Remote backup is an increasingly popular way to protect your files, and Duplicity makes it easy to implement a secure yet flexible backup system . Duplicity is an easy-to-use system that allows you to make encrypted backups that are stored at a remote location or even in a locally accessible directory. I t has a good selection of networking back-ends (SFTP, SSH, Google storage, S3 etc), so you should be able to fit it into your organisation. The backups are incremental, which saves on bandwidth and storage space when making subsequent backups. Incremental backups also allow the user to step back to a specific point in time to retrieve an older version of a file. The link for this article located at LinuxUser UK is no longer available. . Safeguard your data using Duplicity, a user-friendly solution that accommodates multiple off-site options and robust encryption.. Remote Backup, Encrypted Backup, Duplicity Tutorial, Data Protection, Incremental Backup. . LinuxSecurity.com Team
Storage formats such as tape have enjoyed year upon year of being in pole position as the format of choice for secondary backup, though in recent years hard disk technologies have caught up with the aging medium. One fundamental challenge for hard disk technology is to prove its ability to provide cost effective off-site security, something of a hardship for a fixed disk technology. Unlike tape, disk technologies are traditionally not as removable and have to be handled carefully due to the drive mechanics being transported with the media. Off-site security, therefore can be a difficult, cumbersome job. . The link for this article located at Net-Security.org - Log Error is no longer available. . Removable storage is rapidly evolving, creating new challenges for backup solutions that reshape off-site security and demand enhanced user awareness and practices. Removable Storage, Backup Solutions, Data Protection, Security Challenge, Off-Site Security. . LinuxSecurity.com Team
Amanda is the Advanced Maryland Automatic Network Disk Archiver, developed at the University of Maryland in the 1990s. While it is now maintained at SourceForge and support is provided only through mailing lists and a FAQ-O-MATIC, it is still a highly . . . . Amanda is the Advanced Maryland Automatic Network Disk Archiver, developed at the University of Maryland in the 1990s. While it is now maintained at SourceForge and support is provided only through mailing lists and a FAQ-O-MATIC, it is still a highly useful, stable network backup utility with a wide range of features. Amanda is tailored for networks that have a central server with a high-capacity tape drive and multiple backup clients. Although Amanda was built for UNIX systems, it has been extended to provide backup services to Windows clients (via Samba, although a separate project is underway to develop a native Windows client) to allow deployment in heterogeneous environments. In this article, I will review the installation and configuration process for Amanda and show how to tailor it to some of the potential environments it may be used in. The environment for this implementation consists of a Pentium II 350-MHz system running Slackware 8.0 and an Exabyte 8505 tape drive as the server, and clients including OpenBSD 2.8 and Red Hat Linux 7.1. The link for this article located at SysAdmin is no longer available. . Amanda is a robust backup solution ensuring seamless data protection across multiple machines on a network. Follow these key steps to set up reliable backups. Amanda, Network Backup, Multi-Platform Backup, Configuration, Disk Archiver. . LinuxSecurity.com Team
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