College of The Bahamas Cyber Attack & Computer Security Discussion Questions part 1, Issc452: minimum 250 words, APA style. answer the following: 1. Po

College of The Bahamas Cyber Attack & Computer Security Discussion Questions part 1, Issc452:

minimum 250 words, APA style.

answer the following:

1. Potential incidents represent threats that have yet to happen. Why is the identification of the threat important to maintaining security?

2. Penetration testing is a particularly important contributor to the incident management process. Explain why that is the case, and provide examples of how penetration test results can be used to improve the incident response process.

part 2, Issc481:

minimum 250 words, APA style.

answer the following:

1. Why are users considered the weakest link in implementing policies?

2. What are potential risks associated with remote access?

3. Do you believe a separate policy should be written to address remote access? If so, what should be included in the policy?

4. One of the most popular portable devices is the USB thumb drive. What are the dangers of thumb drives to organizational security? Should employees be permitted to use USB devices. # Ch06Qu05.py
# ———-ShutterButtonHalfPressed = ‘H’
ShutterButtonFullyPressed = ‘F’
PlayButtonPressed = ‘P’
NextButtonClicked = ‘N’
def readNextAction(prompt):
return input(prompt)
def readNextValidAction(prompt, validActions):
prompt = prompt + ‘:’
result = “”
while (result == “”):
action = readNextAction(prompt)
prompt = ‘?:’
for validAction in validActions:
if(action == validAction):
result = action
return result
def Ch06Qu05():
action =
readNextValidAction(“Inactive”,[ShutterButtonHalfPressed,PlayButtonPressed])
photoCount = 99
displayPhoto = 0
while (True):
if(action == ShutterButtonHalfPressed):
photoCount = photoCount + 1
action =
readNextValidAction(“TakingPhotos”,[ShutterButtonFullyPressed,PlayButtonPress
ed])
while(action == ShutterButtonFullyPressed):
photoCount = photoCount + 1
action =
readNextValidAction(“TakingPhotos”,[ShutterButtonFullyPressed,PlayButtonPress
ed])
# Assert: action == PlayButtonPressed
else: # Assert: action == PlayButtonPressed
displayPhoto = displayPhoto + 1
print (“Photo “,displayPhoto)
action =
readNextValidAction(“DisplayingPhotos”,[ShutterButtonHalfPressed,NextButtonCl
icked])
while(action == NextButtonClicked):
displayPhoto = displayPhoto + 1
print (“Photo “,displayPhoto)
action =
readNextValidAction(“DisplayingPhotos”,[ShutterButtonHalfPressed,NextButtonCl
icked])
# Assert: action == ShutterButtonHalfPressed
# NumberGuessingGame.py
# ——————–import random
def NumberGuessing(lowerBound, upperBound, maxTries):
print(“The number is between “, lowerBound, ” and “, upperBound)
print(“You have “, maxTries, ” tries!”)
# set the initial values
theNumber = random.randint(lowerBound, upperBound)
print(theNumber) # This statement should be commented out; it’s a cheat!
tries = 0
# guessing loop
guess = lowerBound – 1
while ((tries < maxTries) & (guess != theNumber)): try: guess = int(input("Take a guess: ")) except ValueError: print("Please enter a numeric value") continue tries = tries + 1 if(guess > theNumber):
print(“Guess lower…”)
elif(guess < theNumber): print("Guess higher...") if (guess == theNumber): print("You guessed it! The number was ", theNumber) print("And it only took you", tries, "tries!n") else: print("You failed to guess ", theNumber, "!") Purchase answer to see full attachment