Ad hoc vulnerability scanning and continuous vulnerability management are both methods of identifying and addressing vulnerabilities in an organization's network, but they differ in terms of their approach and frequency.
Ad hoc vulnerability scanning is a one-time or occasional scanning of a network to identify vulnerabilities. It is typically done manually, and the results are not regularly reviewed or updated. This type of scanning is often done in response to a specific event or to meet a compliance requirement, rather than as part of a ongoing security strategy.
On the other hand, continuous vulnerability management is an ongoing process that involves regularly scanning and assessing the organization's network for vulnerabilities. It is typically automated, and the results are reviewed and updated on a regular basis. This approach allows for the identification and remediation of vulnerabilities before they can be exploited by attackers.
Continuous vulnerability management also includes prioritizing vulnerabilities based on their risk level, developing a plan for remediating vulnerabilities, regularly patching and updating software and systems, implementing a process for managing false positives and exceptions, continuously monitoring the environment for new vulnerabilities and threats, and continuously assessing the effectiveness of the vulnerability management program and adjusting as needed. It also includes compliance management and governance.
In summary, ad hoc vulnerability scanning is a one-time or occasional scanning of a network, while continuous vulnerability management is an ongoing process that regularly scans and assesses the network for vulnerabilities, with the goal of proactively identifying and addressing vulnerabilities before they can be exploited. Continuous vulnerability management is considered more effective and efficient than ad hoc scanning in terms of identifying and addressing vulnerabilities.
MSPs can scan each client's internet-facing addresses with EnterProtect Vulnerability Scanning.
