SCSI-Attached Devices: Connect the storage devices to the SCSI bus on the server. Make sure the SCSI bus is properly terminated. Refer to your library’s user manual for instructions on setting the SCSI addresses.

The AMASS installation script retrieves and displays device addresses to aid you in the AMASS configuration process.

7Apply power to the storage devices and boot the UNIX server.

8To assist you in answering the AMASS script questions, refer to the “Worksheet” chapter in the Installing AMASS book.

9To install AMASS, refer to the Installing AMASS book. For any last minute instructions, refer to the Release Notes.

10After AMASS is installed, reboot the UNIX server if necessary.

11To verify the configuration, run the install_tests script. For complete information on this script, refer to the Installation Procedure chapter in the Installing AMASS book.

12Make a full backup of the AMASS File System Database and Journal by running the amassbackup - fv command with a new Backup Volume.

13Decide how you want to organize the AMASS file system. For example, what directories should be under the AMASS mount point? Set permissions for these directories to allow clients to access the file system. AMASS supports read and write permissions only; Access Control Lists (ACLs) are not supported.

14Load media and create entries in the AMASS database for all your media. For detailed steps, refer to the “Initial Setup Tasks” chapter in the Managing the AMASS File System book.

15Decide if you want to apportion media into volume groups to keep project data or department data together on a specified number of volumes. Also, do you want to have a volume group for cleaning cartridges? For a description of volume groups, refer to either the AMASS Overview book or the Managing the AMASS File System book.

Authorization String

During an AMASS installation, you are prompted to enter an authorization string. Contact ATAC to obtain the authorization string.

Note

For an upgrade, your existing authorization string will remain valid; it is not

necessary to request a new one if your system ID remains the same.

 

Prior to obtaining an authorization string, you can use a 30-day temporary product key. To determine the temporary product key for your specific library, go to the ADIC Web site at www.adic.com.

A week before the 30-day time limit, AMASS displays a message on the system console indicating that the temporary product key will expire. When this happens, contact ATAC and request a permanent authorization string. If a valid authorization string is not entered by the end of the expiration period, AMASS converts to read-only mode; no data is lost.

Note

The temporary product keys do not enable optional software features.

 

© December 2004, ADIC

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ADIC 5.4 manual Authorization String
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5.4 specifications

ADIC 5.4 is the latest iteration of the Advanced Data Integrity Checker (ADIC), designed to bolster data security and ensure reliability in digital ecosystems. This version introduces a host of features and technologies that enhance the robustness of data management systems across various industries.

One of the most significant features of ADIC 5.4 is its advanced error detection and correction capabilities. Utilizing sophisticated algorithms, this tool can identify discrepancies in data integrity caused by corruption, unexpected changes, or malicious tampering. By promptly flagging these issues, ADIC minimizes the risk of data loss and ensures that organizations can maintain high standards of reliability.

Another key characteristic of ADIC 5.4 is its integration with Artificial Intelligence (AI) and Machine Learning (ML). These technologies allow the system to learn from previous data patterns, improving its detection and correction efficiency over time. By leveraging AI, ADIC can predict potential vulnerabilities, providing organizations with actionable insights to preemptively address data risks.

ADIC 5.4 also boasts enhanced compatibility with cloud-based environments. As more businesses migrate to the cloud, the need for tools that can seamlessly integrate and secure data stored in decentralized locations becomes critical. ADIC 5.4’s multi-platform support ensures that users can validate data integrity, regardless of where it resides, whether in on-premises systems or across multiple cloud providers.

Furthermore, the user interface has been revamped for better usability, featuring intuitive dashboards that present complex data insights in an easily digestible format. This allows users of varying expertise levels to navigate the system efficiently, promoting quick decision-making in critical situations.

The implementation of real-time monitoring within ADIC 5.4 is another noteworthy characteristic. This enables organizations to receive immediate alerts on data integrity issues, allowing for swift remediation actions. The system’s ability to generate comprehensive reports aids in compliance with regulations and internal policies, supporting organizations in maintaining transparency and accountability.

In summary, ADIC 5.4 represents a pivotal advancement in data integrity verification technologies. With its powerful error detection, AI integration, cloud compatibility, improved user interface, and real-time monitoring capabilities, it provides organizations with the tools necessary to safeguard their data assets effectively. As data security remains a paramount concern, solutions like ADIC 5.4 are essential for maintaining trust and efficiency in digital operations.
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