Global cybersecurity provider Hornetsecurity has announced the launch of VM Backup V9—the newest version of its virtual machine backup, replication, and recovery solution.
This latest iteration offers ransomware protection leveraging immutable cloud storage on Wasabi and Amazon S3, with Microsoft Azure soon to follow. This new key feature enables customers to protect their backup data from ransomware by making their data tamper-proof for a defined period, according to the company.
A recent Hornetsecurity study revealed that 15% of ransomware attacks specifically targeted backups, highlighting the essential need for immutable backups, a key part of the V9 update.
“Data breaches and ransomware cost businesses millions of dollars every year. It’s vital that organizations take preventative measures and are protected with the latest technology,” said Hornetsecurity CEO Daniel Hofmann in a press statement. “We’re excited to launch VM Backup V9, which provides reassurance to our customers and partners that their virtual machine data backups are protected against ransomware attacks. It also addresses the latest compliance regulations in data security and data protection.”
Ransomware protection. Immutable Cloud Storage gives users ongoing access to their data without the need to pay a ransom if targeted by ransomware. This newest feature ensures that backup data becomes tamper-proof, as it cannot be modified or deleted by any user, including administrators and root users.
Easy installation and newly overhauled backup repository. VM Backup V9 has an easy-to-use, intuitive interface that gives individuals full control, allowing them to monitor and manage all Hyper-V and VMware VMs from a single console.
V9 can now handle larger infrastructure setups. Its overhauled backup repository optimizes disk space, ensuring more robust long-term storage. In addition, background operations can now run in parallel with other ongoing backup and restore processes.
Hornetsecurity provides 24/7 support, with a guaranteed call response time of less than 30 seconds.