How does a zero-day exploit differ from a typical exploit?
What will be an ideal response?
ANSWER: A zero-day exploit, or zero-day attack, is one that takes advantage of a software vulnerability that hasn't yet or has only very recently become public. Zero-day exploits are particularly dangerous because the vulnerability is exploited before the software developer has the opportunity to provide a solution for it or before the user applies the published solution. For example, Microsoft schedules regular security updates to Windows on the second Tuesday of each month, called Patch Tuesday. Hackers can use this information to identify unannounced vulnerabilities in Windows, and then immediately proceed to attack unpatched machines.
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Which statement below is false?
a. Structured programming produces programs that are easier to test. b. Structured programming requires four forms of control. c. Structured programming produces programs that are easier to modify d. Structured programming promotes simplicity.
An additional factor in applying a style sheet is that properties are passed from a parentelement to its children in a process known as __________.
A. style sheets B. an embedded style sheet C. style inheritance D. style link
On switch SW3, what is the spanning tree information now? What is the STP path?
What will be an ideal response?
What is I element?
What will be an ideal response?