DevOps Integration

Prevent DNS Regressions: Email Guardrails for CI/CD

You automate your code, but DNS is often still a manual risk. Veldica gives you the automated checks you need to audit your email settings in your CI/CD pipeline. Make sure a single DNS change doesn't break your email delivery.

Add the Pro audit to your GitHub Actions or GitLab CI to stop broken DNS changes before they go live.

Explore the API See Audit Output

Overview

The Risk

Hidden DNS Mistakes

A small update can accidentally delete an SPF rule or break a DKIM key. This can cause your emails to fail without warning.

The Gate

Automated Checks

Check your DNS changes before they hit production. If your security score drops or a critical issue is found, the build fails automatically.

The Proof

Audit Evidence

Get detailed JSON reports for every check. This gives you a versioned history of your domain security over time.

The CI/CD Guardrail Workflow

Add Veldica to your deployment steps to set a high standard for all DNS changes.

Branch: An engineer creates a PR to update DNS records.
Trigger: The CI pipeline runs a Veldica Pro audit for those domains.
Compare: (Optional) Check the new score against your current baseline.
Evaluate: If the audit finds critical errors, the build fails immediately.
Deploy: DNS changes only go live if they pass the security check.

The Cost of Manual DNS Review

Checking complex DNS records by hand is slow and risky.

Hidden Depth: Reviewers often miss how a new rule adds too many "lookups" to an SPF record.
Typo Risks: Small typos (like missing quotes or extra spaces) are difficult to spot but break your security.
Old Records: Teams often delete old records that are still needed by legacy systems.
No Standards: Different teams might have different ideas of what "secure" means without a single API to guide them.

Infrastructure as Secure Code

Move from manual DNS inspection to automated, API-driven security guardrails.

Manual Review

Rely on engineers to spot SPF errors in a diff. High risk of oversight.

API Guardrail

Automatically audit every DNS change against a deterministic, expert-level scoring model.

Score Delta

Use the compare endpoint to see exactly how a PR impacts your trust score.

Automated Fail

Fail the build immediately if risk_level: high is detected on a core domain.

CI/CD Pipeline Audit

Integrate the Pro audit endpoint into your CI environment to validate DNS changes.

Request

curl -H 'content-type: application/json' \
  -H 'X-RapidAPI-Key: YOUR_RAPIDAPI_KEY' \
  -H 'X-RapidAPI-Host: email-domain-trust-auditor.p.rapidapi.com' \
  -X POST 'https://email-domain-trust-auditor.p.rapidapi.com/v1/pro/audits/domain' \
  -d '{
    "domain": "veldica.com"
  }'

Verified response

Pro audit excerpt (Pass)

Audit output showing a clean, high-confidence security posture.

{
  "domain": "veldica.com",
  "score": 95,
  "grade": "A+",
  "risk": {
    "risk_level": "low",
    "enforcement_status": "fully_enforced"
  },
  "findings": [],
  "recommendations": [
    "Baseline maintained. No regressions detected in recent DNS update."
  ]
}

Output Interpretation

Use the JSON output to drive your CI/CD conditional logic.

Score Thresholds: Fail the build if score < 80 to ensure a minimum security baseline.
Finding Severity: Fail if any finding has severity: critical, even if the overall score remains high.
Risk Level: Use risk.risk_level to trigger manual security review for any domain that drops to "medium" or "high".
Compare Delta: Look at score_delta from the compare endpoint to catch subtle regressions.

Production Usage: GitHub Actions

Example of a GitHub Action step that audits a domain after a Terraform apply.

Define RAPIDAPI_KEY as a repository secret.
Add a workflow step that calls the Veldica API via curl or a custom script.
Parse the JSON response to extract the score and findings.
Use the exit code of the script to pass or fail the workflow run.

GitHub Action Snippet (Bash)


- name: Audit Domain Security
  run: |
    AUDIT=$(curl -s -X POST "https://email-domain-trust-auditor.p.rapidapi.com/v1/pro/audits/domain" \
      -H "X-RapidAPI-Key: ${{ secrets.RAPIDAPI_KEY }}" \
      -H "Content-Type: application/json" \
      -d "{\"domain\": \"veldica.com\"}")
    
    SCORE=$(echo $AUDIT | jq '.score')
    if [ "$SCORE" -lt 90 ]; then
      echo "Security regression detected! Score: $SCORE"
      exit 1
    fi

Tool Comparison: Pipeline Integration

Why Veldica is built for DevOps compared to manual DNS tools.

Terraform Plan

Shows *what* will change in DNS, but doesn't tell you the security impact of those changes.

Manual CLI Checks

Slow, non-deterministic, and difficult to integrate into automated workflows at scale.

Veldica API

Provides a machine-readable, expert-level security assessment in seconds, perfect for CI/CD gates.

Keep Exploring

Use the Workflow Library to browse more guides, comparisons, and integration examples to continue your evaluation.

Workflow Library

Browse all workflow pages

See the solutions, comparisons, and integration guides collected in one place.

Samples

Inspect sample output

Review grounded audit, compare, fix-plan, and report excerpts before you wire the API into anything.

Reference

Move into the docs

Jump from the workflow page into the quickstart, endpoint guides, and full OpenAPI reference.

Establish your DNS guardrails

Stop treating DNS changes as a manual risk. Use the Veldica API to automate your email security validation and deploy with confidence.

Start CI/CD Audit Python Bulk Audit Guide Full API Documentation Try the Free Checker