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| | hjr265.me
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| | Let's say you have a computer at home shared by multiple people. And, you want to encrypt your hard drive with LUKS but not have to use the same passphrase. You can do that. LUKS has 8 key slots (LUKS1 does, LUKS2 can support more). When you set up a LUKS encrypted device you are configuring the first key slot only. But by running the following command you can set up an additional passphrase:
| | sergioprado.blog
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| | In this article, we will learn how asymmetric-key encryption and digital signatures work from a practical perspective.
| | willhaley.com
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| | Encrypt and Decrypt a Single File on Linux with AES256 and GPG Encrypt gpg --cipher-algo AES256 --symmetric --output encrypted.file plain.file Decrypt gpg --output plain.file --decrypt encrypted.file Change the key file for a LUKS device cryptsetup luksChangeKey /dev/sdX --key-file /keys/old.keyfile /keys/new.keyfile Create a LUKS Encrypted Image Container File Create an empty 1GB img file dd if=/dev/zero of=encrypted.img bs=1 count=0 seek=1G Choose a keyfile that will be used to encrypt and unlock the image. Any regular file works as a key. A random key can be generated like so.
| | www.tyil.nl
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| [AI summary] This blog post details the process of setting up PGP (Pretty Good Privacy) with a Yubikey for enhanced security. The author outlines steps to install necessary software, personalize the Yubikey, create and manage PGP keys, store backups on an encrypted USB drive, and configure GPG for secure communication. The setup includes using the Yubikey for signing, encrypting, and authenticating, with emphasis on physical security and key management.