Project Name
ServiceNow SecOps Implementation for Closing Security Vulnerabilities Faster
Our client is a healthcare technology enterprise operating a large hybrid infrastructure estate spanning on-premises data centres, cloud platforms, and containerised applications. Security scanners ran continuously across the estate, surfacing findings at a volume that overwhelmed the team’s ability to act on them effectively.
Scan results were exported to spreadsheets, circulated by email, and tracked manually, a process that was slow, prone to data staleness, and fundamentally disconnected from the IT change and patch workflows that actually applied fixes.
With no risk-based prioritisation, no reliable routing to asset owners, and no confirmation that remediated items were genuinely resolved, the organisation’s exposure window was wider and longer than the security posture of a healthcare technology provider could afford.
A single theme ran through every operational problem: vulnerabilities took far too long to close, and no one could prove when, or whether, they had been.
- Long Remediation Windows: The time between vulnerability detection and remediation remained too long, leaving the organisation exposed to known risks for longer than acceptable.
- Spreadsheet-Driven Tracking: Scan results were managed through spreadsheets and email, creating slow handoffs, outdated data, and no real-time view of remediation progress.
- No Risk-Based Prioritisation: Findings were ranked by severity alone, without considering asset criticality or exposure, causing high-risk vulnerabilities to wait alongside low-priority issues.
- Misrouted Vulnerability Ownership: Findings often reached the wrong teams, delaying remediation, creating ownership confusion, and slowing resolution.
- Alert and Vulnerability Overload: Analysts were overwhelmed by large volumes of findings, making it difficult to separate critical risks from routine issues and delaying remediation.
- No Verification of Remediation: Resolved vulnerabilities were not revalidated, leaving no assurance that fixes were effective or that issues had not reappeared.
- Security and IT Misalignment: Security identified vulnerabilities while IT applied fixes, but disconnected workflows and poor coordination slowed remediation and weakened accountability.
Ksolves, an AI-first ServiceNow consulting services company, built the programme on ServiceNow to attack the remediation window at every stage, from the moment a finding lands to the rescan that confirms it is gone. The governing principle was speed through automation: every manual step that added time between detection and remediation was a candidate for elimination, and every finding needed to arrive with the context, ownership, and priority.
- Service-Aware Asset Context via CMDB: Established asset and service context in the CMDB so every finding is enriched with ownership, criticality, and business service information, eliminating manual lookups and accelerating triage.
- Scanner Integration and Normalisation: Integrated existing scanners with the Now Platform and normalised vulnerability data into a single repository, delivering deduplicated, correlated findings ready for immediate remediation.
- Risk-Based Prioritisation: Combined vulnerability severity, exploitability, asset criticality, CMDB context, NVD intelligence, known exploited vulnerabilities, and exploit prediction scoring to ensure the highest-risk exposures are addressed first.
- Remediation Grouping and Assignment: Automatically grouped findings requiring the same fix and routed them to the correct asset owners, reducing workload, improving accountability, and speeding remediation.
- Change and Patch Orchestration: Integrated remediation with ServiceNow Change Management and patch workflows, enabling faster execution while ensuring every fix follows governed change control.
- Closed-Loop Rescan Validation: Required vulnerabilities to pass a rescan before closure, automatically reopening unresolved issues, and ensuring every remediation was verified.
- Unified Security Exposure Management Workspace: Consolidated vulnerabilities and misconfigurations across infrastructure, applications, containers, and cloud into a single workspace with consistent scoring and assignment.
- Security Incident Response for Active Exploits: Connected Security Incident Response so actively exploits vulnerabilities, triggering coordinated incident workflows alongside remediation, accelerating response to critical threats.
- AI-Assisted Operations with Now Assist: Used Now Assist for Security Operations to summarise findings, recommend next steps, and reduce analyst effort, allowing teams to focus on remediation instead of administrative work.
Technology Stack
| Category | Technology |
|---|---|
| Core Platform | ServiceNow Security Operations on the Now Platform |
| Vulnerability | ServiceNow Vulnerability Response, evolved into Unified Security Exposure Management |
| Exposure Experience | Security Exposure Management Workspace |
| Incident | ServiceNow Security Incident Response |
| Asset Context | ServiceNow CMDB integration |
| Remediation | ServiceNow Change Management and patch workflows |
| Enrichment | National Vulnerability Database, known exploited vulnerability catalogues, exploit prediction scoring, threat intelligence |
| Standards and Frameworks | MITRE ATT&CK, Common Vulnerability Scoring System, recognised incident handling guidance |
| Intelligence | Now Assist for Security Operations |
| Reporting | ServiceNow dashboards and performance analytics |
From a sprawling spreadsheet process where vulnerabilities waited in undifferentiated queues to an automated, risk-ranked, rescan-validated remediation cycle where the exposure window closes quickly and leadership can watch it happen in real time.
- Exposure Window Significantly Reduced: The time between vulnerability detection and remediation dropped sharply, replacing lengthy remediation cycles with a faster, governed, and automated process.
- Highest-Risk Vulnerabilities Fixed First: Risk-based prioritisation using severity, exploitability, asset criticality, and threat intelligence ensures the most dangerous exposures are addressed before lower-risk findings.
- Work Routed to the Right Teams Immediately: Automated grouping and assignment send remediation tasks directly to the correct asset owners, eliminating delays caused by manual handoffs.
- From Thousands of Findings to Actionable Tasks: Vulnerabilities sharing the same fix are grouped into manageable remediation tasks, replacing overwhelming lists with focused, actionable work.
- Fixes Verified, Not Assumed: Rescans confirm vulnerabilities are fully resolved before closure, automatically returning unresolved issues to the remediation queue.
- Less Administration, More Remediation: Manual spreadsheets, data collation, and repetitive triage are eliminated, allowing analysts to focus on fixing vulnerabilities instead of managing data.
- Unified Visibility Across the Attack Surface: Infrastructure, application, container, and cloud exposures are managed in a single Security Exposure Management Workspace, providing one consistent view of organisational risk.
- Real-Time Visibility into Remediation Performance: Dashboards track remediation speed by team, asset criticality, and risk level, giving leadership real-time insight into security performance.
Ksolves transformed a fragmented, manual vulnerability management process into an automated, risk-driven remediation programme on ServiceNow. By enriching every finding with business context, automating prioritisation and assignment, integrating change management, and validating every fix through rescans, the organisation significantly reduced its exposure window while improving operational efficiency, governance, and visibility. The result is a scalable vulnerability management programme that keeps pace with an expanding hybrid and cloud environment.
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