Automated Vulnerability Ticket Router

Problem Context

A cybersecurity team member is the sole person managing vulnerability tickets in a large company. They receive hundreds of critical and high-priority tickets daily from a tool like Qualys, which automatically assigns them to the cybersecurity team. The user must manually reassign these tickets to the correct IT teams, which consumes their entire workday and prevents them from focusing on strategic tasks. Their manager is unhappy with the time spent on this task, and the user fears losing their job if a breach occurs due to unassigned tickets.

Pain Points

The user spends all day manually assigning hundreds of tickets to different teams, which is tedious and error-prone. They lack visibility into which tickets are assigned and which are still pending, increasing the risk of missed vulnerabilities. The current process is unsustainable, and the user has no time to implement improvements or leverage AI to automate parts of the workflow. They also struggle with prioritizing vulnerabilities, as they don’t have a clear system for handling low and medium risks.

Impact

The manual process wastes 8+ hours per week, directly impacting the user’s ability to perform other critical tasks. Unassigned or misassigned tickets increase the risk of security breaches, which could lead to financial losses, reputational damage, or job loss. The lack of automation and visibility creates a high-stress environment, where the user is constantly at risk of missing critical vulnerabilities. The company also loses efficiency, as other IT teams may not receive tickets in a timely manner, delaying patches and increasing exposure.

Urgency

This problem is urgent because the user’s job is at risk if a breach occurs due to unassigned tickets. Their manager is already complaining about their time management, and the user has no time to implement fixes. The volume of tickets is overwhelming, and the manual process is unsustainable long-term. The user needs an immediate solution to automate ticket assignment and regain visibility over vulnerabilities, or they will face professional consequences.

Target Audience

This problem affects cybersecurity professionals in mid-to-large companies who are the sole or primary vulnerability management (VM) team member. It also impacts IT security teams in organizations with limited budgets for hiring additional staff, as well as companies using vulnerability management tools like Qualys, Tenable, or Nessus. Security analysts, VM specialists, and IT managers in industries with high compliance requirements (e.g., finance, healthcare, government) would also face similar challenges.

Solution Approach

A micro-SaaS tool that automatically assigns vulnerability tickets to the correct IT teams based on predefined rules, team ownership, and vulnerability type. The tool integrates with vulnerability management platforms (like Qualys) and ticketing systems (like ServiceNow) to pull in tickets, analyze them, and route them to the right teams without manual intervention. It also provides real-time dashboards for visibility into assigned and unassigned tickets, ensuring no vulnerabilities slip through the cracks.

Key Features

1. Real-Time Dashboard: Shows all tickets in one place, with filters for status (assigned, unassigned, overdue) and severity (critical, high, medium, low).
2. AI-Powered Prioritization: Suggests priority levels for tickets based on historical data, team response times, and vulnerability criticality.
3. Audit Logs and Reports: Tracks all ticket assignments, changes, and responses to ensure accountability and compliance.
4. Slack/Email Notifications: Alerts teams when new tickets are assigned to them, reducing delays in patching.

User Experience

The user connects the tool to their vulnerability management platform (e.g., Qualys) and ticketing system (e.g., ServiceNow) via API. They set up routing rules once (e.g., 'All Windows Server vulnerabilities go to the Windows Team'). From then on, tickets are automatically assigned, and the user gets a dashboard showing all tickets, their status, and who they’re assigned to. They can also see which tickets are overdue or unassigned, ensuring nothing falls through the cracks. Teams receive notifications when new tickets are assigned to them, so they can act quickly.

Differentiation

Unlike generic ticketing tools or vulnerability management platforms, this tool is specifically designed for the pain point of manual ticket assignment in VM. It integrates directly with existing tools (Qualys, ServiceNow, etc.) without requiring complex setup. Most competitors either don’t solve this exact problem or require expensive consulting to implement. This tool is affordable, easy to set up, and focuses solely on automating the most time-consuming part of VM workflows.

Scalability

The tool starts with basic routing rules but can grow with the user’s needs. Users can add more teams, refine rules, and integrate with additional tools (e.g., Jira, Zendesk) as their organization expands. The AI prioritization improves over time as it learns from historical data, making it more accurate. For larger companies, the tool can scale to handle thousands of tickets per day while maintaining performance. Users can also add more team members or admins as their security team grows.

Expected Impact

The user regains 8+ hours per week, freeing them to focus on strategic tasks like risk assessment and compliance. The company reduces the risk of breaches by ensuring tickets are assigned and acted on promptly. Teams receive tickets faster, improving patching times and overall security posture. The tool provides full visibility into the VM process, so the user can demonstrate leadership and accountability to their manager. Over time, the company saves money by avoiding breaches and reducing the need for manual labor in VM.