Answer:
Key escrow.
Explanation:
If a full disk encryption (FDE) password is forgotten, a key escrow can be incorporated to securely store the encryption key to unlock the disk.
A key escrow can be defined as a data security method of storing very essential cryptographic keys.
Simply stated, key escrow involves a user entrusting his or her cryptographic key to a third party for storage.
As a standard, each cryptographic key stored or kept in an escrow system are directly linked to the respective users and are encrypted in order to prevent breach, theft or unauthorized access.
Hence, the cryptographic keys kept in an escrow system are protected and would not be released to anyone other than the original user (owner).
<em>Therefore, when a full disk encryption (FDE) password is forgotten, a key escrow if incorporated can be used to retrieve the password. Subsequently, the password would then be used to unlock or decrypt the disk.</em>
help me by passing the google codes to me for the following reasons
Explanation:
Somebody trying to set up Google Voice accidentally entered in your phone number, or, more likely, some scammer is trying to trick you into verifying your number for their Google account, so they can acquire another GV number for nefarious purposes, like robocalling or harassment.
The scammer is, in reality, going through the Google Voice setup process. The tell Google Voice to call or to text your personal number and it gives you the code, along with a warning to not share the code with anyone. Somehow, you ignore that explicit warning and give the scammer the code number.
Go to https://voice.google.com and select a Google Voice number. You can search by city or area code and then choose one from the list. Press the Verify button to verify your phone number. You will be prompted to enter a number to link, add your stolen phone number and hit "SEND CODE".
Criminals can steal your phone number by pretending to be you, and then moving your number to another phone. They'll then receive security codes sent via SMS on their phone, helping them gain access to your bank account and other secure services.
When you set up a Google Account, you can let Google know your phone's number. If you do, we'll verify that the number is yours. For your security, we'll re-verify from time to time to make sure that your phone's number is still yours.
Turn off 2-Step Verification
- Open your Google Account.
- In the "Security" section, select 2-Step Verification. You might need to sign in.
- Select Turn off.
- A pop-up window will appear to confirm that you want to turn off 2-Step Verification. Select Turn off.
Change how you get verification codes
- On your Android phone or tablet, open your device's Settings app Google. Google Account.
- At the top, tap Security.
- Under "Signing in to Google," tap 2-Step Verification.
- Under "Voice or text message," next to a phone number, tap Edit .
- At the bottom, tap Change Phone.
- Follow the steps on the screen.
Answer:
The answer is B.
Explanation:
The question is incomplete, here is the full question:
Analyze the following code.
boolean even = false;
if (even) {
System.out.println("It is even!");
}
A. The code is wrong. You should replace if (even) with if (even == true).
B. The code displays nothing.
C. The code displays It is even!
D. The code is wrong. You should replace if (even) with if (even = true).
The above code does not display anything when run because the boolean variable even is false and it does not satisfy the if statement.
I hope this answer helps.
Answer: Ask a member of the Enterprise Admins group to authorize the server.
Explanation:
From the information given, we are informed that Rachel installed a new server running Windows Server 2016 on the new subnet and configure it as a DHCP server but then realizes that the DHCP server service has started, but that the server does not respond to DHCP lease requests.
In this case, the reason for this can be attributed to the fact that the server hasn't been authorized, therefore, she can ask a member of the Enterprise Admins group to authorize the server.
Answer:
We add a super source s and add a directed edge (s, si) with capacity c(s, si) = ∞ for each i = 1, 2, . . . , m. We also create a new super sink t and add a directed edge (ti, t) with capacity c(ti, t) = ∞ for each i = 1, 2, . . . , n. The single source s simply provides as much flow as desired for the multiple sources si, and the single sink t likewise consumes as much flow as desired for the multiple sinks ti.
Because the virtual edges of s and t can consume as much flows as they want, they don't influence the actual edges.
Explanation:
