Encrypt contents to secure data disabled windows xp

I did not see the file-transfer pop-up this time and results were same. I can still access the folder and file at anytime without going thru any decryption procedure. Am new to this issue. The info on the subject given in Help seems rather skimpy and doesn't really put any light on the subject for me. There is no meat in there. So I don't really know what's going on or what I may be doing wrong. Can any one clear this up for me please?

This has been bugging me for a long time, since the last XP computer I worked on. It looks like this is a standard bug or intentional. Whenever a Notepad.

It's annoying. Is there a registry fix for this? Thanx in advance, Ted Enable "Encrypt contents to secure data" option in Windows Explore. P Mathis. Reply to author. Report message as abuse. Show original message. Was this reply helpful? Yes No. Sorry this didn't help. Thanks for your feedback. We appreciate your response. Since you're using Windows 10 and the Encrypt contents to secure data is not working, we suggest the following steps:.

Important: This section, method, or task contains steps that tell you how to modify the registry. However, serious problems might occur if you modify the registry incorrectly. Therefore, make sure that you follow these steps carefully. For added protection, back up the registry before you modify it.

Then, you can restore the registry if a problem occurs. For more information about how to back up and restore the registry, refer to the following Microsoft Knowledge Base article.

How to back up and restore the registry in Windows. Hi, We would like to know more about this concern. Please provide the following information:.

To start with please read the original question I asked. I want to secure folder that contains files. I have no idea when the issue started. This is the first time I decided to use the feature. Please help.

I have the same question On some machines, you can use options to protect the BIOS to boot the computer with a password.

Unfortunately, this type of protection can also be busted. For example, You can remove the hard drive and mount it on another computer. If data is not encrypted, you can take ownership of folders and the data will be accessible to a malicious user.

Secured paging file If there is a possibility that your computer can fall into foreign hands, we must be sure that we are not leaving "tracks" in the paging file. By default, when you turn off the machine, a paging file remains intact. Someone who may have physical access to our hard disk could take a look at an unencrypted paging file to try to locate traces of sensitive information.

This user would have to be an advanced user to get information out of these "tracks". If we do not want this to happen, we can change a registry entry. Now, when you shut down the machine, Windows will overwrite the pages used in the paging file with binary zeros. This makes the shutdown of the system quite slow. How the encryption mechanism works SAI provides a safe way to store sensitive data. It uses a public key to create a randomly generated encryption key FEK.

This process is done transparently to the user. Windows automatically encrypts data using the FEK when data is written to disk. If other users try to use one of these encrypted files, you will receive a message "access denied". You can encrypt files or folders. It is recommended to encrypt folders instead of individual files. Any files that you save in this folder are automatically encrypted. This is important since some programs write temporary files and it if you set the folder these will automatically be encrypted as well.

In this Daily Drill Down, I'll address both sides and take things one step further by looking at what happens when EFS is actually used in the real world by the end users for whom it was designed—not by administrators who understand the technology behind it and when and why it should be used.

EFS is designed to be easy to use, even transparent to the end user, so that it's possible for someone to use it and not even be aware of it. EFS uses bit DESX encryption to protect the data stored in encrypted files and folders; it associates a file with the user who encrypted it using PKI, not the username and password. This allows for passwords to be changed on user accounts without making encrypted data unreadable. EFS is enabled on Windows and XP Professional systems by default and allows any user with modify permissions to encrypt a file or folder by simply checking a box under that file's or folder's advanced properties, as shown in Figure A.