How important are vulnerability management investments for a cybersecurity posture?

Vulnerability management (VM) technology addresses the threat landscape, which is in a constant state of flux. The wider dispersal of endpoints across private and public cloud environments increases the points of vulnerabilities in an enterprise network, intensifying the demand for VM solutions that make endpoints easier to track, verify, and secure.

To prevent attacks and damage to a business, VM providers employ various means of identifying, prioritizing, communicating, and suggesting possible responses to the risks companies face in their networked business environments.

The leading VM platforms provide a complete picture of a client’s security posture, correlating the client organization’s assets, classifying their importance with the vulnerabilities identified in the scan, and offering information for remediation.

A multilayered defense

Frost & Sullivan’s latest thought leadership paper analyzes the threat landscape and the role of VM in addressing the security concerns of the entire enterprise. It analyzes end-user willingness to invest in VM platforms that help provide a holistic cybersecurity approach in various areas, including vulnerability prioritization, automated workflows, and third-party integration.

“There is a shift toward bidirectional integration of VM platforms with other technologies,” explained Jarad Carleton, Global Program Leader, Cybersecurity at Frost & Sullivan.

“This aids a multilayered defense, which has proven to be superior to discrete technologies working separately in network defense. VM platforms that allow IT departments to conduct continual vulnerability assessments are emerging as one of the top five solutions for organizations concerned about system vulnerabilities as part of their security maturity improvement initiatives.”

According to the research, two out of every three cyberattacks in the United States and three out of every four in Europe are categorized as severe by the organizations affected by them.

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