StackHawk logo featuring a stylized hawk icon on the left and STACKHAWK in bold, uppercase letters to the right. The white text and icon on a light gray background reflect its focus on Shift-Left Security in CI/CD.
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Runtime Application Security Testing for How You Build Today

Fast scans. High-signal findings. Scalable workflows that keep pace with modern development velocity.

The Challenge

Your AppSec Testing Stack
Has a Blind Spot

Static analysis, production testing, and legacy DAST all share the same flaw: they can’t prove what’s actually exploitable before code ships. StackHawk can.

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SAST Scans for Patterns, Not Exploits

Static analysis is valuable early, but on its own it can’t confirm real-world exploitability. Many critical vulnerabilities only surface when code is actually running.

A blue line drawing of a speech bubble containing code brackets, with a circular icon featuring an exclamation mark in front—symbolizing Dynamic Application Security Testing (DAST)—on a light blue background.

Production-Only Testing Is Always Behind

Scheduled production scans aren’t enough when teams deploy multiple times per day. Feedback arrives too late to act on.

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Legacy DAST Wasn’t Built for Modern Risks

APIs, microservices, complex auth flows, and LLM integrations demand runtime testing that understands how modern applications behave.

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Platform

StackHawk Goes Beyond Testing

StackHawk’s AppSec Intelligence Platform combines scalable runtime testing with attack surface discovery from source code, delivering real-time visibility and centralized program intelligence.

How it Works

Runtime Testing That
Closes the Gap

A screenshot of a code scanning tool shows HawkScan Completed with 7 findings. With Runtime Vulnerability Detection, it highlights 1 high, 3 medium, and 3 low issues. Scan metadata lists duration (1 min 2 sec), date (May 23, 2025), and scanned paths (34).

Runtime Testing That Actually Runs in CI/CD

  • ï…ŠRuns inside your CI/CD pipeline—not just triggered by it—finishing in minutes
  • ï…ŠTests against running applications using real requests and response analysis
  • ï…ŠProduces deterministic, reproducible results you can trust across every scan
  • ï…ŠConfiguration-as-code ensures consistency and coverage across scans

Purpose-Built for Modern Application Stacks

  • ï…ŠNative support for REST, GraphQL, gRPC, SOAP, and WebSocket endpoints
  • ï…ŠCorrelates DAST results with SAST findings for unified context
  • ï…ŠTests authorization flaws and business logic vulnerabilities that static tools miss
  • ï…ŠBuilt-in LLM security testing for prompt injection and other AI risks
A grid of twelve app icons features developer and collaboration tools like GitHub, Azure DevOps, Slack, and AWS. The GitHub icon is highlighted, emphasizing Shift-Left Security in CI/CD for enhanced AppSec risk prioritization.
A web interface displays a warning about SQL Injection (high severity, CWE-89). The Remediation section highlights API Attack Surface Discovery and suggests using Object Data Models (ODMs) with a Node.js Mongoose snippet for MongoDB.

Developer-First Remediation and Validation

  • ï…ŠResults delivered where developers work—PRs, Slack, and Jira—not buried in PDFs
  • ï…ŠAI-generated remediation guidance shows exactly how to fix, not just what's broken
  • ï…ŠQuickly re-test to validate only what failed—no full re-runs required
  • ï…ŠShip with confidence knowing vulnerabilities are fixed, not just ticketed

Fix Critical App Risks Before They Reach Production

Modern applications require modern security. StackHawk is built to find the risks that cause breaches in the AI era.

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API Vulnerabilities

Injection attacks, broken authentication, and data exposure—validated at runtime, not guessed from code.

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Business Logic Flaws

Authorization bypasses and privilege escalation that only appear when the application is actually running.

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LLM Security Risks

Prompt injection, sensitive data disclosure, and improper output handling for your AI integrations.

Shadow Attack Surface

Undocumented APIs discovered from code—then tested before attackers find them in production.

The StackHawk Difference

Runtime testing inside your development workflow for early feedback and faster fixes.

True Shift-Left Testing

Fast enough to run on every build without blocking developer workflows.

Context-Aware Coverage

Intelligent testing that understands your app, simulating real attacks.

High-Signal Findings

Discoverable, exploitable vulnerabilities—not noise that creates endless alert backlogs.

Get The AppSec Leader’s Survival Playbook for AI-Driven Development

Surviving the AI era requires a new playbook. Survey data from 250+ security leaders plus practical guidance for programs that know their attack surface, test what’s exploitable, prioritize with context, and prove risk reduction.

Go Beyond Runtime Application Security Testing

Start at the Source

You can’t secure what you can’t see. Comprehensive testing starts with complete visibility into your application attack surface from source code.

Replace Legacy DAST

Slow scans, manual setup, and production-only testing don’t work when teams deploy daily. See how modern DAST keeps pace with CI/CD velocity.

Scale Your Program

Testing alone isn’t enough. You need intelligence to prove it’s working. See how StackHawk brings visibility, testing, and oversight together.

See StackHawk in Action