stackscan 2.1.0

Full web stack, infrastructure, DNS, port, subdomain and CVE analyzer.

stackscan

Full web stack, infrastructure, DNS, port, subdomain and CVE analyzer — one command, one colorized report.

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stackscan takes one or more targets, fetches them over HTTP(S), and prints a single colorized panel report covering the technology stack, the edge and network infrastructure, full DNS, IP ownership, open ports, subdomains, and known CVEs. A signature database and a compressed CVE database ship inside the package, so it works out of the box.

Every default pass only reads what a server voluntarily returns. The active passes — --ports and --default-creds — open connections the target did not solicit and are opt-in. Only scan systems you are authorized to test.

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📦 Installation

pip install "stackscan @ git+https://github.com/reekeer/stackscan.git"

# optional extra
pip install "stackscan[geo]"   # offline IP geolocation via geoip2 + a MaxMind .mmdb

nmap is used for port scans when present; without it a pure-Python scanner is used automatically.

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✨ Features

🧩 Stack & infrastructure

• Technologies — 7.5k-technology bundled sigdb, classified by category.
• Edge — CDN, WAF, reverse proxy and server software from response metadata.
• TLS — certificate issuer, SANs, validity window, protocol and cipher.

🌐 Network & DNS

• Full DNS — A/AAAA, reverse DNS, CNAME, MX, NS, TXT, SOA, CAA.
• IP intelligence — hosting org / ISP / ASN / location for non-CDN origins via ipwho.is.
• Subdomains — AXFR + the popularity-ranked SecLists DNS list over a fast async resolver pool, with wildcard filtering + TLS SANs.

🔎 Ports & vulnerabilities

• Ports — nmap -sV via python-nmap, or a built-in async connect scan with banner/HTTP/RTSP fingerprinting.
• CVEs — offline NVD-sourced database with per-match confidence % and CVSS severity; --cve-online adds a live lookup.
• Default creds / open devices — a bounded, authorized-only check for cameras / routers / panels reachable without a password or with factory-default logins (SecLists default-credentials).

🎛 Output

• Colorized per-target panels, a --compact table, or --json.
• Every run prints the banner and the total scan time.

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🚀 Usage

# Scan one or more targets
stackscan example.com https://another.example

# Everything at once: ports, subdomains, online CVEs, IP info, default-cred check
stackscan --full example.com

# Individual deep passes
stackscan --ports --subdomains example.com
stackscan --cve-online example.com

# Speed / coverage knobs
stackscan --full --workers 500 --subdomain-limit 10000 example.com
stackscan --full --site-limit 10 --workers 200 example.com

# JSON (full detail, includes timing) or a compact table
stackscan --json example.com
stackscan --compact a.example b.example

Bare hostnames are normalized to https://.

⚡ Benchmark

Below are performance benchmarks conducted on two production targets using different scanning options (tested on Python 3.12 / macOS).

1. github.com Scan Performance

Scan Mode	Command / Arguments	Execution Time (s)	Execution Time (ms)	Speed vs. Default (Baseline)
Minimal Scan	--no-dns --no-tls --no-geo --no-ip-info --no-cve --no-probe	0.69s	690 ms	+86.09% faster (7.2x)
Default Scan	None (baseline)	4.96s	4960 ms	Baseline
Port Scan	--ports	6.10s	6100 ms	-22.98% slower
Full Active Scan	--full	64.99s	64990 ms	-1210.28% slower

2. kmtn.ru Deep Scan Performance

Scan Mode	Command / Arguments	Execution Time	Findings
Full Active Scan	--full --subdomain-limit 50 --site-limit 20	1m 8.4s (68s)	269 CVE(s), 64 critical, 29 port(s), 41 subdomain(s), 11 site(s)
Fast Full Scan	--full --subdomain-limit 50 --workers 400 --site-limit 20	~32s	247 CVE(s), 63 critical, 15 port(s), 41 subdomain(s), 9 site(s)

3. microsoft.com Scan Performance

Scan Mode	Command / Arguments	Execution Time (s)	Execution Time (ms)	Speed vs. Default (Baseline)
Minimal Scan	--no-dns --no-tls --no-geo --no-ip-info --no-cve --no-probe	0.98s	980 ms	+83.39% faster (6.0x)
Default Scan	None (baseline)	5.90s	5900 ms	Baseline
Port Scan	--ports	6.95s	6950 ms	-17.80% slower

[!NOTE]

• Minimal Scan only fetches the HTTP response and runs the offline technology matcher.
• Default Scan resolves DNS (including CNAME/MX/NS/SOA), performs TLS handshake analysis, resolves GeoIP info, and queries IPWHOIS.
• Full Scan triggers active subdomain enumeration (AXFR + wordlist), parallel smart port scanning of all resolved endpoints, vulnerability matching, and default credential brute-forcing.

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🧭 Options

Option	Default	Description
--full	off	Enable ports, subdomains, online CVEs, IP info, default-cred check.
--ports / --no-nmap	off	Active port scan (nmap, else Python) / force the Python scanner.
--subdomains	off	Enumerate subdomains (AXFR + wordlist + TLS SANs).
--subdomain-limit	5000	Max ranked labels to resolve (0 = full list).
--site-limit	20	Max derived sites to analyze from discovered open ports (0 = unlimited).
--default-creds	off	Bounded default-credential / open-device check.
--cred-limit	50	Max default-credential pairs per device (0 = full SecLists list).
--cve-online	off	Also query NVD live for detected products.
--workers	350	Parallel workers for ports/subdomains/creds.
--concurrency	10	Concurrent targets.
--sigdb / --no-builtin / --no-sources	–	Signature database selection.
--geoip-db	–	MaxMind .mmdb for offline IP geolocation.
--no-dns / --no-tls / --no-geo / --no-probe / --no-cve / --no-ip-info	off	Skip a pass.
--json / --compact / --no-banner / --show-empty	off	Output control.
-f, --file / --timeout / --port-timeout / --version	–	Misc.

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⚙️ Configuration

• Signature sources: stackscan sigdb add|list|update|remove … (recorded under $XDG_CONFIG_HOME/stackscan/).
• Downloaded wordlists (SecLists DNS list, default-credential list): cached under ~/.local/stackscan/db/.
• Refresh the CVE database: python scripts/build_cve_db.py.

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🚀 Smart Scan Pipeline

The Smart Scan engine performs multiple analysis stages to collect infrastructure, technology, and security information about the target before generating the final report.

flowchart TD

    A["🎯 Target<br/>Domain / URL"]

    subgraph S1["1. Target Resolution"]
        B["Normalize Target"]
        C["DNS Resolution"]
        C1["IPv4 / IPv6"]
        C2["DNS Records<br/>MX • NS • TXT • CNAME • SOA • CAA"]
        C3["Reverse PTR"]
        B --> C
        C --> C1
        C --> C2
        C --> C3
    end

    subgraph S2["2. HTTP Discovery"]
        D["HTTPS Request"]
        D1{"TLS Error?"}
        D2["HTTP Fallback"]
        D3["Headers • Body • Cookies"]
        D --> D1
        D1 -->|Yes| D2
        D1 -->|No| D3
        D2 --> D3
    end

    subgraph S3["3. Infrastructure Detection"]
        E["Header & Cookie Analysis"]
        F["IP Intelligence"]
        G{"CDN / WAF / Proxy"}
        E --> G
        F --> G
    end

    subgraph S4["4. Port Discovery"]
        H{"Smart Scan"}
        I["Target Scan"]
        J["Enumerate Subdomains<br/>Collect All IPs"]
        K["Nmap / Async Connect"]
        L["Banner & HTTP Fingerprinting"]
        H -->|Disabled| I
        H -->|Enabled| J
        I --> K
        J --> K
        K --> L
    end

    subgraph S5["5. Technology Detection"]
        M["Headers"]
        N["Cookies"]
        O["HTML & Meta"]
        P["JavaScript"]
        Q["URL Patterns"]
        R["SigDB (7500+ Signatures)"]
    end

    subgraph S6["6. Advanced Analysis"]
        S["Subdomain Enumeration"]
        T["CVE Matching"]
        U["Default Credentials"]
    end

    subgraph S7["7. Report"]
        V["Security Report"]
    end

    A --> B
    C --> D
    D3 --> E
    C1 --> F
    G --> H

    L --> M
    L --> N
    L --> O
    L --> P
    L --> Q
    L --> R

    M --> S
    N --> S
    O --> T
    P --> T
    Q --> U
    R --> U

    S --> V
    T --> V
    U --> V

    classDef start fill:#2563eb,color:#fff,stroke:#1d4ed8,stroke-width:2px;
    classDef phase fill:#7c3aed,color:#fff,stroke:#6d28d9,stroke-width:2px;
    classDef decision fill:#f59e0b,color:#fff,stroke:#b45309,stroke-width:2px;
    classDef finish fill:#16a34a,color:#fff,stroke:#166534,stroke-width:2px;

    class A start;
    class B,C,C1,C2,C3,D,D2,D3,E,F,I,J,K,L,M,N,O,P,Q,R,S,T,U phase;
    class D1,G,H decision;
    class V finish;

Pipeline Stages

Stage	Description
1. Target Resolution	Normalize the input target, resolve IPv4/IPv6 addresses, collect DNS records, and perform reverse PTR lookups.
2. HTTP Discovery	Send an initial HTTPS request with automatic HTTP fallback and collect response headers, cookies, redirects, and HTML.
3. Infrastructure Detection	Detect CDN, WAF, reverse proxies, and hosting providers using HTTP fingerprints and IP intelligence.
4. Port Discovery	Scan services using Nmap or the built-in asynchronous scanner. Smart Scan expands the scan across all discovered IP addresses.
5. Technology Detection	Fingerprint web technologies using headers, cookies, HTML, JavaScript, URL patterns, and the 7500+ signature database.
6. Advanced Analysis	Enumerate subdomains, correlate detected software with CVEs, and test common default credentials.
7. Report Generation	Merge all collected information into a comprehensive security report.

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🗂 Structure

stackscan/
├── src/stackscan/
│   ├── analyzers/     ← tech, infra, security, exposure, cve, creds
│   ├── net/           ← dns, tls, geo, ipinfo, ports, fingerprint, subdomains
│   ├── config/        ← bundled + sourced sigdb loading
│   ├── data/          ← builtin.sigdb, cve.json.gz, subdomains.txt
│   ├── render.py      ← the colorized panel report
│   ├── scan.py        ← per-target orchestration
│   └── cli.py         ← argument parsing and entry point
├── scripts/           ← build_cve_db.py (NVD → offline dataset)
└── tests/

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🛠 Development

ruff check . && black --check . && pyright && pytest

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_{MIT © reekeer}