Dynamic Application Security Testing

DAST

AI-powered DAST and penetration testing that simulates real-world attacks. Discover runtime vulnerabilities, authentication bypasses, and business logic flaws that static analysis misses.

OWASP Top 10
AI-Powered
5,000+ Attack Vectors
5,000+
Attack Templates
98%
Attack Success Rate
<30min
Full Pentest Time
Zero
False Positives
Attack Strategy

Dual-Engine Attack Strategy

Combine proven vulnerability templates with AI-powered adaptive testing for maximum coverage

tigergate — dast-scan — 80×24
$ tigerstrike scan --dast --target https://app.example.com --ai-pentest
Initializing DAST engine with Nuclei v3.2 ...
Loading 5,000+ vulnerability templates
Connecting AI pentest engine (GPT-4 + Claude) ...
OWASP Top 10 checks loaded — A01–A10 full coverage
SQL Injection probes fired — Error & Blind variants
XSS templates active — Reflected, Stored, DOM
SSRF and XXE attack vectors queued
AI generating context-aware business logic payloads ...
Multi-step attack chains discovered — IDOR + privilege escalation
!CRITICALSQL Injection — /api/login — CVSS 9.8
!HIGHIDOR — /api/users/{id} — broken access control
!MEDIUMXSS — /search?q= — reflected, unescaped output
!MEDIUMMissing Content-Security-Policy header
!MEDIUMCookies missing Secure/HttpOnly flags
!MEDIUMVerbose error messages expose stack traces
!MEDIUMOpen redirect via returnUrl parameter
Scan complete in 18 min — remediation plans generated
$
DAST Engine

DAST with Nuclei

Battle-tested vulnerability detection powered by Nuclei's massive template library. Detects known vulnerabilities with zero false positives across SQL injection, XSS, RCE, authentication bypass, SSRF, and security misconfigurations.

  • SQL Injection (Error & Blind)
  • Cross-Site Scripting (Reflected, Stored, DOM)
  • Authentication & Authorization Bypass
  • SSRF and XXE Attacks
AI Engine

AI Penetration Testing

Autonomous pentesting powered by GPT-4 and Claude. Discovers complex business logic flaws and multi-step attack chains that templates cannot find. Self-learning engine adapts to each target.

  • Context-aware attack generation
  • Business logic flaw detection
  • Multi-step attack chain discovery
  • Race condition exploitation
Target Coverage

What We Can Attack

Full coverage across web applications, REST and GraphQL APIs, and mobile backends — any framework, any architecture. Attack flows include authentication, file uploads, JWT attacks, and deep link exploitation.

  • Web apps: React, Angular, Vue, SPAs
  • APIs: REST, GraphQL, SOAP, WebSocket
  • Mobile backends: iOS and Android flaws
  • BOLA/IDOR, rate limiting, JWT attacks

Complete OWASP Top 10 Coverage

Every vulnerability class from the OWASP Top 10 2021, tested with real exploits

Critical

  • A01: Broken Access Control
  • A03: Injection
  • A06: Vulnerable Components
  • A07: Authentication Failures

High

  • A02: Cryptographic Failures
  • A04: Insecure Design
  • A05: Security Misconfiguration
  • A08: Software & Data Integrity
  • A10: SSRF

Medium

  • A09: Logging & Monitoring Failures
Why TigerGate

Actionable Security Reports

Get detailed exploit proof-of-concept, impact analysis, and remediation steps for every vulnerability discovered

Exploit PoC

Step-by-step reproduction with cURL commands and screenshots so your team can verify and reproduce findings instantly.

Impact Analysis

Business risk assessment and potential data exposure quantified for every vulnerability — not just a CVSS number.

Remediation Guide

Code-level fixes and security best practices tailored to the specific framework and vulnerability class found.

Compliance Mapping

OWASP, CWE, and CVE references for audit trails. Every finding mapped to a compliance framework for reporting.

Sample Vulnerability Report

Every finding includes a full exploit proof-of-concept, impact statement, and step-by-step remediation guidance.

  • Exploit PoC
    Step-by-step reproduction with cURL commands and screenshots
  • Impact Analysis
    Business risk assessment and potential data exposure
  • Remediation Guide
    Code-level fixes and security best practices
  • Compliance Mapping
    OWASP, CWE, and CVE references for audit trails
Vulnerability Report
SQL Injection in Login Form
CVSS 9.8 • CWE-89 • OWASP A03
POST /api/login
username=admin' OR '1'='1
Impact:
Complete database access with potential for data exfiltration and privilege escalation
Remediation:
Use parameterized queries or ORM. Never concatenate user input into SQL strings.
Missing Content-Security-Policy HeaderMEDIUM
CVSS 5.4 • CWE-693 • OWASP A05:2021 Security Misconfiguration
GET / — Response missing Content-Security-Policy header
Cookies Without Secure / HttpOnly FlagsMEDIUM
CVSS 5.3 • CWE-614 • OWASP A05:2021 Security Misconfiguration
Set-Cookie: session=abc123 (no Secure; no HttpOnly)
Verbose Server Error Messages Expose Stack TracesMEDIUM
CVSS 5.3 • CWE-209 • OWASP A05:2021 Security Misconfiguration
POST /api/data — 500 response with full stack trace in body
Open Redirect via returnUrl ParameterMEDIUM
CVSS 6.1 • CWE-601 • OWASP A01:2021 Broken Access Control
GET /login?returnUrl=https://evil.com — unvalidated redirect

Frequently Asked Questions

Everything you need to know about TigerGate DAST

Dynamic Application Security Testing (DAST) tests your running application from the outside, the same way an attacker would — sending real requests and analyzing responses. SAST analyzes source code before deployment. DAST catches runtime issues static analysis misses: authentication bypasses, misconfigured servers, business logic flaws, and vulnerabilities introduced by your deployment environment. TigerGate provides both, so you get coverage across the full lifecycle.
Yes. TigerGate uses non-destructive testing by default — probes detect vulnerabilities without executing harmful payloads, modifying data, or degrading performance. You control scan intensity, rate limits, and scan windows. For maximum caution, point the scanner at a staging environment that mirrors production.
Full OWASP Top 10 coverage including SQL injection (error-based and blind), XSS (reflected, stored, DOM), SSRF, path traversal, security misconfigurations, missing security headers, and insecure cookies — powered by 5,000+ Nuclei templates. The AI pentest engine goes further, finding authentication bypasses and business logic flaws that template-based scanners miss.
The AI engine (GPT-4 and Claude) behaves like a human pentester: it explores your application, forms hypotheses about weaknesses, adapts its attack strategy based on responses, and chains findings together into realistic attack paths. This finds context-dependent issues like IDOR, privilege escalation, and multi-step business logic abuse that fixed rule sets cannot detect.
Yes. TigerGate supports authenticated scanning with bearer tokens, cookies, custom headers, and login flows. The scanner maintains sessions throughout the scan and can test role-based access control by scanning with different privilege levels to detect authorization gaps.
A full DAST scan with AI pentest completes in under 30 minutes for a typical application. Scans are triggered via a simple API call, so you can gate deployments in GitHub Actions, GitLab CI, or Jenkins on scan results — for example, failing the pipeline on any critical finding. A 14-day free trial is available with no credit card required.

Test Your Security Defenses

Run a comprehensive attack scan and find vulnerabilities before hackers do. No credit card required.