Comparison

API vs Manual DNS Workflow: Scale Your Security Baseline

Checking DNS records by hand is slow and difficult to scale. To manage thousands of domains, you need an API-driven method to audit and score your security without a human checking every single one.

Overview

Checking DNS records by hand is slow and difficult to scale. To manage thousands of domains, you need an API-driven method to audit and score your security without a human checking every single one.

The Problem
Scaling Bottleneck

You can't easily automate based on raw text in a spreadsheet. Manual work lacks the specific data needed for security tools.

The Impact
Inconsistent Security

Your security can slip over time because manual checks are often done differently by different people at different times.

The Solution
Automated Checks

Add domain auditing directly into your signup gates, support tickets, and deployment steps.

Current workflow

This is what happens when you try to audit DNS manually.

  1. Get a list of domains from your CRM or a spreadsheet.
  2. Open a tool or browser to check records one by one.
  3. Try to decide if each SPF or DMARC record is 'good enough'.
  4. Copy and paste what you find into a ticket or a master list.
  5. Check back weeks later to see if anything was actually fixed.

Where it breaks

Manual work creates 'hidden tasks' that drain your team's time.

  • Different people might reach different conclusions about the same domain.
  • A lack of specific data makes it difficult to flag automatically high-risk domains.
  • New customer signups get slowed down by manual support checks.
  • It's difficult to track old data or prove your security is getting better over time.

Replacement model

The API model replaces manual guessing with structured, consistent data.

Human-led

People pull records by hand and try to decide if they meet a security standard.

API-driven

Domains are checked automatically through the API as soon as they are submitted.

Scored

Set a specific limit; any domain with a low score is automatically sent for a fix.

Closed-loop

Check again to verify a fix and close a ticket automatically without human review.

Verified request

Request
curl -H 'X-RapidAPI-Key: YOUR_KEY' \
  -H 'X-RapidAPI-Host: email-domain-trust-auditor.p.rapidapi.com' \
  "https://email-domain-trust-auditor.p.rapidapi.com/v1/pro/audits/domain?domain=example.com"

Verified response

A structured response lets you build automation around scores and specific findings.

Structured Audit Response
{
  "score": 45,
  "grade": "F",
  "risk": {
    "risk_level": "high",
    "enforcement_status": "none"
  },
  "findings": [ 
    { 
      "id": "dmarc.missing", 
      "check": "dmarc",
      "status": "fail",
      "severity": "high",
      "evidence": "No DMARC record found."
    } 
  ]
}

Real-world Automation

How leading teams use the API to save time.

  1. Onboarding: Check customer domains at signup and flag weak setups immediately.
  2. Ticketing: Automatically create support tickets for domains that fail the check.
  3. Validation: Use the API to verify that a user's DNS changes actually fixed the issue.
  4. Reporting: Group scores across your whole portfolio to show security progress.

Keep Exploring

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

Automate your security checks

Stop managing security in spreadsheets. Build a scalable, automated audit pipeline with Veldica.