DAST on the Invicti Platform integrates seamlessly with tools like Jira, GitHub, and Jenkins to bring verified, actionable vulnerability insights directly into developer workflows. By automating testing and issue creation across CI/CD pipelines, teams can remediate real, exploitable risks faster without disrupting development velocity.

Security can only keep up with development speed when it works inside the same tools developers already use. Manual handoffs of vulnerability reports between security and development teams slow down remediation and increase the risk that issues will be overlooked.
Dynamic application security testing (DAST) addresses this by fitting naturally into DevSecOps workflows. When scan results appear directly in issue trackers, repositories, and CI/CD pipelines, fixing vulnerabilities becomes part of normal development and delivery processes. This automation helps organizations move from periodic testing toward continuous and consistent security validation.
Invicti’s DAST-first approach enables this by embedding runtime-based vulnerability insights into the tools developers already rely on.
Invicti integrates with widely used development and DevOps tools to automate testing, triage, and remediation workflows. These integrations are designed to minimize manual work while maintaining accuracy and flexibility.
Invicti integrates with Jira to give you the ability to create detailed vulnerability tickets automatically when security issues are found. Each ticket includes technical details and guidance for remediation. Because Invicti verifies many vulnerabilities through its proof-based scanning technology, you can set up Jira to receive only actionable findings that teams can trust. This reduces manual ticketing and helps prevent backlogs of unverified or low-confidence issues.
Invicti integrates with GitHub to associate runtime testing results with repositories and pull requests. Depending on the configuration, scans can be triggered automatically during builds or scheduled periodically. Findings are linked to the relevant code context, allowing developers to address issues earlier in the workflow. This connection between dynamic testing and source control helps teams identify how live vulnerabilities map to the code they maintain.
Invicti’s Jenkins plugin lets teams include DAST scans as automated stages in their CI/CD pipelines. Builds can be configured to fail or flag warnings based on vulnerability severity or policy rules. Because DAST tests running applications, scans are typically performed on deployed builds or staging environments to ensure accurate runtime validation without disrupting development speed.
Invicti also supports GitLab, Azure DevOps, Bitbucket, TeamCity, Bamboo, and other platforms through native integrations and a robust API. This flexibility allows teams to maintain consistent scanning and reporting workflows across diverse toolchains.
See the full set of Invicti integrations
Invicti’s DAST-first approach prioritizes runtime testing as the definitive source of truth about exploitable risk. While static and composition analysis provide useful visibility into potential weaknesses, DAST shows what attackers could actually exploit in a running environment.
By correlating results across testing methods, Invicti enables organizations to validate static findings against live behavior, helping focus remediation on the most relevant issues. This integration-first, DAST-first strategy turns dynamic testing into the operational backbone of application security programs – in effect, your fact-checker for security testing data.
Get a demo to see how Invicti delivers verified, real-time vulnerability insights directly into your development tools and frees your teams to build efficiently and fix with confidence.
Yes. Modern solutions like Invicti DAST integrate directly with developer tools such as Jira, GitHub, GitLab, and Jenkins through plugins or APIs. While not all DAST tools are equally effective in the dev pipeline, Invicti was designed for accurate and efficient automation, with its proof-based scanning delivering actionable tickets via a bi-directional Jira integration.
Best practices include starting with non-blocking scans (audit mode) to build trust, tuning scan configuration to reduce noise, integrating automatic ticket creation for verified findings, scheduling deeper scans off the critical build path, and ensuring the running environment is representative of production. Also, ensure your DAST solution actually supports your entire tech stack (including APIs, SPAs, and microservices) and integrates with the dev tools you use.
DAST tools can feed actionable findings into issue-tracking systems like Jira, pull-request workflows in version control systems such as GitHub, and CI/CD build servers like Jenkins. For example, a scan triggered in Jenkins can generate a build failure or open a Jira ticket automatically when a critical vulnerability appears.
Key benefits include earlier detection of exploitable vulnerabilities, reduced manual handoffs between security and development, faster remediation cycles, and embedding security feedback into existing workflows rather than in separate silos. Early-stage security fixes are also much cheaper compared to late-stage interventions.