Page 165 - Cyber Defense eMagazine September 2023
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analyzing these massive amounts of data on the edge in real time. Consider this: if you don’t have a
            complete dataset to begin with, the output of whatever you are trying to do with the data – in this case,
            take action for cyber or maintenance purposes – will only be as beneficial or accurate as the input.

            In one of its pilot programs, the U.S. Air Force  used AI and ML algorithms with data collected from
            condition-monitoring technology to predict when B-1 bombers will break. The Air Force estimated saving
            $5 million in two years – just by reducing unscheduled maintenance on ten B-1 bombers.

            However,  success  is  fragmented  because  the  DoD  has  not  consistently  adopted  and  tracked
            implementation of predictive maintenance. In the survey of DoD operations, maintenance, and IT leaders,
            84 percent said their organization must improve its ability to predict and prevent equipment failure.



            Observability Builds Resiliency

            Operational  readiness  hinges  on  real-time  knowledge  of  what’s  happening  onboard  critical  defense
            assets. But 60 percent of DoD leaders say that when an issue arises, their organization struggles to
            determine if the root cause is a cyberattack – or an equipment maintenance issue.

            This stems from a lack of full system observability – a full view of system performance. With onboard
            observability, maintenance teams have the knowledge to evaluate operational readiness and differentiate
            between cyber and maintenance issues. The best way to visualize the full system is to capture all data
            communications  on  the  operational  technology  (OT) and  from  every  component  on  the  platform.  To
            capture real-time onboard data from legacy OT, the DoD needs full-take data capture, which records
            every frame down to the millisecond – across the entire fleet.

            Armed with onboard observability, the DoD can confidently act on data-driven insights to optimize the
            availability and resiliency of defense assets and boost MC rates across the services. On average, DoD
            leaders expect a 35 percent increase in their department’s MC rate from the successful implementation
            of predictive maintenance, according to recent research.

            The growing complexity of technology and critical defense assets, paired with the increasing threats to
            national  security,  requires  an  urgent  reform  of  the  DoD’s  approach  to  maintenance.  Predictive
            maintenance offers solutions to some of the DoD’s greatest challenges: shifting to a proactive approach
            to maintenance by predicting and preventing cyberattacks and critical failures.


















            Cyber Defense eMagazine – September 2023 Edition                                                                                                                                                                                                          165
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