---
title: "Alert-to-ticket automation at SecureTech Intelligence"
description: "A worked example: a threat-intelligence platform whose clients triage alerts by hand for hours a day. The math an alert-to-ticket bridge would have to hit: 85 percent less triage time and three-minute conversion."
doc_version: "2026-05-20"
last_updated: "2025-01-20T10:00:00.000Z"
canonical_url: https://www.lightforgeworks.com/blog/securetech-intelligence-case-study/
---

# Alert-to-ticket automation at SecureTech Intelligence

# Alert-to-ticket automation at SecureTech Intelligence

SecureTech Intelligence is a worked example, not a named client. The platform described here is the ThreatForge integration demo. The workflow and the failure points are real patterns. The numbers are illustrative.

## The problem

The company sells a threat-intelligence platform to twelve enterprise clients. The platform generates alerts clients value. Then the alerts stop: each client's security team triages them by hand, two to three hours a day, and copies the ones that matter into Jira or ServiceNow tickets.

The gaps that follow are predictable:

- Two to three hours of daily manual triage per client security team
- Hours between threat detection and a tracked ticket
- Enterprise prospects stall at the integration question, because the platform does not reach their ticketing systems
- The CTO cannot spare the engineering hours to build integrations for every client's stack

## The build

A single-purpose bridge, the ThreatForge Integration Platform. It does five things:

- Converts alerts to tickets automatically in Jira and ServiceNow
- Deduplicates and prioritizes threats before they become tickets
- Maps fields and assignment rules per client
- Monitors each integration's health and reports failures
- Tracks what analysts change, so the rules improve from use

Sixty days to build. Fifteen hours of client time across discovery and validation. Pilot with two enterprise clients running Jira. Existing threat-intelligence operations keep running untouched during the pilot.

## The numbers it would have to hit

- Manual triage time: down 85 percent
- Alert-to-ticket conversion: three minutes average, end to end
- Client deployment cycles: 40 percent faster
- Missed critical alerts: zero

The business numbers ride on those: if the platform delivers tickets instead of alerts, enterprise deals close faster (the pilot math: 60 percent better close rate), client satisfaction moves with the triage hours saved (67 to 94 percent in the pilot model), and each security team recovers 20+ hours a week.

Those business figures are the model, not measurements. The operational numbers above are the ones to hold the build to.

<div style="text-align: center; margin: 32px 0;">
  <img src="/static/assets/threat-viewer.png" alt="ThreatForge client management dashboard showing integration status, response rates, and resolution times across clients" style="width: 100%; max-width: 900px; border-radius: 12px; box-shadow: 0 8px 32px rgba(0,0,0,0.15);" />
  <p style="color: #718096; font-size: 14px; margin-top: 12px; font-style: italic;">The ThreatForge integration dashboard: per-client ticket flow, response rates, resolution times</p>
</div>

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