Written by the Infronest Security Research Team — certified security professionals (CEH, OSCP, GPEN) with 10+ years of hands-on delivery. Tool descriptions reflect real engagement use, reviewed against PTES and the OWASP Testing Guide v4.2.
Security & Compliance
VAPT Tools: The Complete List Security Teams Actually Use (2026)
The tools used at every stage of a VAPT engagement — discovery, scanning, exploitation, web, mobile, cloud and reporting — with what each is genuinely good for.
No single tool performs a VAPT. A real engagement chains a dozen of them: one to find hosts, another to spot known vulnerabilities, another to exploit, and more to test web, mobile, API and cloud layers. Here is the toolkit, organised by the phase you would use it in.
Phase 1
Discovery and enumeration tools
- Nmap — the standard for host discovery, port scanning, service and OS fingerprinting. Almost every engagement starts here.
- Masscan — extremely fast port scanning across very large IP ranges, used when Nmap alone would be too slow.
- Shodan — searches internet-exposed devices and services; useful for external reconnaissance without touching the target.
- Amass / Subfinder — subdomain enumeration, to find forgotten staging and legacy hosts that nobody remembers deploying.
- BloodHound — maps Active Directory relationships and attack paths during internal network testing.
Phase 2
Vulnerability scanning tools
- Nessus Professional (Tenable) — the most widely deployed vulnerability scanner; broadest plugin coverage, updated within hours of new CVEs.
- Qualys VMDR — cloud-native scanning with TruRisk prioritisation; PCI DSS ASV-certified for external scans.
- OpenVAS (Greenbone) — the leading open-source scanner; enterprise-grade coverage at no licence cost, but needs more setup skill.
- Rapid7 InsightVM — live risk scoring that updates as your environment changes.
- Nuclei — fast, template-based scanning; excellent for checking a large surface against known CVE and misconfiguration signatures.
Web applications
Web application VAPT tools
- Burp Suite Professional — the industry standard. Intercepting proxy for manual testing, plus an automated scanner, Intruder, Repeater and Sequencer.
- OWASP ZAP — the leading free alternative; strong for CI/CD pipeline automation and passive scanning.
- SQLMap — automated detection and exploitation of SQL injection.
- Nikto — quick checks for server misconfiguration, exposed files and outdated software.
- Gobuster / Feroxbuster — brute-force discovery of hidden directories, backup files and admin panels.
- JWT Tool — testing JSON Web Tokens for algorithm confusion and signature bypass.
Phase 3
Exploitation and post-exploitation tools
- Metasploit Framework — the broadest public exploit library, plus payload generation and post-exploitation modules.
- Impacket — Python toolkit for Windows network protocols; central to most Active Directory attacks.
- Responder — captures credentials by answering broadcast name-resolution requests on internal networks.
- CrackMapExec — sweeps a network with valid credentials to map where they work and what they unlock.
- Hashcat / John the Ripper — password cracking against captured hashes, to prove weak credential policies.
- Cobalt Strike — commercial red-team framework for command-and-control and adversary simulation.
Mobile, API and cloud tools
- MobSF — automated static and dynamic analysis for Android and iOS applications.
- Frida / Objection — runtime instrumentation to bypass root/jailbreak detection and certificate pinning during mobile testing.
- Postman / Insomnia — API endpoint testing and request manipulation.
- Arjun — discovers hidden HTTP parameters that are not linked anywhere in the UI.
- ScoutSuite / Prowler — multi-cloud configuration auditing for AWS, Azure and GCP.
- Wiz / Microsoft Defender for Cloud — agentless cloud vulnerability and attack-path analysis.
Phase 4
Reporting and engagement management
This is the phase most toolkits ignore, and where most engagement time is actually lost. Scanner output, screenshots, CVSS scores, remediation notes and retest evidence have to become one coherent, audit-acceptable report — per client, per engagement.
Doing that in spreadsheets and folders does not scale past a couple of engagements. A platform that stores findings, evidence and reports per tenant removes the coordination overhead and keeps the audit trail intact.
How to choose your VAPT toolkit
- No single tool covers everything — expect a scanner, a web proxy, an exploitation framework and a cloud auditor at minimum.
- Automated tools find known patterns; they cannot find business logic flaws, chained attacks or contextual risk. Budget for manual testing time.
- For PCI DSS external scans you must use an Approved Scanning Vendor (ASV) — Qualys is one; OpenVAS is not certified.
- Prefer tools whose output you can export and centralise; a finding trapped inside a scanner UI is a finding your client never sees.
Infronest
Conclusion
Infronest is not another scanner — it is the workflow layer above them. Whatever tools your team runs (Nessus, Burp, ZAP, Nuclei, custom scripts), Infronest's Security and VAPT module holds the engagements, findings, CVSS scores, evidence, peer review and audit-ready PDF reports in one tenant-isolated workspace, with remediation tracked through to verified closure.
Start a 14-day free trial at infronest.com — no credit card required.
Frequently Asked Questions
- What tools are used for VAPT?
- A typical engagement uses Nmap for discovery, Nessus/OpenVAS/Qualys for vulnerability scanning, Burp Suite or OWASP ZAP for web applications, Metasploit and Impacket for exploitation, MobSF and Frida for mobile, and ScoutSuite or Prowler for cloud — plus a platform to consolidate findings and produce the report.
- Which VAPT tools are free?
- Nmap, OpenVAS (Greenbone Community Edition), OWASP ZAP, SQLMap, Nikto, Gobuster, Metasploit Framework, Impacket, MobSF, Nuclei and ScoutSuite are all free or open source. Burp Suite Professional, Nessus Professional, Qualys and Cobalt Strike are commercial.
- Can VAPT be done with automated tools only?
- No. Automated tools catch known CVEs and signature-based misconfigurations, but they cannot find business logic flaws, chain multiple medium issues into a critical compromise, or judge contextual risk. Compliance frameworks such as PCI DSS also require manual testing by a qualified individual.