I had a similar problem - still not sure what caused it or how it fixed itself.

I am using Firefox 84, Kaspersky 21.3.

Kaspersky updated itself and I could not open anything in Firefox (everything worked fine in other browsers). I went through this thread, checked every option mentioned, turned on the option to stop checking encrypted connections.

Then I saw that my Firefox version was out of date - updated it to the recommended 87 and now (knock on wood!) everything is back to normal.

We have a portal form that has a special multi-line encrypted box to put information that my company requires to be encrypted. However non-itil users are getting "Invalid attempt. Encrypted data could not be saved". We are thinking maybe for these non-itil users we could grant them a role that allows them to write encrypted data while still not letting them read encrypted data. I was looking at doing this from a role perspective but it doesn't seem to have that level of detail. Is something like that possible? Or would there be a much better approach? I was looking at maybe granting this access for the specific form through the layout as this seemed to be suggested in some articles but couldn't seem to make any headway. I am sure this is a somewhat common problem so hoping someone can offer some advice and perspective.

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I know for direct writing to an encrypted field they'd need to have the role associated with that fields encrypted context (hence the error you're seeing), but if you are using perhaps a record producer and they are writing to a specific multi-line text field that you have mapped to the encrypted field, that may work and not need the context?

Back to what you were talking about though...to be able to write to a field, means they'd need to be able to read it. So you'd have to juggle people writing to a field, which then gets transferred to another field perhaps where they can't read it. I've done something similar for PII logging, where one field we allowed PII in it, but then an audit log was created which was also encrypted on the form outside their view for ease of use that captured who made the edit, when they made the edit, and what the edit was.

It is a record producer. I was thinking making the field a non-encrypted field and then in the record producer script, transfer the information to the encrypted field. However the thinking is that since this is a non-itil user opening the portal page it wouldn't be allowed. It was the next thing to try but was looking for a simpler solution as this could help us in other situations as well. I can look into this next.

So I have a nice easy question. If we have a file that is both encrypted and zipped (like with a .zipx extension from WinZip) can the firewall determine through its signatures that the file has a virus, or would it send it up to Wildfire? Thanks

So if I understand the flow diagram, the decryption policies were based on the URL category (for App-ID) going to (Financial, Healthcare, Shopping, etc), but File Download is AFTER traffic/policy is allowed. Not sure that this quite matches. Can you confirm how this make sense, as I am a little confused. I think I could take a file (and encrypt it) and then zip that file, and put on FTP or web server. I do not think the web server would have the private key that encrypted the packet, although I do agree that a decryption policy would show I am using FTP or some file transfer application. Just not sure if can decrypt the file. I do not think that the FW will have the private key needed to decrypt the file. Much like PGP (pretty good privacy). Thoughts??

The Decryption capabilities are limited to ssl and ssh. Palo Alto currently does not have the ability to decrypt 3rd party encryption programs. Applications using proprietary encryption should be controlled/managed for only business purposes. (limit who can use them or limit the traffic to specific to and from destinations) By doing this you can avoid misuse of the encrypted traffic. Similarily encrypted tunnel traffic should be managed accordingly.

I'm trying to setup an additional username and encrypted password on J4350. I've issued the following command and the password is displaying in clear text. Can someone tell me what i'm doing wrong. Please see below...

Encrypted data can be protected while at rest on computers or in transit between them, or while being processed, regardless of whether those computers are located on-premises or are remote cloud servers.

At its most basic level, encryption is the process of protecting information or data by using mathematical models to scramble it in such a way that only the parties who have the key to unscramble it can access it. That process can range from very simple to very complex, and mathematicians and computer scientists have invented specific forms of encryption that are used to protect information and data that consumers and businesses rely on every day.

Symmetric encryption, also known as a shared key or private key algorithm, uses the same key for encryption and decryption. Symmetric key ciphers are considered less expensive to produce and do not take as much computing power to encrypt and decrypt, meaning there is less of delay in decoding the data.

The drawback is that if an unauthorized person gets their hands on the key, they will be able to decrypt any messages and data sent between the parties. As such, the transfer of the shared key needs to be encrypted with a different cryptographic key, leading to a cycle of dependency.

Asymmetric encryption, also known as public-key cryptography, uses two separate keys to encrypt and decrypt data. One is a public key shared among all parties for encryption. Anyone with the public key can then send an encrypted message, but only the holders of the second, private key can decrypt the message.

Asymmetric encryption is considered more expensive to produce and takes more computing power to decrypt as the public encryption key is often large, between 1,024 and 2,048 bits. As such, asymmetric encryption is often not suited for large packets of data.

Triple DES (3DES): The next evolution of DES took the cipher block of DES and applied it three times to each data block it encrypted by encrypting it, decrypting it, and then encrypting it again. The method increased the key size, making it much harder to decrypt with a brute force attack. However, 3DES is still considered insecure and has been deprecated by the US National Institute of Standards (NIST) for all software applications beginning in 2023.

RSA: Stands for Rivest-Shamir-Adelman, the trio of researchers from MIT who first described the method in 1977. RSA is one of the original forms of asymmetric encryption. The public key is created by the factoring of two prime numbers, plus an auxiliary value. Anyone can use the RSA public key to encrypt data, but only a person who knows the prime numbers can decrypt the data. RSA keys can be very large (2,048 or 4,096 bits are typical sizes) and are thus considered expensive and slow. RSA keys are often used to encrypt the shared keys of symmetric encryption.

People encounter encryption every day, whether they know it or not. Encryption is used for securing devices such as smartphones and personal computers, for protecting financial transactions such as making a bank deposit and buying an item from an online retailer, and for making sure messages such as email and texts are private.

Data is constantly on the move, be it messages between friends or financial transactions. Encryption paired with other security functions like authentication can help keep data safe when it moves between devices or servers.

In addition to keeping unauthorized people from seeing the plaintext of data, encryption safeguards the data so that malicious actors cannot use it to commit fraud or extortion, or change important documents.

Many data privacy and security regulations require strong encryption. That includes healthcare data with the Health Insurance Portability and Accountability Act (HIPAA), credit and debit card transactions with Payment Card Industry Data Security Standard (PCI DSS), General Data Protection Regulations (GDPR), and retail transaction data with the Fair Credit Practices Act (FCPA).

While encryption is generally used to protect data, malicious actors can sometimes use it to hold data hostage. If an organization is breached and its data accessed, the actors can encrypt it and hold it ransom until the organization pays to have it released.

I have a problem with encryption. I could not the recover password for ESET EFDE using the password recover, so I tried data recovery but still could not get my computer back. Now my question is if I format my disk, will ESET still ask for the pre login password ? If so how can remove the password if it is stored in the BIOS? I have given up on all my data, Just want a fresh install.

Note that the ESET Encryption Boot files are not stored within the BIOS rather the EFI System Partition (ESP), so formatting the Disk completely will remove these files and you will not need to enter your FDE Password again or remove it manually. 152ee80cbc

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