Fragmented Tools Are Slowing Vulnerability Management
▼ Summary
– Vulnerability backlogs are growing rapidly due to fragmented detection tools and slow manual remediation, with critical issues taking an average of four weeks to fix.
– Organizations using cybersecurity-focused teams for remediation and higher automation achieve faster response times and better prioritization through threat intelligence.
– Automation strongly correlates with improved vulnerability management outcomes, including faster remediation, fewer false positives, and greater operational scalability.
– Most organizations have adopted Continuous Threat Exposure Management (CTEM), but fewer have fully implemented vulnerability operations center (VOC) models despite their benefits.
– Rising vulnerability volumes strain resources and increase business risks, yet progress is limited by budget constraints, operational challenges, and insufficient prioritization of vulnerability management.
Security leaders are acutely aware that vulnerability backlogs continue to grow, but recent data reveals the alarming speed at which the gap between security exposures and available resources is expanding. A new report highlights how fragmented tools and slow remediation processes are directly undermining effective vulnerability management.
Organizations typically rely on an average of four different detection tools, with cloud or container configuration audits being the most common at 85%. While this suggests broad coverage, it also creates significant challenges. Teams struggle with maintaining clear visibility, correlating findings across platforms, and establishing consistent prioritization. The mean time to remediate (MTTR) for critical vulnerabilities averages four weeks, though organizations with formal workflows and greater automation tend to move faster. Many still depend on manual cycles that require extensive triage work.
Over half of organizations assign remediation tasks to cybersecurity or SOC teams. This structure often produces quicker response times because these teams are closer to active threats and can interpret findings with greater context than infrastructure groups. Those with shorter MTTR frequently follow this model. While 97% of organizations have remediation Service Level Agreements (SLAs) tied to severity levels, and most claim to meet them, actual remediation times show how difficult it is to keep up with the sheer volume of issues.
Prioritization practices vary widely across the industry. Forty-three percent still follow compliance-driven models because they are straightforward to measure and often mandated. A third use risk-based approaches that factor in exploitability, asset value, and potential business impact. Threat intelligence has become a crucial element, with four in five organizations enriching their decisions using external data such as active exploits or CERT alerts. The most effective use of threat intelligence is seen in organizations that have higher automation and clearly defined workflows.
Automation continues to be a major differentiator between faster-moving organizations and slower ones. Fifty-six percent report having automated their vulnerability management, while the rest operate with moderate or basic levels. High automation correlates strongly with faster remediation, fewer false positives, and greater confidence in scaling security operations. Teams with limited automation spend extra time validating findings, frequently worry about wasted effort, and report a higher risk of burnout. The increasing volume of vulnerabilities makes it nearly impossible for manual workflows to keep pace.
Adoption of modern frameworks is gaining traction. Sixty-five percent have fully adopted Continuous Threat Exposure Management (CTEM), and very few have no plans to consider it. Larger organizations and those with higher automation levels are further along in implementing continuous assessment and real-time prioritization. The shift to Vulnerability Operations Center (VOC) models is less advanced. Just over half say they have fully implemented a VOC-based approach, with others still in transition. Organizations with formalized and automated workflows show the most progress. Respondents cite increased automation and improved prioritization as the primary benefits of advanced vulnerability management or CTEM platforms, with real-time visibility and continuous assessment also ranking highly.
The rising volume of vulnerabilities is placing considerable pressure on security operations. Fifty-six percent report added strain on staff resources, while others point to difficulties in prioritizing issues, time lost to false positives, and slower incident response times. The business impact is also becoming more apparent. Half of organizations are upgrading security tools in response to higher exposure levels, and a similar proportion say leadership is scrutinizing internal processes more closely. This indicates that vulnerability management is receiving increased attention at senior levels.
Security leaders face several practical constraints when attempting to improve their vulnerability management programs. Operational limitations and budget pressures are the top obstacles, cited by 43% and 41% of respondents respectively. Additional challenges include technology complexity, resistance to change, and skills shortages. Although there is broad agreement that automation reduces human error and boosts efficiency, many say progress remains sluggish due to limited resources. Sixty percent admit that vulnerability management does not receive the same level of attention as other security initiatives, and this lack of prioritization restricts investment in both processes and tools.
(Source: HelpNet Security)
