Reviewers of Symantec Endpoint Encryption point out that its valuable features include its ease of use and its management capabilities. However, they feel that its graphical interface could be simplified. Additionally, they point out that it has other valuable features, including the ease with which one can initiate upgrades and its disk encryption capabilities. Features: Reviewers of both solutions note that they are both scalable and stable.Some users who note that the deployment is easy for them seem to indicate that the ease of deployment is related to their having previous experience deploying this type of product. Symantec Endpoint Encryption’s users are split down the middle when it comes to determining how easy it is for them to deploy. Ease of Deployment: Most users of Microsoft Bitlocker feel that it is an easy and straightforward product to deploy.After reading all of the collected data, you can find our conclusion below. since GnuPG 2.1).We performed a comparison between Microsoft Bitlocker and Symantec Endpoint Encryption based on our users’ reviews in four categories. More recent releases of GnuPG 2.x ("modern" and the now deprecated "stable" series) expose most cryptographic functions and algorithms Libgcrypt (its cryptography library) provides, including support for elliptic curve cryptography (ECDH, ECDSA and EdDSA) in the "modern" series (i.e. Support of IDEA is intended "to get rid of all the questions from folks either trying to decrypt old data or migrating keys from PGP to GnuPG", and hence is not recommended for regular use.Īs of 2.2 versions, GnuPG supports the following algorithms: Public key Starting with versions 1.4.13 and 2.0.20, GnuPG supports IDEA because the last patent of IDEA expired in 2012. It was in fact possible to use IDEA in GnuPG by downloading a plugin for it, however, this might require a license for some uses in countries in which IDEA was patented. Instead, GnuPG uses a variety of other, non-patented algorithms.įor a long time, it did not support the IDEA encryption algorithm used in PGP. GnuPG does not use patented or otherwise restricted software or algorithms. By default, GnuPG uses the AES symmetrical algorithm since version 2.1, CAST5 was used in earlier versions. GnuPG also supports symmetric encryption algorithms. It is also possible to add a cryptographic digital signature to a message, so the message integrity and sender can be verified, if a particular correspondence relied upon has not been corrupted. They must always be exchanged carefully to prevent identity spoofing by corrupting public key ↔ "owner" identity correspondences. The resulting public keys may be exchanged with other users in a variety of ways, such as Internet key servers. GnuPG encrypts messages using asymmetric key pairs individually generated by GnuPG users. The GnuPG 1.x series uses an integrated cryptographic library, while the GnuPG 2.x series replaces this with Libgcrypt. This mode of operation is part of the OpenPGP standard and has been part of PGP from its first version. GnuPG is a hybrid-encryption software program because it uses a combination of conventional symmetric-key cryptography for speed, and public-key cryptography for ease of secure key exchange, typically by using the recipient's public key to encrypt a session key which is used only once. Modern versions of PGP are interoperable with GnuPG and other OpenPGP-compliant systems. The software is compliant with RFC 4880, the IETF standards-track specification of OpenPGP. GNU Privacy Guard (GnuPG or GPG) is a free-software replacement for Symantec's PGP cryptographic software suite.
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