Answer:
A honeypot is a computer network set up to act as a decoy to track, deflect, or research trying to obtain unwanted access to the information system.
Explanation:
A honeypot is a device or device network designed to imitate possible cyber-attack targets. It can be utilized to detect or deflect assaults from a legitimate military target. It may also be used to collect knowledge on how cybercrime works.
<u>Advantage:-
</u>
- Data Value:-
One of the challenges faced by the research community is to obtain meaning from big data. Companies hold large quantities of data daily including firewall logs, device logs, and warnings for vulnerability scanning.
- Resources:- The problem facing most protection systems is resource shortages or even the depletion of resources. Power saturation is when a protection asset can no longer work since it is overloaded by its assets.
- Simplicity
:- I find simplicity to be the biggest single strength of honeypots. No flashy techniques are to be created, no stamp computer systems to be managed, no rule units to be misconfigured.
<u>Disadvantage:- </u>
That honeypot doesn't replace any safety mechanisms; they just operate with your overall security infrastructure and improve it.
example, the Speedometer of a car measures the speed, changes in temperature in the body with a thermometer’s help, and weighs our body with a weighing machine.
Search engines enable you to locate web pages related to a specific subject.
Answer:
- def c_to_f(celsius):
- return celsius * 9/5 + 32
-
- temp_c = float(input('Enter temperature in Celsius: '))
- temp_f = None
-
- temp_f = c_to_f(temp_c)
- print('Fahrenheit:' , temp_f)
Explanation:
The first piece of code we can fill in is the formula to convert Celsius to Fahrenheit and return it as function output (Line 2).
The second fill-up code is to call the function c_to_f and pass temp_c as argument (Line 7). The temp_c will be processed in the function and an equivalent Fahrenheit value will be returned from the function and assigned it to temp_f.
