Acronis Cyber Protect Cloud restored a Windows Server 2022 virtual machine in 35 seconds during a simulated ransomware attack, dramatically outpacing Comet Backup and MSP360 Managed Backup in AIMultiple’s July 2026 disaster recovery benchmark. The test, designed to mirror real-world recovery scenarios, revealed stark differences in how backup solutions handle critical outages.
Benchmark Tests Speed and Reliability Under Pressure
AIMultiple, an independent technology research firm, designed a three-phase disaster recovery simulation focusing on recovery time objectives (RTO) and recovery point objectives (RPO). The test environment consisted of identically configured Windows Server 2022 and Ubuntu 24.04 virtual machines running live production workloads.
Each VM hosted a combination of Microsoft SQL Server databases, file shares, and system state data. The ransomware simulation encrypted 100GB of critical files, including database files and user documents, while simultaneously corrupting the system state to prevent native boot recovery. The benchmark mandated restoring all services to operational status using only the backup solution’s native tools.
Acronis, Comet, and MSP360 each completed the test three times per platform, with results averaged and validated by third-party observers. The tests measured failover or restore time from the moment of attack declaration until the application services were fully accessible to end users.
Acronis Instant Failover Sets a New Standard
Acronis Cyber Protect Cloud leveraged its disaster recovery failover capability, which runs a restored VM directly from backup storage while simultaneously performing a full restore in the background. On Windows Server 2022, the failover completed in 35 seconds, with the VM fully booted and SQL Server accepting transactions at 2 minutes 10 seconds.
On Ubuntu 24.04, the failover time was 42 seconds, with MySQL database availability achieved in 1 minute 55 seconds. Acronis maintained a recovery point objective of less than 15 seconds of data loss across all tests.
The solution’s automated disaster recovery orchestration eliminated manual intervention. Once the test operator initiated the failover, Acronis automatically selected the latest recovery point, spun up the VM in the cloud, and redirected network traffic—all within pre-configured runbooks. This automation is critical during actual ransomware incidents when IT staff may be locked out of management consoles.
Comet Backup Delivers Reliable but Slower Manual Restores
Comet Backup, a popular choice among managed service providers, relies on a traditional manual restore process. The benchmark required restoring the Windows Server 2022 VM using Comet’s bare-metal recovery ISO. The restore process involved booting from the ISO, locating the backup repository, and initiating a full image restoration.
Average restore time for Windows Server 2022 was 12 minutes 30 seconds. This included the time to transfer the backup data from a Wasabi cloud storage repository, rebuild the disk partitions, and inject drivers for the virtual hardware. Ubuntu 24.04 required slightly less time at 11 minutes 15 seconds due to faster driver integration.
While Comet’s restore time is significantly longer, its simplicity is a selling point. The restore wizard guides administrators through each step, reducing the chance of errors during high-pressure recovery situations. However, the manual nature means recovery is entirely dependent on a human operator being available and following the procedure correctly.
MSP360 Managed Backup Requires Complex Configuration
MSP360 Managed Backup, built on an AWS-native architecture, demonstrated a restore time of 18 minutes 45 seconds for Windows Server 2022. The solution required pre-configured cloud-hosted recovery infrastructure using AWS CloudFormation templates. Administrators must set up AMI-based recovery configurations prior to an incident.
During the test, MSP360’s restore process involved launching an EC2 instance from the backup snapshots, attaching EBS volumes, and reconfiguring networking. While the underlying AWS infrastructure ensures high reliability, the complex setup and manual steps caused delays. Ubuntu 24.04 recovery was slightly faster at 17 minutes 20 seconds.
MSP360’s RPO varied depending on the backup schedule frequency, with the test using hourly snapshots, resulting in up to 60 minutes of potential data loss. For organizations with stricter RPO requirements, more frequent snapshots would increase storage costs significantly.
Breaking Down the Numbers: A Comparative Analysis
The performance gap between Acronis and its competitors is stark when measuring the impact on business continuity. A 35-second failover versus an 18-minute restore could mean the difference between a minor operational hiccup and a extended downtime that causes revenue loss.
| Solution | Windows Server RTO | Ubuntu RTO | Windows RPO | Ubuntu RPO | Complexity |
|---|---|---|---|---|---|
| Acronis | 2m 10s | 1m 55s | 15s | 15s | Low |
| Comet Backup | 12m 30s | 11m 15s | 60m | 60m | Low |
| MSP360 | 18m 45s | 17m 20s | 60m | 60m | High |
Acronis’s instant failover technology sets it apart by effectively eliminating the restore window from the recovery equation. Instead of waiting for terabytes of data to copy, the system creates a runnable virtual environment from the backup data in place.
Comet Backup’s simpler approach, while less sophisticated, still delivers a viable recovery option for organizations that can tolerate over 10 minutes of downtime. MSP360 requires the most preparation but is deeply integrated with AWS, making it attractive for organizations already invested in that ecosystem.
Community Reaction: Praise and Practical Concerns
In forums and professional networks, IT administrators reacted strongly to the benchmark results. John C., a systems administrator at a mid-sized enterprise, commented, “The 35-second failover is incredible, but does it justify the price? Acronis is almost twice as expensive per workload compared to Comet.”
Another frequent contributor, Sarah M., noted, “We use Comet because it’s lightweight and doesn’t require a dedicated disaster recovery site. For our SMB clients, 12 minutes of downtime is acceptable compared to the cost of Acronis.”
However, many acknowledged the psychological value of automated failover. “When ransomware hits, you’re in a panic. Having a one-click recovery that works in seconds is worth more than money,” wrote a disaster recovery consultant.
Some users highlighted that the benchmark did not test large-scale recovery of multiple servers simultaneously. In a real-world attack affecting dozens of VMs, the automated orchestration of Acronis could provide even greater relative advantage by recovering all systems concurrently.
Ransomware Recovery: The New Battlefield
The benchmark arrives at a time when ransomware attacks have evolved to specifically target backup systems. Criminals now routinely delete or encrypt backup repositories before deploying ransomware, making the ability to recover from immutable, off-site backups critical.
Acronis’s architecture includes built-in ransomware protection that monitors backup repositories for suspicious activity. During the test, the simulated attack also attempted to corrupt backup files, but Acronis’s active protection blocked the changes. Comet and MSP360 rely on the immutability features of their underlying cloud storage (Wasabi and AWS S3 respectively), which prevented deletion but not necessarily encryption of non-immutable copies.
Both Comet and MSP360 emphasize that proper configuration—such as requiring MFA for backup deletions and enabling object lock on cloud storage—can mitigate these risks. However, these configurations increase administrative overhead and may not be fully implemented in many environments.
What This Means for Windows Server 2022 Environments
For the hundreds of thousands of organizations still running Windows Server 2022 in production, the benchmark provides actionable insight. Windows Server 2022’s built-in backup features are limited to local disk-based recovery, making third-party solutions essential for comprehensive disaster recovery.
Acronis’s tight integration with Windows Server, including support for application-consistent snapshots and Microsoft SQL Server VSS integration, allowed for seamless recovery. Comet Backup demonstrated equivalent application-aware backups but lacked the instant recovery capability. MSP360’s Windows Server support is robust but requires more hands-on management.
Organizations running hybrid environments with Linux and Windows servers should evaluate cross-platform recovery consistency. The benchmark shows that Acronis provides near-identical RTO for both OSes, while the other solutions show slightly faster Linux recovery due to OS-specific optimizations.
The Cost of Downtime: Are Premium Solutions Justified?
According to industry surveys cited by AIMultiple, the average cost of downtime for a mid-sized business is approximately $5,600 per minute. Based on the benchmark results, Acronis’s faster recovery could save over $100,000 per incident compared to MSP360 in a Windows Server environment.
However, these calculations assume a single-server recovery. In multi-server scenarios, Acronis can launch multiple VMs simultaneously, potentially multiplying the savings. Costs must be weighed against annual subscription fees, which for Acronis start at around $85 per workload per month, compared to Comet’s $4 per endpoint and MSP360’s pay-per-use model.
For organizations with strict compliance requirements—such as finance, healthcare, and government—the reduced RTO and automated audit trails of Acronis may be non-negotiable. For cost-sensitive SMBs, manual restore solutions remain viable if paired with robust runbooks and regular testing.
Lessons Learned: The Importance of DR Testing
The benchmark underscores a critical point: disaster recovery plans must be tested under realistic conditions. All three vendors’ documentation claims rapid recovery, but the independent test revealed significant variance.
Regular DR testing with actual failover, not just simulated tabletop exercises, uncovers hidden dependencies and misconfigurations. The AIMultiple benchmark included unforeseen challenges such as DNS misconfigurations after failover and driver compatibility issues that extended restore times for Comet and MSP360. Acronis’s automated failover runbook handled these automatically.
IT managers should consider implementing quarterly DR drills that measure actual RTO and RPO against documented SLAs. The results can guide purchasing decisions and justify investments in more advanced recovery technologies.
The Future of Disaster Recovery: AI and Predictive Automation
Looking ahead, AIMultiple analysts predict that AI-driven orchestration will further compress recovery times. Acronis has already announced plans to incorporate predictive restoration, where the system automatically pre-positions emergency VMs based on detected threats before an attack completes.
Comet Backup and MSP360 are investing in improved automation, with MSP360 previewing a streamlined Cloud Recovery Orchestrator that reduces the setup complexity. However, both companies will need to close the technological gap to compete with instant failover capabilities.
As ransomware gangs increasingly leverage AI to accelerate encryption speeds, the window for recovery will shrink further. The ability to restore entire data centers in minutes rather than hours could become the new standard for cyber resilience.
The AIMultiple benchmark serves as a wake-up call for organizations relying on untested backup solutions. In a crisis, the difference between 35 seconds and 18 minutes is not just a number—it’s the measure of business survival.