Use when mapping a target's external attack surface or gathering OSINT — subdomain enumeration, attack-surface mapping (httpx/katana/JS secrets), subdomain takeover, multi-cloud/Azure tenant recon, GitHub secret dorking, breach/infostealer credential intel, CVE prioritization (EPSS/KEV)
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See how to installReview the instructions the agent will receive before you install.
| Technique | ATT&CK | CWE | Reference | Script |
|---|---|---|---|---|
| Passive subdomain enum (subfinder/amass/CT logs) | T1590.002, T1596.001 | CWE-200 | references/subdomain-discovery.md | scripts/recon_orchestrator.py |
| DNS brute / permutation / resolution (puredns/alterx/dnsx) | T1595.002, T1590.002 | CWE-200 | references/subdomain-discovery.md | scripts/recon_orchestrator.py |
| ASN → CIDR → reverse-DNS expansion | T1590.005, T1596.005 | CWE-200 | references/subdomain-discovery.md | scripts/recon_orchestrator.py |
| HTTP probing + tech fingerprint (httpx) | T1595.002, T1592.002 | CWE-200 | references/attack-surface-mapping.md | scripts/recon_orchestrator.py |
| Headless crawling + archive URLs (katana/gau) | T1595.002, T1593.003 | CWE-200 | references/attack-surface-mapping.md | scripts/js_secret_hunter.py |
| JavaScript endpoint / secret extraction | T1593.003, T1552.001 | CWE-540 | references/attack-surface-mapping.md | scripts/js_secret_hunter.py |
| Subdomain takeover (dangling CNAME/NS) | T1583.001, T1584.001 | CWE-350 | references/subdomain-takeover.md | scripts/subdomain_takeover.py |
| Deleted-S3 takeover → supply-chain pivot | T1583.001, T1195.002 | CWE-350 | references/subdomain-takeover.md | scripts/subdomain_takeover.py |
| Multi-cloud bucket/blob enum (cloud_enum) | T1580, T1596.005 | CWE-732 | references/cloud-saas-recon.md | scripts/cloud_asset_enum.py |
| Azure tenant outsider recon (AADInternals) | T1590.001, T1589 | CWE-200 | references/cloud-saas-recon.md | scripts/cloud_asset_enum.py |
| GitHub/GitLab dorking + secret scanning | T1593.003, T1213.003 | CWE-540 | references/cloud-saas-recon.md | scripts/cloud_asset_enum.py |
| Email/username harvesting (theHarvester) | T1589.002, T1591 | CWE-200 | references/breach-credential-intel.md | scripts/breach_intel.py |
| Breach + infostealer credential intel (HIBP/DeHashed) | T1589.001, T1596 | CWE-522 | references/breach-credential-intel.md | scripts/breach_intel.py |
| CVE enrichment + prioritization (NVD/EPSS/KEV) | T1592.002, T1596 | CWE-1395 | references/cve-exploit-intel.md | scripts/cve_prioritizer.py |
| Shodan InternetDB exposure → CVE mapping | T1596.005, T1595.002 | CWE-200 | references/cve-exploit-intel.md | scripts/cve_prioritizer.py |
export DOMAIN=target.com
# 0. Validate resolvers once (puredns needs a clean list)
dnsvalidator -tL https://public-dns.info/nameservers.txt -threads 100 -o resolvers.txt
# 1. Full discovery + probe + crawl + takeover + nuclei, JSONL out (see orchestrator)
python3 scripts/recon_orchestrator.py -d $DOMAIN -o out/ --resolvers resolvers.txt --nuclei
# 2. JS/endpoint + secret hunting over live hosts
python3 scripts/js_secret_hunter.py -l out/httpx_live.txt -o out/js/
# 3. Dangling-DNS / subdomain-takeover triage
python3 scripts/subdomain_takeover.py -l out/all_subdomains.txt -o out/takeovers.jsonl
# 4. Cloud + code recon (buckets, Azure tenant, GitHub secrets)
python3 scripts/cloud_asset_enum.py -k $DOMAIN --company target --azure-domain $DOMAIN --gh-org target
# 5. People + breach/infostealer intel
python3 scripts/breach_intel.py --domain $DOMAIN --harvest --hibp --dehashed
# 6. Triage CVEs from fingerprints → KEV/EPSS/exposure ranked
python3 scripts/cve_prioritizer.py --from-httpx out/httpx_live.txt --ip-file out/ips.txt -o out/cve_ranked.jsonl
| Technique | Telemetry / IOC | Detection (Sigma/EDR) | OPSEC note |
|---|---|---|---|
| Passive enum (CT/API) | None on target; queries hit 3rd-party APIs | Target cannot see it; CT-log monitoring (certstream) detects new certs only | Fully passive — prefer for stealth; no target traffic |
| DNS brute / resolution | Burst of NXDOMAIN/A queries to authoritative + resolvers | DNS firewall: high-volume distinct-label rate per source IP; Zeek dns.cc/NXDOMAIN ratio | Throttle -rate, rotate resolvers, never brute a single auth NS directly |
| httpx / katana probing | Spike of HTTP(S) requests, odd UA, favicon/JARM fetches | WAF/CDN: request-rate + UA anomaly; access-log User-Agent: *httpx*/*katana* | Set custom UA, low -rl, route via proxy pool / cloud egress |
| Subdomain takeover check | HTTP GET to dangling host (lands on 3rd-party) | 3rd-party provider logs; CT for new cert on claimed host | Verify with passive fingerprint before any claim; claiming is loud |
| Cloud bucket enum | DNS + HTTP to *.s3/blob/storage.googleapis | Cloud provider access logs; GuardDuty Discovery:S3/* | Hits provider, not target; still rate-limited / loggable |
| Azure tenant recon | Requests to login.microsoftonline.com | Entra sign-in/audit logs do not see unauth realm probes | getuserrealm/OpenID are unauth & invisible to tenant |
| GitHub/GitLab dorking | API/search queries from your token | GitHub audit log (only org members'); secret-scanning alerts | Use a throwaway token; respect rate limits to avoid bans |
| Breach/infostealer lookup | 3rd-party API calls (HIBP/DeHashed) | None on target | Handle PII per ROE/GDPR; document lawful basis |
| CVE enrichment | NVD/EPSS/KEV/Shodan API calls | None on target | Map exposure to in-scope assets only |
-td -favicon -jarm -asn), katana headless/authenticated crawling, gau/wayback archive mining, JS endpoint + secret extraction, nuclei triage of the live set.No reviews yet. Tell others what you thought.
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Use when attacking a Windows Active Directory domain — Kerberos roasting/delegation, coercion + NTLM/Kerberos relay (CVE-2025-33073), ADCS ESC1-16 (EKUwu), ticket forgery & DCSync, dMSA BadSuccessor (CVE-2025-53779), BloodHound attack-path enumeration, domain dominance
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Use when red-teaming an agentic AI / LLM application — indirect & zero-click prompt injection, MCP tool poisoning, persistent memory poisoning, excessive-agency tool abuse, multi-turn jailbreaks, PyRIT/Garak/Promptfoo harnesses
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Use when attacking an AI/ML system or model — prompt injection & jailbreaks (Crescendo, Skeleton Key, Best-of-N), RAG/vector poisoning, agentic/MCP exploitation (CVE-2025-54136), ML supply-chain RCE (pickle CVE-2025-32434), model extraction / membership inference / adversarial suffixes (GCG)
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Use when building a client-side browser exploit — V8/JSC JIT type confusion to renderer R/W, V8 heap-sandbox escape, renderer-to-browser sandbox escape (Mojo IPC, GPU/Dawn/ANGLE), Electron/webview IPC abuse, 1-click RCE chains
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Use when attacking or auditing a CI/CD pipeline or software supply chain — pwn requests, poisoned pipeline execution, compromised/mutable-tag actions, dependency confusion, registry worms, runner backdoors, OIDC trust abuse, SLSA/provenance
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Use when attacking AWS/Azure/GCP cloud — IAM/identity privilege escalation, IMDS/metadata SSRF, Entra device-code & PRT theft, GCP impersonation chains, Kubernetes/container escape, IaC/CI-CD federation abuse
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