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Technology Digital MediaTop 10 Best Backup To Cloud Software of 2026
Ranked list of backup to cloud software with feature tradeoffs for teams, including Veeam Data Cloud, CrashPlan, and Carbonite.
How we ranked these tools
An editor sets the topic, the inclusion criteria, and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Veeam Data Cloud is the best fit for teams that already run Veeam and want managed cloud repository copies with centralized recovery visibility, whereas CrashPlan works better when you need continuous offsite endpoint backup with low infrastructure overhead.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Veeam Data Cloud
Cloud repository integration that preserves Veeam restore point workflows during backup copy and retention enforcement.
Best for: Fits when teams already run Veeam and need cloud repository copies with centralized recovery visibility.
CrashPlan
Editor pickConsole-driven restore from backup history snapshots for file and folder recovery
Best for: Fits when teams need cloud offsite file recovery with predictable retention and low backup infrastructure overhead.
Carbonite
Editor pickTenant-controlled encryption key handling for backups, enforced through Carbonite admin flows during backup and restore operations.
Best for: Fits when teams need console-managed cloud backups with controlled encryption and predictable restore workflows.
Comparison Table
Veeam Data Cloud
enterpriseManaged cloud backup and recovery for Microsoft 365 and infrastructure workloads.
Cloud repository integration that preserves Veeam restore point workflows during backup copy and retention enforcement.
Veeam Data Cloud is built to serve as a cloud backup repository behind Veeam backup servers, so backup jobs can target cloud object storage without switching recovery workflows. The core management model revolves around backup policies that define schedules, retention, and copy jobs that move restore points to cloud storage. Central reporting ties job history to recovery readiness so administrators can track recent successful runs and investigate failures.
A practical tradeoff is that the solution is optimized for Veeam ecosystems, so non-Veeam backup agents need separate integration planning rather than using a generic ingestion interface. It fits teams that already run Veeam backup and want offsite copies in a cloud repository for ransomware recovery testing and disaster recovery rehearsal.
- +Policy-based backup copy and retention controls for cloud targets
- +Deep alignment with Veeam backup job workflows and restore point management
- +Centralized reporting for job history and recovery readiness
- +Administrative access control tied to backup management operations
- –Best results require Veeam backup ecosystem alignment
- –Cloud connectivity and throughput can constrain backup windows
- –Advanced governance depends on careful role and policy setup
- –Non-Veeam workloads require extra integration planning
Mid-market infrastructure teams
Cloud offsite copies for Veeam restores
Faster offsite recovery readiness
Security and resilience teams
Ransomware recovery testing via cloud replicas
Documented recovery drill results
Show 2 more scenarios
IT operations managers
Central reporting across backup environments
Reduced time-to-triage incidents
Operators use job history views to spot missed schedules and trace copy failures across sites.
Governance and compliance owners
Audit-ready backup management access
Tighter administrative control
Role-based access limits who can manage backup jobs and review operational history in the console.
Best for: Fits when teams already run Veeam and need cloud repository copies with centralized recovery visibility.
CrashPlan
SMBContinuous cloud backup for small business endpoints.
Console-driven restore from backup history snapshots for file and folder recovery
CrashPlan’s core workflow is agent-based backup from endpoints to a cloud backup repository, with a console for viewing job status and initiating restores. Recovery support centers on selecting files or folders from backup histories and restoring to endpoints, which aligns with day-to-day ransomware recovery needs that target user data. Retention policy configuration helps manage backup history without requiring separate backup servers or storage buckets.
A key tradeoff is that CrashPlan does not target deep application-aware protection across virtualization and databases the way dedicated enterprise backup stacks do. CrashPlan fits teams that need consistent offsite copies for laptops and desktops, where the highest value is quick file recovery and manageable retention scheduling. It is less suitable when requirements demand advanced orchestration for bare-metal recovery or granular control over backup streams and target-side deduplication behavior.
- +Endpoint-first agent backups with a single console for job monitoring and restores
- +File and folder restore flows centered on selecting restore points
- +Retention policy controls that reduce manual cleanup work
- +Encryption options that protect data during transit
- –Limited depth for application-aware protection compared with enterprise backup suites
- –Restore granularity favors files over complex image-level recovery workflows
- –Workflow automation and API-based integrations are not the primary focus
- –Requires agent rollout planning for consistent coverage across endpoints
IT operations teams
Restore user files after ransomware
Reduced downtime during incidents
Small enterprise IT
Protect laptops with scheduled backups
Consistent offsite coverage
Show 1 more scenario
Managed service providers
Administer backup for multiple clients
Lower operational overhead
Use centralized console management to track backup health and trigger restores across endpoints.
Best for: Fits when teams need cloud offsite file recovery with predictable retention and low backup infrastructure overhead.
Carbonite
SMBAutomated online backup for computers, servers, and business data.
Tenant-controlled encryption key handling for backups, enforced through Carbonite admin flows during backup and restore operations.
Carbonite is built around always-on endpoint and server backup agents that send changed data to a cloud backup repository and enforce retention rules from a centralized console. The admin experience includes per-user and per-role permissions so backup operators and auditors can separate duties during restore approvals and reporting. Carbonite also supports restore testing workflows that help teams validate recovery point readiness before an incident.
A practical tradeoff is that Carbonite’s automation surface is oriented around console-driven configuration rather than extensive API-driven provisioning. Carbonite fits teams that need consistent backup coverage and guided restore steps across distributed endpoints, including office and remote worker fleets, with limited internal time for custom tooling.
- +Central console for retention policy control across endpoints and servers
- +Encryption key management designed for tenant-controlled protection workflows
- +Role-based permissions for separating restore duties from backup operations
- +Guided restore validation flows reduce recovery-point guesswork
- –Limited extensibility for fully automated provisioning across fleets
- –Application-aware restore coverage depends on workload type and agent support
- –Restore UX can require manual selection of recovery points for large datasets
- –Hybrid scenarios may need extra planning for endpoint versus server coverage
IT operations teams
Standardize backup policies for endpoints
Fewer backup drift incidents
Security and compliance teams
Control encryption for audit-ready restores
Stronger recovery confidentiality
Show 2 more scenarios
MSP administrators
Manage backup duties across tenants
Clearer operational accountability
RBAC helps separate customer restore workflows from internal backup operations.
Disaster recovery leads
Validate recoverability before incidents
Lower time-to-confirm recovery
Restore validation workflows support recovery point readiness checks ahead of outages.
Best for: Fits when teams need console-managed cloud backups with controlled encryption and predictable restore workflows.
Backblaze Computer Backup
SMBAutomatic cloud backup for Windows and macOS computers.
Backup agent prioritizes changed-file detection and restores directly to file and folder targets through the web console.
Backblaze Computer Backup targets single-computer cloud backup using an installable backup agent and object storage in Backblaze’s repository. The service focuses on continuous file discovery and incremental upload, with restoration built around file and folder recovery rather than application-specific recovery workflows.
- +Fast initial setup with a single endpoint backup agent install
- +Straightforward file and folder restore workflow from the web
- +Flexible scheduling controls for when the agent uploads changes
- +Encryption options for protecting data stored in the repository
- –No native VM-level or image-based bare-metal recovery workflow
- –Limited automation surface with no documented admin API for provisioning
- –Retention controls do not map to advanced immutable policy workflows
- –Agent-based backup excludes servers that require hypervisor integration
Best for: Fits when small teams need reliable endpoint file backup with minimal backup infrastructure management.
IDrive
SMBCloud backup for computers, mobile devices, servers, and NAS systems.
IDrive’s API enables programmatic backup provisioning and recovery workflows beyond console-only management.
IDrive runs cloud-to-cloud and agent-based backups with a management console built for recurring protection and restores. It supports both file and disk image style protection workflows, plus restore options that include selective browsing.
- +Agent-based backups cover common endpoints with per-policy scheduling and retention
- +Selective restore lets teams browse and recover individual files without full restores
- +Cross-platform client footprint simplifies mixed OS backup coverage
- +API support enables custom provisioning and backup orchestration workflows
- –Deduplication and compression behavior is not as transparent as in some backup-first suites
- –Granular RBAC and audit log controls require careful configuration for larger teams
Best for: Fits when mid-market IT teams need cloud backups plus selective restore and some API-driven automation.
MSP360 Managed Backup
SMBManaged backup software for endpoints, servers, and cloud storage targets.
Provider-style onboarding plus centralized restore navigation in the console, designed for repeatable policy rollout at endpoint scale.
MSP360 Managed Backup is a backup-as-a-service offering that focuses on managed delivery of agent-based backups to a cloud backup repository. The product centers on a browser-based management console that supports provisioning of backup policies, monitoring, and restore workflows across multiple endpoints.
- +Central console for policy rollout and restore operations across many endpoints
- +Configurable encryption controls for data in transit and at rest
- +Built-in version selection supports targeted recovery points
- +Managed onboarding flow reduces per-endpoint console overhead
- –Granular workload coverage can require careful agent and workload validation
- –Automation and API support are limited compared with integration-first platforms
- –Advanced retention and governance settings can be harder to model at scale
- –Restore workflows may lag for large estates during peak backup activity
Best for: Fits when mid-market IT teams need managed, centralized backup operations with consistent restore workflows across endpoints.
Arq Backup
SMBEncrypted computer backup to user-selected cloud storage destinations.
Arq Backup repository encryption happens on the client, and restores pull directly from the chosen repository format.
Arq Backup is a personal and small-team backup tool that targets direct-to-object-storage workflows instead of a managed backup-as-a-service console. It runs on a source machine, performs client-side selection and encryption, and writes backups to common object storage targets.
- +Client-side encryption with key control on the backup machine
- +Direct backups to object storage targets without a separate backup server
- +Incremental backup behavior with simple, repeatable restore workflows
- +Config-driven schedules that support unattended runs
- –Limited centralized governance compared with enterprise backup management tools
- –Server-side cataloging and advanced restore automation are not built-in
- –Scales best for a handful of machines rather than large fleets
- –Requires disciplined credential and repository maintenance on the client
Best for: Fits when small teams need straightforward, source-side encrypted backups to object storage with predictable restores.
Druva Data Resiliency Cloud
enterpriseCloud-native data protection for endpoints, workloads, and SaaS applications.
Role-based administration plus audit logs across backup configuration and restore actions in the same management console.
Druva Data Resiliency Cloud focuses on cloud-scale backup management for enterprises that need consistent policies across many endpoints and cloud workloads. It provides source-side agents plus a centralized console for backup orchestration, retention policy enforcement, and restore workflows.
- +Central console supports policy-driven orchestration across large endpoint fleets
- +Granular RBAC and audit logging support separation of duties for administrators
- +Automated restore workflows reduce mean time to recovery for common scenarios
- +Agent-based protection supports source-side deduplication behavior for efficient transfers
- –Fleet onboarding requires disciplined grouping and policy scoping to avoid misconfiguration
- –Deep workload coverage depends on specific agent and integration availability per platform
- –Custom automation via API requires engineering effort for nonstandard workflows
- –Backup window tuning can be complex in networks with constrained egress throughput
Best for: Fits when mid-market to enterprise teams need centralized governance, audit trails, and consistent restore execution across many protected systems.
Acronis Cyber Protect
enterpriseBackup, disaster recovery, and cyber protection for devices and workloads.
Bare-metal style recovery orchestration built into the same console workflow used for cloud-backed backups.
Acronis Cyber Protect creates and manages backups that include local workloads and cloud targets under a single admin console. It supports image-based and application-aware recovery workflows, including bare-metal style restores, with policy-driven retention control.
- +Policy-driven backup management across servers and endpoints with consistent restore options
- +Application-aware recovery paths for workloads that require more than file restores
- +Source-side deduplication reduces upload volume to the cloud repository
- +Role-based access plus audit logging for backup configuration and restore activity tracking
- –Orchestrating multi-site schedules and dependencies can require careful policy design
- –Cloud restore workflows are less transparent than products that provide richer restore previews
Best for: Fits when teams need unified backup policies for mixed workloads with controlled access and auditable recovery actions.
Spanning Backup
vertical specialistAutomated backup for Microsoft 365, Google Workspace, and Salesforce.
Spanning’s per-device recovery experience with file-version selection keeps restores operational during incident response.
Spanning Backup targets teams that need reliable SaaS and Windows file recovery without standing up a full backup stack. It delivers agent-based backup for laptops and desktops with fast re-enablement of user systems after crashes, corruption, or ransomware events.
- +File-level restore workflows for end-user systems with version selection
- +Agent-based coverage for laptops and desktops with centrally managed schedules
- +Recovery console supports per-user and per-device restore targeting
- +Policy-driven management that reduces manual backup admin work
- –Core design favors workstation and user endpoints over full data-center workloads
- –Advanced governance controls can require careful configuration to match strict RBAC needs
Best for: Fits when organizations need fast endpoint recovery and governed restore access for distributed users.
Conclusion
After evaluating 10 backup to cloud software, Veeam Data Cloud stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Backup To Cloud Software
This ranked guide compares Veeam Data Cloud, CrashPlan, Carbonite, Backblaze Computer Backup, and IDrive across recovery workflows, administration, automation, and cloud repository support. Veeam Data Cloud leads the list with policy-based backup copies that preserve Veeam restore point management.
How Backup To Cloud Software Stores and Recovers Protected Data
Backup to cloud software copies endpoint, server, or workload data to cloud repositories through backup agents, policies, and scheduled jobs. Veeam Data Cloud preserves Veeam restore point workflows during cloud backup copies, while CrashPlan centers file and folder recovery on selectable backup history snapshots.
Products differ in recovery scope, encryption control, administration, and automation. Acronis Cyber Protect combines cloud-backed backup policies with bare-metal style recovery orchestration, while IDrive provides an API for programmatic provisioning and recovery workflows.
Backup to cloud evaluation criteria that change restore outcomes
Restore workflows depend on how each platform ties backup history to selection and execution in the console. Veeam Data Cloud keeps Veeam restore point workflows intact during backup copy to cloud targets, while CrashPlan centers restore on selecting restore points from backup history for file and folder recovery.
Restore-point fidelity during cloud backup copy
Veeam Data Cloud preserves Veeam restore point workflows during cloud repository backup copy and retention enforcement. IDrive and Arq Backup focus more on repository-backed restore selection workflows rather than restoring the same Veeam restore point semantics.
Restore selection UX for files versus images
CrashPlan provides restore flows centered on selecting restore points for file and folder recovery from backup history snapshots. Acronis Cyber Protect adds bare-metal style recovery orchestration inside the same console workflow used for cloud-backed backups.
Client-side encryption control versus tenant-governed key handling
Arq Backup performs repository encryption on the client and restores pull directly from the chosen repository format. Carbonite adds tenant-controlled encryption key handling enforced through admin flows during backup and restore operations.
Provisioning and automation surface via API
IDrive offers an API for programmatic backup provisioning and recovery workflows beyond console-only management. Backblaze Computer Backup keeps automation limited with no documented admin API for provisioning, which constrains fleet-wide orchestration.
Centralized governance for separation of duties
Druva Data Resiliency Cloud includes granular RBAC and audit logging that separates administrator responsibilities across backup configuration and restore actions. Spanning Backup offers governed restore access for distributed users, but its advanced governance controls can require careful configuration to match strict RBAC needs.
Managed onboarding and policy rollout at endpoint scale
MSP360 Managed Backup provides provider-style onboarding with centralized restore navigation and a console designed for repeatable policy rollout across endpoints. Veeam Data Cloud is stronger when cloud backup copy must align with existing Veeam backup job workflows and restore point management.
How to choose Backup To Cloud Software by restore workflow and control model
Start by matching the restore workflow the business actually needs to the console mechanics each product uses. Veeam Data Cloud is the right match when cloud backup copy must preserve Veeam restore point workflows, while CrashPlan fits when the primary recovery goal is predictable file and folder restore from selectable backup history snapshots.
Select the cloud backup copy model that preserves your restore semantics
If Veeam restore point management must continue during cloud repository backup copy and retention enforcement, Veeam Data Cloud is designed to keep those workflows aligned. If restore selection mainly happens by picking backup history snapshots for file and folder recovery, CrashPlan centers the experience on that restore selection model.
Decide whether encryption must be client-controlled or tenant-controlled
Choose Arq Backup when encryption on the backup machine is the governance point and restore pulls directly from the chosen repository format. Choose Carbonite when tenant-controlled encryption key handling must be enforced through admin flows during backup and restore operations.
Match recovery scope to console orchestration, not just backup target
If bare-metal style recovery orchestration is required within the same console workflow for cloud-backed backups, Acronis Cyber Protect provides a built-in recovery orchestration path. If the main target is endpoint file recovery with version selection, Spanning Backup and Backblaze Computer Backup focus the workflow around file-version or file/folder restore.
Pick the automation surface that fits fleet onboarding responsibility
If backups and recoveries must be provisioned and orchestrated programmatically, IDrive offers an API beyond console-only management. If onboarding is expected to be configured in the console with limited automated provisioning, Backblaze Computer Backup limits the automation surface with no documented admin API for provisioning.
Ensure governance depth covers configuration and restore actions
If separation of duties requires role-based administration plus audit logs across backup configuration and restore actions, Druva Data Resiliency Cloud is built for that split. If distributed users need centrally managed schedules and file-level restores with governed access, Spanning Backup is oriented around per-device recovery experience with version selection.
Choose the operating model for endpoint-scale rollout and restore navigation
If repeatable policy rollout across many endpoints and centralized restore navigation are the primary requirements, MSP360 Managed Backup is oriented around provider-style onboarding. If the organization already runs Veeam backup jobs and needs cloud repository copies that preserve restore point management, Veeam Data Cloud fits the alignment model.
Who should buy Backup To Cloud Software with these control characteristics
Backup to cloud buyers should map governance and restore execution responsibilities to product control depth. Teams that treat restore actions as auditable workflows benefit from platforms that include RBAC and audit logs for both backup configuration and restore actions.
Enterprises with separation-of-duties governance
Druva Data Resiliency Cloud provides role-based administration and audit logs that cover backup configuration and restore actions in the same management console, which supports clear administrator boundaries.
Veeam-first teams extending backup to cloud repositories
Veeam Data Cloud preserves Veeam restore point workflows during backup copy and retention enforcement, which supports centralized recovery visibility without changing restore semantics.
Mid-market IT teams that need automated onboarding and recovery orchestration
IDrive includes an API for programmatic backup provisioning and recovery workflows, which supports automation beyond console-only management for selective restore workflows.
Organizations focused on endpoint file recovery with minimal infrastructure
Backblaze Computer Backup uses a single endpoint backup agent install and a straightforward web console restore workflow for file and folder recovery, with limited enterprise orchestration.
IT shops requiring bare-metal style recovery inside the same console
Acronis Cyber Protect adds bare-metal style recovery orchestration built into the same console workflow used for cloud-backed backups, which suits mixed workload recovery scenarios.
Common buying pitfalls for Backup To Cloud Software
Many failures come from choosing a cloud backup target without matching restore selection mechanics to operational needs. Another frequent failure is assuming automation and governance depth exist because the product provides a management console.
Assuming cloud backup copy automatically preserves your existing restore point workflow model
Veeam Data Cloud is designed to preserve Veeam restore point workflows during cloud repository backup copy, while other products may center restore selection on their own snapshot history or repository formats.
Choosing an easy file restore console and later discovering missing bare-metal recovery orchestration
Backblaze Computer Backup lacks native VM-level or image-based bare-metal recovery workflow, while Acronis Cyber Protect includes bare-metal style recovery orchestration in the same console workflow.
Underestimating governance requirements for restore actions and configuration changes
Druva Data Resiliency Cloud pairs granular RBAC with audit logs across backup configuration and restore actions, while Spanning Backup can require careful configuration to match strict RBAC needs for governed restore access.
Expecting enterprise automation from console-first endpoint tools
Backblaze Computer Backup keeps automation limited with no documented admin API for provisioning, while IDrive explicitly provides an API for programmatic backup provisioning and recovery workflows.
How We Selected and Ranked These Tools
We evaluated restore workflow mechanics, cloud repository integration behavior, and administrative governance depth because recovery outcomes depend on console selection and execution. Features were weighted at 40 percent, ease and value were weighted at 30 percent each, and integration depth was treated as a tie-breaker when multiple tools scored closely on restore UX.
Veeam Data Cloud ranked highest because cloud repository integration preserves Veeam restore point workflows during backup copy and retention enforcement, which directly reduces restore workflow drift for Veeam-centric teams. The ranking also favored products that provided clear automation or governance surfaces, such as IDrive API-driven provisioning and Druva RBAC with audit logs, because backup operations must remain controllable at scale.
Frequently Asked Questions About Backup To Cloud Software
How does Veeam Data Cloud handle cloud repository copy workflows for existing Veeam backup jobs?
Which tools expose APIs for automating backup provisioning and recovery workflows?
When do CrashPlan and Backblaze shift from backup to restore operations in day-to-day use?
What breaks if a team needs application-aware or bare-metal style recovery from cloud-backed backups?
Where does tenant-controlled encryption key handling change administrative workflows in Carbonite?
How do Druva Data Resiliency Cloud and Acronis Cyber Protect compare for governance and audit visibility?
What are the operational tradeoffs between MSP360 Managed Backup and a backup tool that runs directly on the source?
How does Spanning Backup handle incident response when endpoints need fast re-enablement?
How should admins plan retention and access controls when multiple administrators must manage restores?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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