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processes  for  patching  have  put  cybersecurity  professionals  at  a  disadvantage  when  extensive
            coordination  and  scheduled  system  downtime  is  required.  Often,  fear  of  too  many  delays  ultimately
            pushes available patches being applied by weeks or even months. Staffing shortages being seen across
            the cybersecurity industry also has a negative impact on the priorities that patch management has for
            organizations.


            This is where live patching comes into play to not only lighten the load of overburdened IT teams, but to
            seamlessly  and  efficiently  apply  security  patches  to  open  vulnerabilities  as  soon  as  they  become
            available.  Three  prime  advantages  to  choosing  a  live  patching  approach  over  traditional  methods
            includes:

               •  Timely Vulnerability Mitigation: Proactive patching ensures that vulnerabilities are addressed as
                   soon  as  patches  become  available.  This  significantly  reduces  the  window  of  opportunity  for
                   attackers, minimizing the risk of successful exploitation.
               •  Reduced  Downtime  and  Disruption:  Applying  live  patches  minimizes  the  risk  of  unexpected
                   system  failures,  crashes,  or  downtime  resulting  from  unpatched  vulnerabilities.  This  ensures
                   smooth operations, uninterrupted services, and increased customer confidence.
               •  Reduced Risky Reboots: Live patching eliminates the need for scheduled maintenance windows
                   in which a system can be rebooted or services. Rolling reboots and restarts themselves can be
                   risky and disruptive to an organization's business and daily operations if forced to shut down
                   temporarily.


            Consistent patch management is essential for effective enterprise security and even more beneficial for
            the healthcare industry as it strengthens its mitigation tactics against future attacks. By automating the
            patching process and minimizing needed downtime and reboots for medical institutions, risk factors and
            potential attack surfaces can be greatly reduced, thereby enhancing the overall cybersecurity resilience.

            .



            About the Author

            Joao  Correia  serves  as  the  Technical  Evangelist  for  TuxCare,  a  global
            innovator in enterprise-grade cybersecurity for Linux.  Joao can be reached
            online  at  [email protected]  ,  https://www.linkedin.com/in/joao-
            correia-281a5a94/ and at our company website www.tuxcare.com
















            Cyber Defense eMagazine – June 2024 Edition                                                                                                                                                                                                          111
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