# Best Backup and Disaster Recovery Solutions in 2026

> URL: https://www.atlantic.net/managed-services/best-backup-disaster-recovery-solutions/ | Published: 2026-09-25 | Updated: 2026-09-10 | Author: Robert Agar

# The Best Backup and Disaster Recovery Solutions in 2026

Recovering a deleted file and restoring an unavailable business application are different tasks. Your backup system might handle the first, while the second also requires working servers, network access, application dependencies, and a recovery plan.

Choosing backup and disaster recovery solutions starts with understanding what your business needs to recover, how much data it can afford to lose, and how long its systems can remain unavailable.

This guide explains the distinction between backup and disaster recovery, identifies the capabilities to evaluate, and compares seven options for different environments. The goal is to help you build a shortlist around your workloads and recovery requirements.

## Why Backups Are Essential

Backups provide recoverable copies of data when production information is deleted, corrupted, encrypted by ransomware, or lost with a failed or damaged device. They also give teams a recovery option when an upgrade or configuration change affects a system.

A useful starting point is the 3-2-1 rule: maintain three copies of your data, including the production copy, across two different types of storage media, with at least one copy offsite. Sending a backup to the cloud can provide the offsite copy, but that alone does not establish the full strategy.

On-premises, cloud, and hybrid backup designs can all have a role. Local copies provide a nearby recovery source, while copies in a separate location help protect against incidents affecting the primary site. Compare recovery access, storage capacity, connectivity, and management responsibilities before choosing the design.

Also consider whether an attacker could reach your backup copies. The [Canadian Center for Cyber Security recommends maintaining an offline backup](https://www.cyber.gc.ca/en/guidance/tips-backing-your-information-itsap40002). Backups can help restore operations after ransomware, but they do not undo the disclosure of information an attacker has already stolen.

## Core Features of Backup Systems

Evaluate backup products against the systems you operate and the recovery tasks you need to perform.

**Workload coverage.** Identify the databases, files, physical servers, virtual machines, endpoints, and software-as-a-service (SaaS) applications that require protection. Confirm support for your operating systems and application versions, rather than relying on a broad claim of cloud or enterprise coverage.

**Backup methods and retention.** Select backup methods appropriate to the workload, such as full and incremental backups or application-specific recovery mechanisms. Define how long recovery points must remain available and how you will retrieve older data. A product does not need every backup method; it needs a supported approach that meets your recovery and retention requirements.

**Independent copies and access controls.** Assess encryption in transit and at rest, multifactor authentication, administrative permissions, and separation between production and backup access. Check who can delete backups or change retention settings.

Immutability and air gaps address different issues. Immutability restricts changes or deletion for a defined period. An air gap concerns separation between systems, as reflected in [NIST’s definition of an air gap](https://csrc.nist.gov/glossary/term/air_gap). An immutable backup is not necessarily disconnected from a network, and it can still contain data that was already compromised when captured.

**Automation, monitoring, and capacity.** Look for scheduled jobs, failure alerts, reporting, and visibility into the latest usable recovery point. Plan for growth in protected data, retained copies, and recovery resources. A dashboard is useful only when someone is responsible for investigating its warnings.

**Recovery and validation.** Confirm that you can restore the required level of data, whether that is an individual file, a database, a virtual machine, or a complete server. Test that the recovered application works. A successful backup job is not the same as a successful application recovery.

## What Disaster Recovery Adds

Disaster recovery brings together the technology, people, and procedures needed to restore IT services after an outage or destructive incident. Depending on the design, it can use restored backups, replicated systems, or a combination of both.

A recovery plan must address more than the data copy. It should identify the recovery environment, application dependencies, responsible personnel, and steps required to make the service available again.

### Set Recovery Point and Recovery Time Objectives

A recovery point objective (RPO) defines the acceptable data-loss window. A recovery time objective (RTO) defines how long the service can remain unavailable before it must be restored.

For example, an application with a one-hour RPO needs a usable recovery point within that window. Scheduling a backup every hour is not sufficient evidence that you’re meeting the objective. Failed jobs, backup completion times, and replication delays can leave the latest recoverable data older than expected.

Continuous replication can reduce the gap between production and recovery data, but it does not automatically guarantee zero data loss. It can also propagate corruption or unwanted changes. Maintain historical recovery points and evaluate zero-loss requirements at the application and infrastructure level.

Test the RTO against the complete recovery process, including infrastructure startup, application checks, and user access. Starting a virtual machine does not necessarily mean the business service is ready.

### Plan for Business Continuity and Test Recovery

Document which services must recover first and what they depend on. Include identity services, databases, network configuration, access credentials, and the order in which applications should start.

Decide who can authorize failover, meaning the move to a recovery environment. Also document failback, the return to the primary environment after it is safe to resume operations.

For cloud recovery, confirm that the required workloads can run in the destination environment. Estimate the resources needed during normal replication, testing, and an actual outage.

[NIST’s contingency planning guidance](https://csrc.nist.gov/pubs/sp/800/34/r1/upd1/final) provides a starting point for organizing recovery requirements and priorities. Build on that framework with exercises that test your actual applications, people, and procedures.

## Comparing Seven Backup and Disaster Recovery Solutions

This shortlist is based on official product information and documentation reviewed on September 10, 2026. We assessed workload coverage, recovery approach, deployment model, and practical buying considerations. It is not a hands-on benchmark or a ranked list.

The options serve different purposes. Some provide broad backup platforms, while others focus on replication and failover to a particular cloud.

| Solution | Primary Role | Consider It For | Main Buying Consideration |
| --- | --- | --- | --- |
| Veeam | Backup, replication, and recovery software | Mixed physical, virtual, and cloud workloads | Edition selection and recovery infrastructure |
| Commvault Cloud | Backup and enterprise cyber recovery | Broad workload protection and isolated recovery testing | Scope of the recovery environment and required capabilities |
| Rubrik | Backup and security-focused recovery | Bringing backup operations and threat investigation together | Workload-specific recovery processes |
| Azure Site Recovery | Replication and failover orchestration | Recovering supported workloads in Azure | Failover initiation and separate backup retention |
| AWS Elastic Disaster Recovery | Server replication and recovery to AWS | Using AWS as a recovery destination | Staging, testing, and recovery resource costs |
| Druva | SaaS backup and workload-specific disaster recovery | A provider-managed backup platform | Differences between backup coverage and DR coverage |
| Unitrends | Appliance-based backup and cloud recovery options | Local recovery combined with managed cloud DR | Workload enrollment and service-level terms |

## The Best Backup and Disaster Recovery Solutions

Company decision-makers can choose from a wide selection of backup and disaster recovery solutions. The following platforms offer different features that may align with your organization’s needs.

![](https://images.surferseo.art/abdbf4a2-211d-4cb6-b541-575cb52bf2c6.png)

### VEEAM

Veeam is a candidate for organizations protecting a mixture of virtual machines, physical servers, and cloud workloads. Its backup and recovery products support multiple workload types and recovery methods, with compatibility determined by the product and configuration.

**Key capabilities:** Veeam Backup & Replication offers Instant Recovery for supported scenarios, including running recovered workloads from backup files on VMware vSphere. The platform also provides malware-detection capabilities and options for immutable backup storage.

**Tradeoffs to evaluate:** Monitoring and recovery orchestration capabilities differ by Veeam Data Platform edition. Backup repositories and recovery resources still need to be designed and sized. Confirm your source workloads and intended recovery destinations, and treat malware scanning as a detection control rather than a guarantee of clean data.

At Atlantic.Net, our [managed Veeam service](https://www.atlantic.net/managed-services/veeam-services/?utm_source=chatgpt.com) includes configuration, monitoring, and recovery assistance. Discuss your supported systems, retention requirements, and recovery responsibilities with our team when defining the service.

![](https://images.surferseo.art/b79c7411-139a-4a8f-9a37-b064b4886da7.png)

### CommVault Cloud

Commvault Cloud is a candidate for organizations that want to coordinate backup, identity resilience, and cyber recovery across a varied environment. Its current platform presentation, Commvault Cloud Unity, brings these capabilities together.

**Key capabilities:** The platform covers on-premises, cloud, and SaaS workloads. Commvault Cleanroom provides an isolated environment for recovery testing, forensic analysis, and restoration activities following a cyber incident.

This makes the platform relevant when the buying requirement extends beyond copying and restoring files to testing how applications and supporting systems will recover together.

**Tradeoffs to evaluate:** An isolated recovery environment still needs defined workloads, procedures, and recovery priorities. Identify the capabilities your organization will use and confirm their scope in the proposed deployment. Compare the complete design and quote rather than assuming that a broad platform feature list is included in every purchase.

![](https://images.surferseo.art/9a81cc89-d599-4edb-9283-b6038322c5cd.png)

### Rubrik

Rubrik is a candidate for organizations that want backup operations and security teams to work from a coordinated recovery platform. Rubrik Security Cloud combines data protection with threat investigation and recovery capabilities across enterprise, cloud, and SaaS environments.

**Key capabilities:** Rubrik documents immutable backup protection, policy-driven management, analysis of an attack’s impact, and isolation of infected snapshots. Its recovery capabilities include orchestration to help coordinate restoration activities.

The buyer value is the link between retaining recoverable data and deciding what to restore after an incident.

**Tradeoffs to evaluate:** Recovery processes still need to be mapped to the protected applications and their dependencies. Ask for a demonstration using the workload types you operate. Do not treat broad autonomous-recovery messaging as proof that every application can be rebuilt without preparation, validation, or human decisions.

![](https://images.surferseo.art/d8ade655-7eeb-468c-9d9f-34760d14b33b.png)

### Azure Site Recovery

Azure Site Recovery is a candidate when Azure is part of your recovery architecture. It supports replicating Azure virtual machines between regions and recovering supported on-premises virtual machines and physical servers to Azure.

**Key capabilities:** Recovery plans can sequence application recovery across multiple virtual machines and integrate with Azure Automation runbooks. Test failover lets teams validate a recovery configuration without performing a production failover.

**Tradeoffs to evaluate:** Azure Site Recovery failover is not automatic by default. You must initiate it through the portal or a configured automation process. Your plan must also cover application access and supporting network resources after recovery.

Treat Site Recovery as a replication and recovery service, not a replacement for a historical backup policy. Include storage, data transfer, and compute used during testing or failover in the cost assessment.

![](https://images.surferseo.art/aaf859c2-c865-461b-b28f-5839a5dd31ad.png)

### AWS Elastic Disaster Recovery

AWS Elastic Disaster Recovery is a candidate for organizations using AWS as a recovery destination for supported source servers. It continuously replicates data to a staging area in the customer’s AWS account and launches recovery instances when required.

**Key capabilities:** The service supports recovery drills, point-in-time recovery, and failback workflows. AWS describes achievable recovery point objectives in seconds and recovery time objectives in minutes, but you should validate those objectives against your complete application recovery process.

**Tradeoffs to evaluate:** The protected-server service charge is only part of the cost. Replication uses additional storage and compute, and drill or recovery instances generate further resource charges.

Prepare the destination networking, access controls, application startup, and validation steps before an incident. Point-in-time recovery is useful, but it does not remove the need to investigate compromise or maintain the historical protection your business requires.

![](https://images.surferseo.art/316cc42d-be5b-4c8e-be8c-769a90ac0941.png)

### Druva

Druva is a candidate for organizations that prefer a provider-managed SaaS backup platform over operating their own backup servers and repositories. Its data protection portfolio covers data center, cloud, SaaS, and endpoint use cases.

**Key capabilities:** Druva provides centrally managed data protection and immutable backup capabilities. Its cloud disaster recovery offering also documents VMware recovery to AWS and recovery scenarios for AWS workloads.

The SaaS delivery model is relevant when reducing the infrastructure your team operates is a buying priority.

**Tradeoffs to evaluate:** Broad backup coverage does not mean every protected workload has the same disaster recovery options. Confirm the recovery destination and workflow for each application. Evaluate data location, retention, connectivity, and responsibility for application recovery alongside the backup service itself.

A managed backup platform reduces infrastructure duties, but your organization still needs to define recovery priorities and validate the resulting service.

![](https://images.surferseo.art/d80de197-b909-47d9-a0e3-44e72a5fedd0.png)

### Unitrends

Unitrends is a candidate for organizations looking for local backup and recovery alongside cloud protection options. Its portfolio includes physical and virtual backup appliances, direct-to-cloud products, and disaster recovery as a service (DRaaS).

**Key capabilities:** Unitrends appliances combine backup software with recovery infrastructure. The portfolio includes local recovery options, cloud backup storage, and managed recovery of enrolled workloads in the Unitrends Cloud.

Its DRaaS process includes defining recovery requirements and runbooks with the provider. Testing and recovery commitments depend on the selected service level.

**Tradeoffs to evaluate:** Do not assume that buying backup storage automatically enrolls every server in managed cloud recovery. Identify the workloads covered by DRaaS and review the applicable testing frequency and recovery terms.

For local recovery, assess the appliance resources required to run priority workloads. For cloud recovery, confirm how you declare an incident, access recovered systems, and return operations to the primary site.

## Choose a Solution You Can Recover With

Start with a list of critical applications, their dependencies, and their recovery objectives. Use that list to identify which products support the necessary backup and recovery workflows.

Then test a representative restore or failover. Check that the data is usable, the application works, users can connect, and the recovery completes within your target. Compare costs using the same assumptions for protected workloads, retained data, testing, recovery resources, and support responsibilities.

For a managed approach, [discuss your backup requirements with Atlantic.Net](https://www.atlantic.net/about-us/corporate-contact/?utm_source=chatgpt.com). Share your operating systems, data volumes, retention needs, and recovery objectives so we can help define the appropriate scope for our managed Veeam service.