Persistence in cybersecurity occurs when a threat actor discreetly maintains long-term access to systems despite disruptions such as restarts or changed credentials.
Bad actors can place an implant or a “stub” that both evades automated antivirus solutions and kick starts more malware.
<h3>What is persistent access?</h3>
Persistence consists of techniques that adversaries use to keep access to systems across restarts, changed credentials, and other interruptions that could cut off their access.
<h3>Why is persistence so important?</h3>
Persistence gives you vital experience. When you're persistent, you learn that each failure gives you another opportunity to learn. With each failure, you'll become more resilient. You'll also learn how you can overcome any challenges.
Learn more about persistence here:
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Answer:
The correct answer is D. creditor has a note receivable and the debtor has a note payable.
Explanation:
A note payable is a legal instrument by which the maker, also called the debtor, commits to pay a determined amount of money to the other party, the creditor, that has a note receivable, which is a written promise to receive the money from the issuer in the future.
Answer:
purchase only foods that can be prepared quickly
Explanation:
Answer:
d. 133.
Explanation:
IQ otherwise known as Intelligent Quotient, is a measure of intelligence, which is applied by using ratio of mental age to physical or chronological age, then multiply by 100.
Hence, a child of 9year old had a mental age of 12 year old, (which means, performing on the test meant for an average 12 year old) the child is then assigned IQ of 12/9 * 100 which equals to IQ of 133.
Therefore, a 9-year-old who responded to the original Stanford-Binet with the proficiency of an average 12-year-old was said to have an IQ of 133.
