NetApp ARP detects ransomware on live ONTAP volumes. Elastio continuously inspects every new snapshot and backup the moment it is created, detecting threats that got past the frontline and identifying the last known clean recovery point. Fully automated. No manual intervention.
FSx for NetApp ONTAP gives you production storage, snapshots, AWS Backup retention, and SnapLock immutability. ARP monitors live volumes for behavioral ransomware patterns and auto-snapshots on alert.
That protects the infrastructure. But none of these controls open the files inside your snapshots and backups to confirm the data is clean. Ransomware that established persistence before ARP detected it is now sitting inside your recovery data, replicated and backed up as part of normal operations.
Boards, regulators, and insurers are asking a question most organizations cannot answer: can you prove your recovery point is clean?
No new tools. No architecture change. Elastio closes the remaining gap.
ARP and Elastio operate on different detection surfaces. ARP monitors live data behavior. Elastio inspects file content inside every new snapshot and backup, automatically, the moment it is created. No single layer covers both. Together, security teams get continuous layered defense and a recovery point they can prove is clean.
ML-based behavioral detection on live FSx volumes. Monitors entropy, file extensions, and access patterns. Auto-snapshots on alert. ARP handles the frontline on production data.
Every time a new snapshot or backup is created, Elastio automatically performs Deep File Inspection of the file content. Detects zero-day ransomware, staged malware, and stealth corruption. Identifies the last known clean recovery point. When a threat is found, detailed forensics give SOC and IR teams what they need to investigate and remediate. Fully automated, continuously running, no manual intervention required.
Clear, auditable confirmation that recovery points are safe to restore. Not assumed. Proven.
See the platform →Every new snapshot and backup is inspected the moment it is created. No scheduled jobs. No manual triggers. The recovery posture is always current.
The Hunt Engine continuously maintains the most recent recovery point confirmed free of threats. When an incident occurs, the answer is already there.
Learn about the Hunt Engine →When a threat is detected, Elastio provides detailed forensic evidence: threat classification, affected files, blast radius, and timeline. SOC and IR teams get what they need to investigate and remediate without guessing.
See the SOC solution →Supports recovery-focused mandates including DORA, NYDFS, and HIPAA with objective, evidence-based recovery validation.
Read: How Elastio helps with DORA compliance →Provable evidence that recovery plans are validated, not theoretical. Answer the board question before they ask it.
See the CISO solution →Deep File Inspection runs against FSx for NetApp ONTAP today. Support for Azure NetApp Files and on-premises ONTAP is coming soon.
Deep File Inspection of every new snapshot and backup in AWS. Cloud-native, no agents, no production impact. Fully automated.
Read the FSxN deep dive →Same detection capability extended to Azure NetApp Files environments. Consistent coverage across cloud providers.
Deep File Inspection of on-premises ONTAP snapshots. The same provable recovery control applied to the data center.
No new tools. No architecture change. Fully automated. Elastio closes the gap between your storage protection and provable recovery.
Watch the NetApp + Elastio demo →