Burp Suite is one of those tools I associate with manual, hands-on penetration testing — a security engineer carefully poking at requests in the Repeater tab. But Burp Suite Enterprise Edition (and even Burp Suite Professional with its CI-friendly extensions) can absolutely be wired into Jenkins for automated dynamic application security testing. The first time I got a Burp scan running automatically after every staging deployment, it felt like giving my pipeline its own in-house pentester that never gets tired and never skips a build.
Here’s a full walkthrough on integrating Burp Suite with Jenkins, from basic setup to advanced gating logic.
Why Burp Suite in CI/CD
Burp Suite specializes in deep, protocol-level analysis of HTTP/HTTPS traffic, making it excellent at finding issues like broken authentication, insecure session handling, injection flaws, and business logic vulnerabilities that simpler scanners miss. Automating it in Jenkins means:
- Consistent, scheduled DAST scans tied directly to your deployment pipeline.
- Immediate visibility into new vulnerabilities introduced by a specific code change.
- A documented, repeatable security process — useful for audits and compliance requirements.
Jenkins Architecture Context
Similar to other DAST tools, Burp Suite needs a live target to scan — this means the scanning stage happens after your application is deployed somewhere reachable (staging, a QA namespace in Kubernetes, or an ephemeral preview environment). Jenkins interacts with Burp Suite Enterprise via its REST API, while Burp Suite Professional can be driven through its built-in Java/Python extender scripting or via the official Burp Suite Enterprise CI Driver.
Prerequisites
- Burp Suite Enterprise Edition (recommended for CI/CD, has native API support) or Burp Suite Professional with the REST API extension enabled.
- An API key generated from Burp Suite Enterprise’s user settings.
- A deployed, reachable staging URL as the scan target.
- Jenkins with the HTTP Request Plugin and Pipeline Utility Steps installed.
Step 1: Install Jenkins Plugins
From Manage Jenkins > Plugins:
- HTTP Request Plugin
- Pipeline Utility Steps (for JSON parsing)
- Credentials Binding Plugin
If you’re using Burp Suite Enterprise, there’s also an official Burp Suite Enterprise Edition Jenkins Plugin, which simplifies the integration significantly and is the route I’d recommend for most teams.
Step 2: Install and Configure the Burp Suite Enterprise Jenkins Plugin
- Go to Manage Jenkins > Plugins > Available Plugins, search for “Burp Suite Enterprise Edition”, and install it.
- Under Manage Jenkins > System, configure your Burp Suite Enterprise server URL and API key.
- Store the API key as a Jenkins Secret Text credential (ID:
burp-api-key).
Step 3: Jenkinsfile Using the Official Plugin
pipeline {
agent any
stages {
stage('Deploy to Staging') {
steps {
sh './deploy.sh staging'
}
}
stage('Burp Suite Scan') {
steps {
burpSuiteScan(
scanConfiguration: 'Staging Full Audit',
site: 'https://staging.myapp.com',
enforceScanCompliance: true
)
}
}
}
post {
always {
archiveArtifacts artifacts: '**/burp-report*.html', allowEmptyArchive: true
}
failure {
mail to: 'security-team@example.com',
subject: "Burp Suite Scan Failed: ${env.JOB_NAME}",
body: "Review the Burp Suite Enterprise dashboard for details."
}
}
}
The enforceScanCompliance flag makes the Jenkins build fail if the scan finds issues above the severity threshold configured in your Burp Suite Enterprise scan policy — this is the cleanest way to gate builds without manually parsing JSON.
Step 4: REST API Approach (When Not Using the Native Plugin)
If you’re on Burp Suite Professional or prefer direct API control, here’s the manual REST API flow:
pipeline {
agent any
environment {
BURP_HOST = 'https://burp-enterprise.internal'
}
stages {
stage('Trigger Scan') {
steps {
withCredentials([string(credentialsId: 'burp-api-key', variable: 'BURP_API_KEY')]) {
script {
def response = httpRequest(
url: "${BURP_HOST}/api/scans",
httpMode: 'POST',
customHeaders: [
[name: 'Authorization', value: "Bearer ${BURP_API_KEY}"],], requestBody: “””{ “scan_configuration_ids”: [“1”], “urls”: [“https://staging.myapp.com”] }””” ) def json = readJSON text: response.content env.SCAN_TASK_ID = json.task_id echo “Scan started with task ID: ${env.SCAN_TASK_ID}” } } } } stage(‘Poll Scan Status’) { steps { withCredentials([string(credentialsId: ‘burp-api-key’, variable: ‘BURP_API_KEY’)]) { script { def status = ‘running’ timeout(time: 90, unit: ‘MINUTES’) { while (status != ‘succeeded’) { sleep(60) def check = httpRequest( url: “${BURP_HOST}/api/scans/${env.SCAN_TASK_ID}”, customHeaders: [[name: ‘Authorization’, value: “Bearer ${BURP_API_KEY}”]] ) def json = readJSON text: check.content status = json.scan_status echo “Current scan status: ${status}” } } } } } } stage(‘Evaluate Results’) { steps { withCredentials([string(credentialsId: ‘burp-api-key’, variable: ‘BURP_API_KEY’)]) { script { def issuesResponse = httpRequest( url: “${BURP_HOST}/api/scans/${env.SCAN_TASK_ID}/issues”, customHeaders: [[name: ‘Authorization’, value: “Bearer ${BURP_API_KEY}”]] ) def issues = readJSON text: issuesResponse.content def critical = issues.issue_events.findAll { it.issue.severity in [‘high’, ‘critical’] } if (critical.size() > 0) { error “Found ${critical.size()} high/critical Burp Suite findings.” } } } } } } }
Understanding Severity and False Positives
Burp Suite classifies findings by severity (Information, Low, Medium, High) and confidence (Certain, Firm, Tentative). I recommend gating deployments only on High severity + Certain/Firm confidence initially, since low-confidence findings can generate noise that erodes trust in the pipeline. Once your team triages and either fixes or explicitly suppresses known findings in Burp Suite Enterprise, you can gradually tighten the gate.
Integrating with Git and GitHub
Report scan status back to pull requests:
post {
failure {
githubNotify status: 'FAILURE', context: 'burp-scan', description: 'Security vulnerabilities detected'
}
success {
githubNotify status: 'SUCCESS', context: 'burp-scan', description: 'No critical findings'
}
}
Integrating with Docker and Kubernetes
For containerized staging environments, wait for a healthy rollout before triggering the scan:
stage('Verify Deployment Health') {
steps {
sh 'kubectl rollout status deployment/myapp-staging --timeout=180s'
sh 'curl -sf https://staging.myapp.com/health || exit 1'
}
}
Scanning an application mid-deployment produces unreliable, incomplete results, so this health check step is worth the extra minute.
Monitoring and Long-Term Tracking
Burp Suite Enterprise keeps a historical dashboard of all scans and trends over time. Combine that with Jenkins build artifacts (exported HTML/XML reports) so your security and engineering teams have both a live dashboard and a build-linked audit trail:
stage('Export Report') {
steps {
sh "curl -H 'Authorization: Bearer ${BURP_API_KEY}' ${BURP_HOST}/api/scans/${SCAN_TASK_ID}/report -o burp-report.html"
archiveArtifacts artifacts: 'burp-report.html'
}
}
Troubleshooting Common Issues
- Scan never completes / times out — Burp scans, especially “Audit” configurations, can take hours on large applications. Use a “Crawl only” or lightweight configuration for fast CI feedback and reserve deep audits for nightly runs.
- Authentication-protected pages not scanned — configure Burp’s application login handling (recorded login sequence) in your scan configuration; otherwise Burp only crawls unauthenticated pages.
- API rate limiting or connection refused — confirm the Jenkins agent has network access to your Burp Suite Enterprise server, especially if it’s on a private network segment.
Best Practices
- Use lightweight/”crawl-only” scan configurations for fast feedback on every staging deploy; reserve full audits for nightly scheduled builds.
- Configure authenticated scanning so Burp can test logged-in functionality, not just public pages.
- Gate builds only on high-confidence, high-severity findings at first.
- Store historical reports as Jenkins artifacts for compliance audits.
- Never point automated Burp scans directly at production without extensive safeguards — DAST tools can be aggressive and may trigger rate limits, WAFs, or even cause unintended side effects on live systems.
FAQs
Do I need Burp Suite Enterprise, or can Professional work with Jenkins? Burp Suite Enterprise has native REST API and an official Jenkins plugin, making it far easier to integrate. Professional can be scripted via its Extender API but requires more manual work for CI integration.
How do I handle authenticated areas of my application during scans? Configure a recorded login macro or credentials directly in the Burp Suite scan configuration so the scanner can access authenticated routes.
Can Burp Suite scan REST APIs as well as web pages? Yes, especially when provided an OpenAPI/Swagger definition or a recorded traffic log (Proxy history) to seed the crawl.
How long should I expect a scan to take in a pipeline? Lightweight crawl scans can finish in 10–20 minutes; full audits on larger applications commonly take 1–4 hours, which is why they’re often scheduled rather than run per-commit.
Summary
Wiring Burp Suite into Jenkins turns dynamic security testing into a continuous, automated part of your delivery pipeline rather than an occasional manual exercise. Whether you use the official Burp Suite Enterprise Jenkins plugin or drive the REST API directly, the pattern is the same: deploy, scan, poll, evaluate severity, and gate the build accordingly — giving your team early, actionable security feedback on every release.
References
- Burp Suite Enterprise Edition API Documentation: https://portswigger.net/burp/documentation/enterprise/api
- Burp Suite Enterprise Jenkins Plugin: https://plugins.jenkins.io/burp-suite-enterprise-edition/
- Jenkins HTTP Request Plugin: https://plugins.jenkins.io/http_request/
- PortSwigger Burp Suite Documentation: https://portswigger.net/burp/documentation
