Arcserve Enhances Key Ransomware Defense SolutionApril 5, 2022
Arcserve announced the availability of Arcserve Backup 19, an enhanced version of its widely adopted tape air gapping solution. Arcserve Backup 19 delivers improved performance, security, and reliability over previous releases. Arcserve Backup 19 air gapping technology provides a critical last line of defense by physically disconnecting digital assets from network connections as part of a comprehensive data and ransomware protection strategy.
The Arcserve Backup 19 solution has been migrated to a newer development platform to improve performance and reliability. Security has also been strengthened with enhancements, including FIPS compliant secure communication updates and crypto libraries for customers demanding military-grade encryption.
Arcserve Backup 19 now certifies and adds broad and deep support for the most popular platforms deployed in customer environments. This includes compatibility with Windows Server 2022, Windows Server 2022 Hyper-V, SharePoint Server 2019, Oracle Database 19c on IBM AIX, Solaris, and HP-UX, AlmaLinux 8.x, Rocky Linux 8.x, FreeBSD 13.x, macOS Catalina (version 10.15.x), Debian 11.x, Red Hat Enterprise Linux 8.x for IBM Z (Mainframe), Default Arcserve Backup Database (ASDB) upgraded from Microsoft SQL Server 2014 Service Pack 2 (SP2) Express to Microsoft SQL Server 2019 Express.
Florian Malecki, executive vice president of marketing at Arcserve, said, “Tape air gapping is emerging as the most important ‘last line of defense’ from ransomware attacks. While most vendors don’t handle tape due to its complexity, Arcserve has been leading the market with this technology for decades. This gives us the unique ability to provide customers a complete 3-2-1-1 ransomware defense and recovery solution including on-prem, immutable storage, cloud services, and tape backup.”
Arcserve has led the market in tape-based data protection for decades. With over sixty certified vendors, the company offers the broadest & deepest support for tape-based media.