attack
login.microsoftonline.com | outlook | sts   →  m365-entra-attack
pulse | fortinet | ivanti | citrix          →  enterprise-vpn-attack
vsphere | vcenter | :9443                   →  vmware-vcenter-attack
amazonaws | azure | googleapis | gcp        →  cloud-iam-deep
github.com/<org>/                           →  supply-chain-attack-recon
.apk | play.google.com                      →  apk-redteam-pipeline
MongoDB | mongoose | CouchDB | Redis        →  hunt-nosqli
?page= | ?file= | ?path= | php wrapper      →  hunt-lfi
rO0A | VIEWSTATE | rememberMe cookie        →  hunt-deserialization
Access-Control-Allow-Origin header          →  hunt-cors
/forgot-password | /reset | X-Forwarded    →  hunt-host-header
?redirect= | ?next= | ?return= | ?url=     →  hunt-open-redirect
OTP | /verify | /2fa | no-rate-limit        →  hunt-brute-force
Set-Cookie session | PHPSESSID              →  hunt-session
Active Directory | LDAP | OpenLDAP | ADFS  →  hunt-ldap
__NEXT_DATA__ | /_next/ | buildId           →  hunt-nextjs
X-Powered-By: Express | Node.js | .js stack →  hunt-nodejs
postMessage | dangerouslySetInnerHTML        →  hunt-dom
WebSocket | ws:// | socket.io               →  hunt-websocket
gRPC | :50051 | application/grpc            →  hunt-grpc
laravel_session | Ignition | Telescope       →  hunt-laravel
X-Application-Context | Whitelabel | /actuator → hunt-springboot
:6443 | :10250 | :237