NeuShield
The War on Ransomware is Over
NeuShield Data Sentinel does more than just detecting and blocking ransomware attacks. We’re the only anti-ransomware technology that can recover your damaged data from malicious software attacks without a backup. Data Sentinel uses Mirror Shielding™ to protect files ensuring that you can instantly recover your important data from any ransomware attack.
Product Features
Mirror Shielding™
Patented technology that adds a barrier to protected files, preventing them from being modified. Mirror Shielding™ makes an attacker believe they have access to a computer’s original data files, but they are in fact only seeing a mirror image of them.
One-Click Restore
Restores operating system files and settings back to a known good state, allowing you to quickly regain access to your computer after a ransomware attack. One-Click Restore also removes both known and unknown malware.
Boot Protection
Protects the boot portion of a drive to prevent aggressive types of ransomware from taking over the boot process and preventing applications from writing to the boot record.
Data Engrams™
Leverages Mirror Shielding™ to create copies of modified data at different points in time. Data Engrams™ work like file revision history, allowing files to be restored to previous versions.
Disk Protection
Monitors all direct disk access preventing malicious programs from destroying data on the hard drive or SSD. Protects against destructive ransomware or wipers that attempt to wipe the disk.
Cloud Drive Protection
Protects local cloud drive folders allowing destroyed or corrupted data to be recovered quickly without an Internet connection. Supports popular solutions, such as: OneDrive, Google Drive, DropBox, and Box.com.
File Lockdown
Temporarily blocks write access to protected files preventing them from being modified during an active attack from Fully UnDetectable (FUD) ransomware.
Zero Performance Impact
Extremely small client engine using less than 10MBs of memory, making decisions about critical files with virtually no CPU or disk (IOPS) overhead.
