Sticker the Planet
@Stickerum@infosec.exchange  ·  activity timestamp 6 days ago
Sticker the Planet
@Stickerum@infosec.exchange  ·  activity timestamp 6 days ago
Matt "msw" Wilson
@msw@mstdn.social  ·  activity timestamp 3 months ago
A graph showing Time along the X axis and Risk of Loss along the Y axis. Two curves are on the graph, one is the "bad patch risk" which decreases over time, and the other is "penetration risk" which increases over time. Where the two lines cross, a circle is drawn representing "Optimal Time to Patch". Caption: "Figure 1: A hypothetical graph of risks of loss from penetration and from application of a bad patch. The optimal time to apply a patch is where the risk lines cross."
A graph showing Time along the X axis and Risk of Loss along the Y axis. Two curves are on the graph, one is the "bad patch risk" which decreases over time, and the other is "penetration risk" which increases over time. Where the two lines cross, a circle is drawn representing "Optimal Time to Patch". Caption: "Figure 1: A hypothetical graph of risks of loss from penetration and from application of a bad patch. The optimal time to apply a patch is where the risk lines cross."
A graph showing Time along the X axis and Risk of Loss along the Y axis. Two curves are on the graph, one is the "bad patch risk" which decreases over time, and the other is "penetration risk" which increases over time. Where the two lines cross, a circle is drawn representing "Optimal Time to Patch". Caption: "Figure 1: A hypothetical graph of risks of loss from penetration and from application of a bad patch. The optimal time to apply a patch is where the risk lines cross."
Matt "msw" Wilson
@msw@mstdn.social  ·  activity timestamp 3 months ago
Home Login