The new Synology ActiveProtect Manager (APM) 2.0 has been officially delivered to all DP-Series appliances at no additional cost, with the update offering some genuinely useful expansions for anyone managing backups across a mix of on-prem and cloud environments.
The biggest addition here is expanded platform coverage, because APM 2.0 now protects Amazon EC2, Azure VM, Proxmox VE, Nutanix AHV, and Google Workspace, and it introduces cross-platform recovery, meaning you can back up a workload in one environment and restore it in a completely different one. That’s useful both for disaster recovery and for migrating workloads without a ton of manual hassle.
Backup destinations got a boost too. ActiveProtect Vault now works with a wider range of Synology NAS models, and Azure Blob Storage has joined the list of supported copy and tiering targets. Perhaps most useful, backups stored in Amazon S3 or Azure Blob Storage can now be restored directly into EC2 or Azure VM instances without routing through on-premises hardware first, which should meaningfully speed up cloud disaster recovery scenarios.
On the security side, APM 2.0 adds software-based storage encryption at the volume level, keeping backup data and configurations locked down even if a drive gets stolen or hardware goes missing. That’s just the start, though, as the upcoming APM 2.1 update is set to bring AI and machine learning-based anomaly detection, tracking each backup version for unusual changes like abnormal file modification rates, mass deletions, or shifts in data entropy. Suspicious backups get automatically quarantined for admins to investigate, and the model improves over time by learning from those outcomes to cut down on false positives.
APM 2.1 will also add malware scanning before restoration, integrating with third-party antivirus tools like Microsoft Defender, Bitdefender, and ESET. If malware turns up in the most recent backup, an Auto Fallback feature automatically restores the last known clean version instead, so you’re not stuck manually digging through backup history during an actual incident.
