In order to effectively reduce or mitigate social engineering incidents, it is important to employ a multi-pronged approach that includes prevention, detection, and response measures.
One key element of prevention is security awareness training, which can help employees recognize and avoid common social engineering tactics such as phishing emails and phone scams. By educating employees on how to identify and respond to these threats, organizations can significantly reduce their risk of falling victim to social engineering attacks. In addition to security awareness training, intrusion detection and prevention systems can help organizations detect and block suspicious activity on their networks. These systems can monitor network traffic for signs of unauthorized access or suspicious behavior, and can alert security teams to potential threats in real-time. Similarly, increased physical security measures such as access controls and surveillance cameras can help deter and prevent social engineering attacks that rely on physical access to sensitive areas.
Finally, email monitoring can be an effective way to detect and prevent social engineering attacks that are delivered via email. By scanning incoming emails for malicious attachments or links, organizations can block these threats before they have a chance to reach their intended targets. Overall, a comprehensive approach that combines prevention, detection, and response measures is essential for effectively mitigating social engineering incidents and protecting sensitive data and systems.
Learn more about engineering here: brainly.com/question/4962714
#SPJ11
b. Regularly change out the NEMA 5-15 cord every 180 days.
c. Statically discharge the PSU every 180 days.
d. Clean any dust or debris from the air vents in front of the fans.
Answer:
Clean any dust or debris from the air vents in front of the fans
Explanation:
Cleaning the air-vent helps to reduce the after effect of heat generation associated with debris and dust. These are responsible for building heat in the power supply unit which in turn could reduce the working efficiency of the system.
B. Newsweek
C. Consumer Reports
D. Time
Answer:
a) An actor represents a user or another system interacting with the system being modeled.
c) An actor can initiate and participate in use cases.
Explanation:
- Statement A is true because an actor is an entity that performs a role in a particular system. This entity can be a human user, hardware, or another system.
- Statement B is false because an actor does not necessarily have to be a physical person. As mentioned above, it can be a system, a piece of hardware, or even another software system.
- Statement C is true because actors in a use case are the ones who initiate the use case and participate in it.
- Statement D is false because an actor can be part of multiple use cases. It's quite common in systems where a single actor (like a user or another system) interacts with multiple parts of the system.
Hope this helps! :)
b. filtering messages through past experiences
c. minimizing external and psychological noise
d. making sense out of words and messages
Answer:
Option B, Vanishing point
Explanation:
The complete question is
Where do the projection lines converge in a perspective sketch?
A. the ground line
B. the vanishing line
C. the eye point
D. the horizon line
Solution
A point lying on the image of a perspective drawing where the drawings ( two-dimensional perspective projections) of two parallel line meet in three dimensional space is known as Vanishing point