Identify Runtime Vulnerabilities with Dynamic Application Security Testing (DAST)
Start identifying exploitable web risks in production before attackers do.
Most DAST tools generate high volumes of alerts without validating real-world impact, leaving teams unsure what truly matters.
Our Dynamic Application Security Testing (DAST) approach focuses on continuous, runtime-driven discovery and validation of web application vulnerabilities in live environments.
Proactive Runtime Coverage
Continuously test live applications to uncover exploitable flaws in authentication, session handling, input validation, and business logic before attackers find them.
Risk-Validated Findings
Every issue is confirmed in a runtime context to demonstrate true impact, reducing noise and prioritizing the vulnerabilities that materially increase application risk.
Faster Remediation
Findings are delivered with precise reproduction details and risk context, enabling developers to fix issues efficiently and prevent recurrence across future releases.
Runtime Security Aligned to Real Application Risk
Rather than relying solely on static scans or pre-production assumptions, we continuously test applications in runtime conditions to confirm how they actually behave under attack.
Our DAST solution simulates real-world exploitation against live environments to validate authentication flows, session handling, input validation, API endpoints, and business logic controls. This ensures vulnerabilities are not just detected, but confirmed in context, prioritized by real impact, and delivered in a way that drives measurable risk reduction across releases.
Identify Vulnerabilities in Live Application Behavior
Traditional testing often misses how applications behave once deployed. Our DAST continuously tests running applications in staging and production-like environments to uncover exploitable weaknesses in authentication flows, session management, APIs, input handling, and business logic.
By operating at runtime, we surface the vulnerabilities that actually exist in deployed code, not just what static analysis predicts, giving teams clear visibility into real exposure.
Confirm Which Findings Materially Increase Business Risk
Not every alert increases risk. Every DAST finding is validated in context to demonstrate real exploitability, showing how vulnerabilities can be abused within application logic, user roles, and connected systems.
This reduces noise, eliminates false positives, and ensures remediation efforts focus on the issues that meaningfully reduce exposure.
Deliver Findings Developers Can Act on Immediately
Findings are clearly documented with reproduction steps, payload examples, risk explanation, and remediation guidance aligned to your development workflow.
This shortens fix cycles, improves collaboration between security and engineering, and turns testing into a structured, repeatable improvement process rather than a periodic audit exercise.
Strengthen Application Security with Every Deployment
DAST is not a one-time scan. Our continuous testing model validates new releases, configuration changes, and infrastructure updates as they occur, ensuring security posture improves alongside development velocity.
Over time, this leads to fewer recurring issues, reduced high and critical findings, and more confident production releases with measurable risk reduction.
Stop Scrambling at Audit Time with Continuous Testing and Compliance
Manual audit prep is expensive and reactive. Our platform centralizes scan results, remediation history, and retest outcomes in one place, giving compliance, security, and engineering teams a single source of truth for PCI DSS, HIPAA, SOC 2, and ISO 27001 requirements.
Because testing runs continuously, your evidence is always current. When auditors ask, the documentation is already there.
TrollEye Security Recognized in the Gartner® Journey Guide to Choosing Software Engineering Security Tools Report
TrollEye Security Recognized as a Sample Vendor in Gartner’s 2025 Hype Cycle for Application Security
How a Software Company Reduced Vulnerabilities by Over 97% with DevSecOps
Where DAST Fits Within a Complete DevSecOps Strategy
DevSecOps requires validating security controls across the full application lifecycle. Dynamic Application Security Testing (DAST) evaluates deployed applications to confirm authentication flows, APIs, session handling, and business logic operate securely at runtime.
Complementary practices assess system design, source code, dependencies, infrastructure configuration, and adversarial attack paths.
Identify Architectural Risks During System Design
Threat modeling evaluates application architecture, data flows, trust boundaries, and system interactions before development begins. By identifying potential abuse scenarios and attack paths early, teams can design appropriate security controls into the system rather than attempting to retrofit protections later. DAST then confirms at runtime whether those identified attack paths are actually exploitable in the deployed application.
Detect Vulnerabilities Within Custom Application Code
SAST analyzes source code during development to identify insecure patterns such as injection risks, unsafe data handling, and improper authentication logic. By evaluating code before compilation and deployment, SAST helps prevent vulnerabilities from progressing into later stages of the development lifecycle. DAST complements SAST by testing how those same vulnerability classes behave when the application is actually running, catching issues that only surface at runtime.
Manage Risk Introduced by Third-Party and Open-Source Components
SCA evaluates external libraries and dependencies used within applications to identify known vulnerabilities, outdated packages, and licensing concerns. Because modern applications rely heavily on open-source components, controlling supply chain risk is critical to maintaining a secure software foundation. DAST can expose how vulnerabilities in those components manifest as real exploitable behaviour within the running application.
Validate Infrastructure Configurations Before Deployment
IaC security analyzes infrastructure templates to identify risks such as excessive permissions, exposed services, insecure network configurations, and policy violations before cloud resources are provisioned. DAST validates whether those misconfigurations translate into real exposures once the application and its infrastructure are live.
Embed Security Validation Into Automated Build and Deployment Workflows
Pipeline security integrates testing tools and validation checks directly into CI/CD pipelines, ensuring that code changes, dependency updates, and infrastructure definitions are evaluated automatically as part of the build and release process. DAST integrates into this pipeline to automatically test the deployed application on every release, ensuring new code doesn’t introduce runtime vulnerabilities.
Continuously Validate Real-World Attack Paths
PTaaS provides ongoing adversarial testing performed by security experts to identify how vulnerabilities across applications, infrastructure, and identities can be chained together to achieve meaningful impact. DAST provides the automated baseline that PTaaS builds on, surfacing common runtime vulnerabilities so experts can focus their efforts on complex, multi-stage attack scenarios.
Learn More About DevSecOps
Use our latest resources, from articles to white papers, to learn more about what DevSecOps is and how it gives your security team the information, tools, and guidance they need to integrate security into the entire SDLC.
Download Your Guide to DevSecOps
Learn how to integrate security into the entire SDLC through DevSecOps, resulting in your organization producing more secure software, at a faster pace, cost-effectively.
Ready to Strengthen Security Across Your Development Lifecycle?
DAST is just one part of a complete DevSecOps strategy. Our platform integrates static analysis, open-source scanning, container security, and more, giving you full visibility and control from code to deployment.
Explore how TrollEye Security can help you build securely at every stage.
