Nmap vs sqlmap

A side-by-side comparison across pricing, deployment, integrations, compliance, and penetration testing-specific features. Descriptive comparison only — no recommendations.

4 min read Data verified: July 2026 Penetration Testing Tools

Nmap

Network Scanner

Free under Nmap Public Source License (NPSL) based on GPLv2 with modifications addressing OEM/embedded reuse; commercial reuse, OEM bundling, or redistribution with proprietary software may require a separate license from Nmap Software LLC (Insecure.com)

Free / OSS

Visit official site →

sqlmap

SQL Injection

Free under GNU GPLv2 license open-source maintained by Bernardo Damele Assumpcao Guimaraes (original author) and Miroslav Stampar (active lead); latest tagged version 1.10.7 released 2026; no commercial tier from upstream

Free / OSS

Visit official site →

$ Pricing & plans

5 dimensions

Pricing model

Free under Nmap Public Source License (NPSL)

based on GPLv2 with modifications addressing OEM/embedded reuse; commercial reuse, OEM bundling, or redistribution with proprietary software may require a separate license from Nmap Software LLC (Insecure.com)

Free under GNU GPLv2 license

open-source maintained by Bernardo Damele Assumpcao Guimaraes (original author) and Miroslav Stampar (active lead); latest tagged version 1.10.7 released 2026; no commercial tier from upstream

Pricing tier

Free / OSS

Free tier / trial

Free tier

Software permanently free for legitimate authorized use; no paid tier

Free tier

Software permanently free; no commercial version

Volume discounts

Not applicable

software is free for non-commercial and authorized commercial use

Not applicable

software is free

Hidden costs

Time investment in learning the flag vocabulary and NSE scripting

commercial licensing fees if bundling with proprietary products; training (StationX, Cybrary, SANS courses) for advanced use; lab infrastructure for safe practice (DigitalOcean, vulnerable VMs)

Lab infrastructure for safe practice (DVWA, OWASP Juice Shop, vulnerable VMs,…

Hack The Box challenges), training (PortSwigger Academy SQLi labs are excellent and free), time investment in learning evasion techniques (tamper scripts, encoding) for WAF-protected targets

↗ Deployment & integrations

3 dimensions

Deployment

Single binary install on Linux (apt, dnf, brew), macOS (brew, official…

installer), Windows (official installer), BSD; pre-installed in Kali Linux, Parrot OS, BlackArch, REMnux, SANS SIFT; Zenmap GUI available as a separate install for graphical workflow; Ncat, Ndiff, and Nping bundled with full install

Python CLI tool

runs on any platform with Python 2.7 or 3.x (the project deliberately retains Python 2.7 support for legacy environments); install via `pip install sqlmap`, `git clone https://github.com/sqlmapproject/sqlmap`, snap, or download tarball; pre-installed in Kali Linux, Parrot OS, BlackArch, REMnux

Typical deployment time

Seconds for install

first useful scan within minutes (`nmap -sV target` for service version detection); productive NSE script writing in days; advanced use (timing optimization for stealth, custom NSE development) in weeks

Minutes to install (single Python tool)

useful first run within minutes (`sqlmap -u 'https://target/page?id=1'` for basic detection); productive use in hours-to-days (understanding the flag vocabulary, technique-specific options, WAF bypass tamper scripts); advanced use (custom tamper scripts, complex OOB scenarios) in weeks

Key integrations

Output formats (XML, JSON, grepable) ingest into Metasploit (db_nmap), Nessus,…

OpenVAS, Splunk, ELK stack, custom BI dashboards; pre-packaged NSE scripts integrate with sqlmap (sql-injection detection), Heartbleed scripts, SMB vuln detection; Python (python-nmap, python-libnmap) and Go libraries wrap Nmap for automation; integrations with vulnerability management workflows via XML output

Metasploit (Meterpreter getsystem for OS-level privilege escalation), Burp…

Suite and WebScarab (import proxy logs as target lists), Google dork enumeration, w3af integration; output formats compatible with Nmap workflows; configuration via INI files for repeatable scans; can integrate into CI/CD pipelines for automated regression testing of fixed SQLi findings

🎯 Penetration Testing-specific evaluation

7 dimensions

Tool type / focus area

Network mapping and port scanner with extensible NSE engine

host discovery, port scanning, service version detection, OS fingerprinting, and scriptable security testing via 600+ NSE scripts in 14 categories

SQL injection automation tool

automates detection and exploitation of SQLi vulnerabilities; not a general vulnerability scanner; covers detection, DBMS fingerprinting, data extraction, file system access, OS command execution, and pivot via Metasploit Meterpreter

Target surface

TCP/UDP/SCTP/ICMP across IPv4 and IPv6

any host or network range reachable from the scanning host; service-level fingerprinting for hundreds of protocols (HTTP, SSH, SMB, RDP, FTP, SMTP, DNS, SNMP, MQTT, modbus, and many more); NSE scripts extend coverage to specific applications (WordPress, Citrix, MongoDB, etc.)

Web application parameters (GET, POST, Cookie, User-Agent, Referer headers)…

sending SQL queries to back-end databases; 30+ DBMS supported including MySQL, Oracle, PostgreSQL, Microsoft SQL Server, MariaDB, SQLite, IBM DB2, MS Access, Firebird, Sybase, SAP MaxDB, Informix, MemSQL, TiDB, CockroachDB, ClickHouse, Amazon Redshift, Vertica, Apache Derby, Greenplum

Automation vs manual control

Highly scriptable from the CLI

flag-based control over scan type, timing, output, and NSE script selection; Python and Go bindings for full programmatic control; Zenmap GUI provides interactive exploration; NSE Lua scripting for custom logic

Highly automated for the SQLi-specific workflow

handles detection, technique selection, payload crafting, and data extraction automatically; rich flag vocabulary for fine-grained control (technique selection, risk/level tuning, tamper scripts for WAF evasion, custom timing); INI configuration files for repeatable scans

Skill level required

Beginner-friendly entry point (`nmap target.com` works immediately) with deep…

advanced capabilities — productive everyday use within a day; advanced NSE scripting, timing optimization for stealth, and evasion techniques require networking expertise and weeks-to-months of practice

Beginner-friendly entry (basic detection runs with one command) with deep…

advanced capabilities — productive everyday use within hours; advanced use (custom tamper scripts, complex OOB scenarios, evasion of modern WAFs, leveraging file system / OS command access ethically) requires SQLi theory understanding and weeks of practice

Extensibility

Nmap Scripting Engine (NSE) with Lua

600+ built-in scripts covering auth, brute force, discovery, vuln detection, exploit modules, malware indicators; community contributes new scripts continuously; vulners.nse for CVE matching with CVSS filtering; custom NSE script development well-documented in the Nmap book

Tamper scripts (Python plugins) for WAF bypass and payload encoding

60+ built-in tamper scripts including space2comment, between, charunicodeencode, and custom user-defined tampers; user-defined function (UDF) injection for MySQL/PostgreSQL; supports custom SQL statement execution via -sql-query and -sql-shell modes

Integrations with other tools

Metasploit (db_nmap), Nessus, OpenVAS/Greenbone, Burp Suite (target lists),…

sqlmap, ELK/Splunk for log analysis, vulnerability management workflows via XML output; Python wrappers (python-nmap, python-libnmap); pre-installed in every major pen testing distro

Metasploit (Meterpreter getsystem privilege escalation), Burp Suite / WebScarab…

(import proxy request logs as targets), Google dork enumeration via -g flag, w3af, Nmap output integration via custom workflows; INI config files for sharing scan templates across teams

License / cost model

Nmap Public Source License (NPSL)

GPLv2-based with commercial reuse provisions; permanently free for end users; commercial bundling/OEM may require separate license

GNU GPLv2 open-source

permanently free; community-maintained

✓ Compliance & certifications

1 dimension

Compliance certifications

Tool itself has no certifications (open-source)

used as evidence-gathering instrument in PCI DSS quarterly scan documentation, internal audit reports, network segmentation validation

Software has no certifications (it's a pen testing tool)

recognized by CISA as a free cyber tool for security testing; findings used as evidence in PCI DSS penetration testing requirements (6.6 for web apps), SOC 2 evidence chains, and bug bounty payouts

◧ Positioning

3 dimensions

Target deployment

Penetration testers, network administrators, security researchers, and CTF…

players needing the de facto network discovery and port-scanning tool — the foundational reconnaissance step in nearly every authorized engagement

Penetration testers, bug bounty hunters, AppSec teams, and security researchers…

needing to automate detection and exploitation of SQL injection vulnerabilities across a wide range of database management systems

Strengths cited

Industry-standard network mapper since 1997 (created by Gordon Lyon / Fyodor)

current version 7.98+ ships with 600+ NSE (Nmap Scripting Engine) scripts organized into 14 categories (auth, broadcast, default, discovery, dos, exploit, external, fuzzer, intrusive, malware, safe, version, vuln, brute); OS fingerprinting with 2,900+ signatures; service version detection with 7,300+ signatures; Lua-based NSE for custom script development; multi-format output (normal, XML, JSON, grepable, scriptable); IPv6 support; companion tools Zenmap (GUI), Ncat (data transfer/redirection), Ndiff (scan comparison), Nping (packet generation); excellent documentation including the Nmap book free online; pre-installed in every major pen testing distribution

CISA-recognized as a free cyber tool

full support for six SQL injection techniques (boolean-based blind, time-based blind, error-based, UNION query-based, stacked queries, out-of-band/OOB); supports 30+ DBMS including MySQL, Oracle, PostgreSQL, Microsoft SQL Server, MariaDB, SQLite, IBM DB2, Microsoft Access, Firebird, Sybase, SAP MaxDB, Informix, MemSQL, TiDB, CockroachDB, ClickHouse, Amazon Redshift, Vertica, and others; automatic DBMS fingerprinting; password hash extraction and dictionary-based cracking; database/table/column enumeration; file system read/write on MySQL/PostgreSQL/MSSQL; OS command execution on MySQL/PostgreSQL/MSSQL; OOB stateful TCP connection for interactive command prompt, Meterpreter, or VNC session; Metasploit integration for getsystem privilege escalation; replicates back-end database structure to local SQLite for offline analysis; session save/resume for long-running tests; Google dork target enumeration; Burp/WebScarab proxy log import

Where it fits less well

Command-line first

Zenmap GUI helps but is less actively maintained than the core CLI; learning the full flag vocabulary takes time (port ranges, scan types, timing templates, NSE script selection); aggressive scans (timing T4/T5, vuln/exploit/dos NSE categories) can disrupt fragile production systems and trigger IDS/IPS — production scanning requires careful timing and scope; not a full vulnerability scanner (NSE vuln scripts complement but don't replace dedicated VM tools like Nessus or OpenVAS); legitimate use requires written authorization (unauthorized scanning is illegal in many jurisdictions)

Command-line only (no GUI)

legitimate use requires written authorization (running against unauthorized targets is illegal in most jurisdictions); aggressive scans can disrupt production databases — testing should follow careful scope and timing; default behavior is fairly noisy and easily detected by WAFs and database monitoring; modern web application frameworks with parameterized queries are not vulnerable, so test results depend on the application's coding practices; doesn't replace manual SQLi expertise — automation surfaces obvious cases, but subtle injection points often need manual testing

◧ Bottom line

Last updated 6 July 2026

Who should pick which Nmap — Penetration testers running authorized network reconnaissance, network administrators auditing exposed services, security researchers studying attack surface, CTF players, IT auditors validating firewall and segmentation policy, incident responders mapping a compromised network during IR engagements.

sqlmap — Web application penetration testers needing to confirm and exploit suspected SQLi findings, bug bounty hunters quickly validating injection points across many targets, AppSec teams running regression tests on previously-fixed SQLi vulnerabilities, security researchers studying SQLi techniques, CTF players, training environments for teaching SQL injection fundamentals.

Both are Network Scanner tools; the practical differences are licensing (Free / OSS vs Free / OSS) and deployment (Self-hosted CLI on Linux, macOS, Windows, BSD; pre-installed in Kali Linux, Parrot OS, BlackArch; Zenmap GUI bundles the CLI with a graphical interface and results viewer vs Python CLI tool — runs on any platform with Python 2.7 or 3.x; pre-installed in Kali Linux, Parrot OS, BlackArch; available via pip install sqlmap or git clone). Match the profile above to your environment.

◧ Choose Nmap or sqlmap?

decision guide

Choose if

Choose Nmap if…

You can deploy Self-hosted CLI on Linux, macOS, Windows, BSD; pre-installed in Kali Linux, Parrot OS, BlackArch; Zenmap GUI bundles the CLI with a graphical interface and results viewer.

Free / OSS licensing fits your budget — Free under Nmap Public Source License (NPSL) — derived from GPLv2 with additions; commercial reuse may require a license from Nmap Software LLC.

You prioritise Industry-standard network mapper since 1997 (created by Gordon Lyon / Fyodor); current version 7.98+ ships with 600+ NSE (Nmap Scripting Engine) scripts organized into 14 categories (auth, broadcast, default, discovery, dos, exploit, external, fuzzer, intrusive, malware, safe, version, vuln, brute); OS fingerprinting with 2,900+ signatures; service version detection with 7,300+ signatures; Lua-based NSE for custom script development; multi-format output (normal, XML, JSON, grepable, scriptable); IPv6 support; companion tools Zenmap (GUI), Ncat (data transfer/redirection), Ndiff (scan comparison), Nping (packet generation); excellent documentation including the Nmap book free online; pre-installed in every major pen testing distribution.

Choose sqlmap if…

You can deploy Python CLI tool — runs on any platform with Python 2.7 or 3.x; pre-installed in Kali Linux, Parrot OS, BlackArch; available via pip install sqlmap or git clone.

Free / OSS licensing fits your budget — Free under GPLv2 — open-source by Bernardo Damele Assumpcao Guimaraes and Miroslav Stampar; latest version 1.10.7 (2026); no commercial tier from upstream.

You prioritise CISA-recognized as a free cyber tool; full support for six SQL injection techniques (boolean-based blind, time-based blind, error-based, UNION query-based, stacked queries, out-of-band/OOB); supports 30+ DBMS including MySQL, Oracle, PostgreSQL, Microsoft SQL Server, MariaDB, SQLite, IBM DB2, Microsoft Access, Firebird, Sybase, SAP MaxDB, Informix, MemSQL, TiDB, CockroachDB, ClickHouse, Amazon Redshift, Vertica, and others; automatic DBMS fingerprinting; password hash extraction and dictionary-based cracking; database/table/column enumeration; file system read/write on MySQL/PostgreSQL/MSSQL; OS command execution on MySQL/PostgreSQL/MSSQL; OOB stateful TCP connection for interactive command prompt, Meterpreter, or VNC session; Metasploit integration for getsystem privilege escalation; replicates back-end database structure to local SQLite for offline analysis; session save/resume for long-running tests; Google dork target enumeration; Burp/WebScarab proxy log import.

Frequently asked questions

5 questions

How much do Nmap and sqlmap cost?

Nmap: Free under Nmap Public Source License (NPSL) — based on GPLv2 with modifications addressing OEM/embedded reuse; commercial reuse, OEM bundling, or redistribution with proprietary software may require a separate license from Nmap Software LLC (Insecure.com) sqlmap: Free under GNU GPLv2 license; open-source maintained by Bernardo Damele Assumpcao Guimaraes (original author) and Miroslav Stampar (active lead); latest tagged version 1.10.7 released 2026; no commercial tier from upstream

Does Nmap or sqlmap offer a free tier or trial?

Nmap: Software permanently free for legitimate authorized use; no paid tier sqlmap: Software permanently free; no commercial version

How are Nmap and sqlmap deployed?

Nmap: Single binary install on Linux (apt, dnf, brew), macOS (brew, official installer), Windows (official installer), BSD; pre-installed in Kali Linux, Parrot OS, BlackArch, REMnux, SANS SIFT; Zenmap GUI available as a separate install for graphical workflow; Ncat, Ndiff, and Nping bundled with full install sqlmap: Python CLI tool — runs on any platform with Python 2.7 or 3.x (the project deliberately retains Python 2.7 support for legacy environments); install via `pip install sqlmap`, `git clone https://github.com/sqlmapproject/sqlmap`, snap, or download tarball; pre-installed in Kali Linux, Parrot OS, BlackArch, REMnux

Who is Nmap best for, and who is sqlmap best for?

Nmap is aimed at Penetration testers, network administrators, security researchers, and CTF players needing the de facto network discovery and port-scanning tool — the foundational reconnaissance step in nearly every authorized engagement. sqlmap is aimed at Penetration testers, bug bounty hunters, AppSec teams, and security researchers needing to automate detection and exploitation of SQL injection vulnerabilities across a wide range of database management systems.

What compliance certifications do Nmap and sqlmap hold?

Nmap: Tool itself has no certifications (open-source); used as evidence-gathering instrument in PCI DSS quarterly scan documentation, internal audit reports, network segmentation validation sqlmap: Software has no certifications (it's a pen testing tool); recognized by CISA as a free cyber tool for security testing; findings used as evidence in PCI DSS penetration testing requirements (6.6 for web apps), SOC 2 evidence chains, and bug bounty payouts

Related comparisons

See all Penetration Testing Tools tools

Browse the full category with side-by-side comparisons across penetration testing-specific dimensions.

Browse Penetration Testing Tools →

Methodology Comparison data synthesized from publicly available vendor documentation, MITRE Engenuity ATT&CK Evaluations, AV-TEST results, Gartner Peer Insights, G2/Capterra/TrustRadius reviews, anonymized transaction data (Vendr, CostBench, CheckThat.ai), and publicly reported pricing as of May 2026. defend.network is independent and has no commercial relationship with the vendors compared.