GITNUXSOFTWARE ADVICE
Cybersecurity Information SecurityTop 10 Best Agentless Backup Software of 2026
Top 10 agentless backup software ranked by deployment ease for cloud DR and AWS or Google backups, with tools like Druva and Barracuda compared.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Druva Data Resiliency Cloud is the safest overall bet for centrally governed agentless backup and repeatable restores across mixed environments, whereas Barracuda Cloud-to-Cloud Backup fits cloud admins who focus on granular, agentless protection for SaaS apps like Microsoft 365 and Google Workspace.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Druva Data Resiliency Cloud
Druva centralized recovery workflows let admins run restores and review job outcomes without separate tooling per environment.
Built for fits when organizations need centrally governed agentless backups with repeatable restore workflows across mixed environments..
Barracuda Cloud-to-Cloud Backup
Editor pickObject-level recovery workflows for cloud sources with restores scoped to individual items.
Built for fits when cloud admins need agentless protection with granular restore across SaaS and cloud workloads..
AvePoint Cloud Backup
Editor pickGuided restore workflow for Microsoft 365 items with verification checks linked to recovery readiness.
Built for fits when Microsoft 365 backup must be agentless, auditable, and repeatable for operations teams..
Comparison Table
Druva Data Resiliency Cloud
enterpriseCloud-native backup protects virtual machines, SaaS applications, endpoints, and cloud workloads without backup infrastructure.
Druva centralized recovery workflows let admins run restores and review job outcomes without separate tooling per environment.
Druva Data Resiliency Cloud is strongest when protection needs span multiple environments and teams expect centralized control over backups and restore testing. Admins can define protection policies, configure retention, and run restores from the same console used for monitoring and auditing. For agentless scenarios, the architecture avoids per-endpoint software deployment and instead relies on integration with the workload platform for backup capture.
A key tradeoff is that workload coverage depends on supported integration paths rather than universal hypervisor-level capture. Agentless use also tends to require earlier validation of permissions and storage connectivity so scheduled jobs can run consistently. Druva fits best when centralized governance and repeatable restore workflows matter more than building custom data movers or backup pipelines.
Integration depth and automation surface matter for operations teams. Druva’s API and workflow options can support policy provisioning and recovery automation, but teams still need to map their operational requirements to Druva’s supported recovery objects and permissions model.
- +Central console for policy, retention, monitoring, and restore operations
- +Agentless backup workflows reduce endpoint deployment and upgrade management
- +API and automation hooks for provisioning and operational orchestration
- +Governance reporting supports cross-team protection visibility
- –Workload protection scope depends on supported integration paths
- –Role and permissions setup requires careful upfront governance discipline
- –Recovery granularity depends on the capture method for each workload type
Infrastructure operations teams
Agentless backup for cloud and on-prem
Consistent restore readiness
Security and governance teams
Audit trail for protection coverage
Improved governance visibility
Show 2 more scenarios
Platform engineering teams
Automate policy provisioning via API
Lower manual admin work
Integrate Druva automation with internal workflows to assign protection settings at scale.
Disaster recovery planners
Run scheduled recovery testing
Validated recovery procedures
Perform controlled restore checks and track outcomes through the console and reporting views.
Best for: Fits when organizations need centrally governed agentless backups with repeatable restore workflows across mixed environments.
Barracuda Cloud-to-Cloud Backup
vertical specialistAgentless cloud backup protects Microsoft 365, Google Workspace, and other SaaS application data.
Object-level recovery workflows for cloud sources with restores scoped to individual items.
Barracuda Cloud-to-Cloud Backup routes backups through Barracuda-managed connectors and backup services rather than deploying agents into workloads. The capability set centers on cloud workload backup plus granular recovery so teams can restore specific objects instead of full images. Operationally, job scheduling and retention settings support recurring backups and controlled recovery point behavior.
A tradeoff appears in how tightly recovery workflows map to supported cloud sources and object types. Teams that require deep VM-level crash consistency control, custom storage snapshot integration, or hypervisor-specific behaviors may find the model narrower than host-level image backup tools. A strong usage situation is protecting SaaS collaboration data and cloud-hosted workloads where admins want predictable restore granularity and centralized job visibility.
- +Agentless connectors reduce workload touch and simplify onboarding
- +Granular restore supports object-level recovery without full rehydration
- +Centralized scheduling and retention controls for consistent recovery points
- +Restore monitoring highlights failed items tied to backup jobs
- –Supported source coverage limits advanced VM-centric recovery patterns
- –Deep crash-consistency tuning requires alignment to connector capabilities
- –Large-scale throughput can depend on connector concurrency settings
- –Cross-account governance needs careful role scoping per connector
IT operations teams
SaaS backup with item restores
Faster helpdesk recoveries
Compliance and governance teams
Retention policies across cloud sources
Consistent retention evidence
Show 2 more scenarios
Mid-market IT administrators
Multi-connector backup onboarding
Reduced deployment overhead
Add new cloud sources through connector configuration without installing agents on workload hosts.
DR planners
Recovery-focused backup operations
Lower recovery effort
Use scheduled backups and granular restores to reduce time to replace lost business data.
Best for: Fits when cloud admins need agentless protection with granular restore across SaaS and cloud workloads.
AvePoint Cloud Backup
vertical specialistAgentless SaaS backup protects Microsoft 365, Salesforce, Dynamics 365, and Google Workspace data.
Guided restore workflow for Microsoft 365 items with verification checks linked to recovery readiness.
AvePoint Cloud Backup is built for agentless backup scenarios where workloads are protected without installing host agents, which reduces operational overhead in managed environments. The product emphasizes restore workflow design for Microsoft 365 and similar cloud data sets, with job scheduling and recovery actions tracked in administrative logs. Governance is handled through tenant administration, retention configuration, and traceability for backup and restore operations.
A tradeoff is that coverage depends on supported cloud workload types rather than universal protection for every storage backend, so discovery of target compatibility matters during rollout. A common fit is ongoing Microsoft 365 backup and restore readiness for teams that need predictable recovery point objective windows and documented admin activity tracking. Another fit is backup operations where access to restores must be auditable and repeatable without installing agents across user devices or virtual machines.
- +Agentless Microsoft 365 backup with restore workflows tied to user recovery needs
- +Retention policy enforcement with auditable backup and restore activity trails
- +Scheduled protection jobs for predictable recovery point management
- +Verification checks that validate restore readiness before incidents
- –Target workload coverage varies by platform, requiring compatibility validation
- –Granular file-level recovery depth is limited for targets that are not structured items
- –Large-scale restore operations may require careful role assignment planning
- –Automation and API coverage can lag behind event-driven orchestration needs
IT operations teams
Agentless Microsoft 365 restore drills
Faster recovery workflow execution
Compliance and governance teams
Retention-backed audit trails
Clear operational traceability
Show 2 more scenarios
Incident response leads
Repeatable restore after accidental deletion
Lower mean time to restore
Use guided recovery paths to restore specific Microsoft 365 content with readiness validation.
Cloud migration teams
Agentless protection during transition
Reduced operational disruption
Maintain ongoing agentless backup coverage while workloads move to new tenancy or configurations.
Best for: Fits when Microsoft 365 backup must be agentless, auditable, and repeatable for operations teams.
Veeam Backup & Replication
enterpriseAgentless virtual machine backup supports VMware vSphere, Microsoft Hyper-V, and cloud workloads.
Veeam Explorer-style granular recovery that restores individual files from VM backups without rebuilding the full guest.
Veeam Backup & Replication focuses on agentless backup at the hypervisor and storage layers for VMware vSphere and Microsoft Hyper-V workloads. It uses backup proxies and the Veeam transport layer to move changed blocks efficiently while coordinating snapshot-based runs and policy-driven schedules.
Restore operations include granular item recovery for Windows inside virtual machines and full VM recovery for bare-metal style rebuilds when needed. Built-in reporting, job monitoring, and retention controls support governance around RPO and RTO targets.
- +Granular VM file and application item recovery for Windows guests
- +Job orchestration with backup proxy roles to control network throughput
- +Fast incremental chains using changed-block tracking during snapshot runs
- +Centralized monitoring and reporting for backup health and restore outcomes
- –Agentless coverage is limited to VM and supported infrastructure
- –Complexity increases when scaling multiple backup proxies and repositories
- –Snapshot-based operations can require careful storage and retention design
- –Cross-platform restore workflows depend on guest OS support and tooling
Best for: Fits when virtualized environments need agentless VM backups with granular guest recovery and governance reporting.
Cohesity DataProtect
enterpriseAgentless backup protects virtual machines, databases, SaaS data, and cloud workloads from a unified platform.
Cohesity DataProtect policy automation ties snapshot workflows, cataloging, and selective restore workflows into one managed control plane.
Cohesity DataProtect performs agentless backup by orchestrating snapshot-based protection for virtualized workloads and supporting granular recovery for selected data types. It integrates protection policy with Cohesity-managed repositories, deduplication, and cataloging to drive fast browsing and selective restores.
DataProtect also supports automation via APIs and policy templates so backup operations can be standardized across environments. Governance controls include RBAC with audit logging to track administrative actions during backup, restore, and replication workflows.
- +Agentless snapshot orchestration reduces workload agents on production hosts
- +Selective recovery and cataloging improve restore usability for targeted data
- +Deduplication and repository management reduce storage growth across backups
- +APIs and policy automation support repeatable protection workflows
- –Granular recovery coverage varies by workload type and protection configuration
- –RBAC and retention policies need careful upfront governance discipline
- –Throughput depends on repository sizing and storage network design
- –Complex multi-system deployments require more operational coordination
Best for: Fits when teams need agentless snapshot backup for virtual workloads with automated policies and controlled restores.
Unitrends Backup and Recovery
SMBAgentless virtual machine backup covers VMware and Hyper-V with appliance and cloud deployment options.
Recovery orchestration with bootable restore media for faster validation of VM rebuilds during disaster recovery drills.
Unitrends Backup and Recovery is an agentless backup product focused on virtual machine protection and disaster recovery workflows with centralized management. It supports snapshot-centric backup of VMware and Hyper-V workloads with scheduling, retention, and recovery orchestration.
The product emphasizes restore operations such as granular file recovery and multi-stage recovery planning using its recovery media and bootable restore options. Management uses a web interface and policy-driven job runs designed around predictable backup and restore checkpoints.
- +Snapshot-based VM backups reduce full transfer volume during incremental runs.
- +Granular recovery options include file-level restoration from VM backup sets.
- +Recovery orchestration supports multi-step restore workflows for DR readiness.
- +Centralized web management groups protection policies and restore jobs in one console.
- –Agentless coverage is primarily tied to virtual environments rather than endpoints.
- –High-scale protection depends on infrastructure sizing of backup repository and I/O throughput.
- –Deep application-aware protection requires careful workload preparation and consistency planning.
- –RBAC and audit reporting depth may not match enterprise governance needs in some deployments.
Best for: Fits when mid-size teams need policy-based VM snapshots and frequent restore testing without installing agents.
Hornetsecurity VM Backup
SMBAgentless backup protects VMware and Hyper-V environments with local, offsite, and cloud storage options.
Centralized VM backup job management across hypervisor-connected estates, enabling consistent schedules and retention without guest agents.
Hornetsecurity VM Backup focuses on agentless virtual machine protection through a hypervisor-integrated workflow rather than installing software inside guest operating systems. It supports scheduled backups, retention controls, and restore operations that target both whole-VM recovery and selectable recovery paths for guest data.
The platform’s governance posture centers on centralized backup task management for environments that run multiple virtual machines. Automation and repeatability come from defining backup jobs once and applying consistent policies across clusters.
- +Agentless job orchestration that avoids guest agent lifecycle management
- +Centralized scheduling and retention applied consistently across VM workloads
- +Restore workflows support both VM-level recovery and guest data recovery
- +Policy-driven backup definitions reduce per-VM operational drift
- –Granular application-level recovery depends on guest and integration coverage
- –Cross-site automation requires careful job and network planning
- –Throughput tuning is constrained by the available backup proxy and storage path
- –Large estates may need additional operational design for failover restores
Best for: Fits when a team needs agentless hypervisor-based VM backups with centralized policy control for restores.
Afi.ai
API-firstAgentless SaaS backup protects Google Workspace, Microsoft 365, and Salesforce environments.
Afi.ai policy-to-asset orchestration uses API-driven provisioning to keep backup jobs aligned during ongoing infrastructure changes.
Afi.ai provides agentless backup workflows that focus on capturing and protecting workloads without installing backup agents on every host. Core capabilities center on snapshot-driven data capture, recovery-target testing, and centralized scheduling for consistent RPO and RTO behavior.
Integration depth shows up through a policy-driven configuration model that maps backup jobs to specific assets, plus an API surface for automation. Admin visibility includes job histories and retention controls to manage backup repository lifecycle across multiple environments.
- +Agentless workflow reduces host changes and operational overhead
- +Policy-driven job mapping keeps backup coverage consistent across assets
- +Centralized retention management simplifies repository lifecycle control
- +API supports automation for provisioning and repeatable operations
- –Fine-grained guest-level item recovery depends on workload type
- –Shared admin boundaries across environments can limit strict segregation
- –Throughput and parallelism tuning requires deeper operational knowledge
- –Verification coverage can be narrower for mixed workload estates
Best for: Fits when teams need snapshot-based, agentless backup with centralized policies and API automation for repeatable operations.
Datto Backupify
SMBAgentless SaaS backup for Microsoft 365 and Google Workspace using API-based data extraction.
Item-level recovery workflows inside protected SaaS tenants, including targeted restores without restoring entire datasets.
Datto Backupify delivers agentless backup and restore for cloud SaaS mailboxes and cloud storage tied to major identity providers. It handles backup scheduling, retention policies, and granular recovery operations such as item-level restore for supported objects.
Admin workflows include configuration management for protected tenants and reporting on backup status. The product’s focus stays on SaaS and cloud data sources rather than hypervisor or filesystem image capture.
- +Granular restore for backed-up SaaS items within protected tenants
- +Tenant-level onboarding workflow for connecting SaaS sources to backup
- +Automated scheduling and retention policy enforcement for backups
- +Activity and status reporting for backup jobs across protected services
- –Coverage concentrates on SaaS and cloud sources instead of full host images
- –Advanced governance controls are limited compared with broader enterprise backup suites
- –Recovery options depend on supported object types per integrated SaaS
- –Complex routing and integrations require administrator setup work
Best for: Fits when a team needs agentless SaaS mailbox and file recovery with controlled retention and restore workflows.
Keepit
enterpriseCloud-to-cloud agentless backup for Microsoft 365, Google Workspace, and Salesforce.
Keepit’s API-driven provisioning and backup configuration supports repeatable operations across multiple accounts and environments.
Keepit is an agentless backup solution for SaaS workloads and Windows and Linux file servers that avoids installing backup agents on endpoints. It centers on workload discovery, scheduled backups, and restore workflows with granularity for common recovery paths.
For governance, Keepit provides admin roles and activity history so teams can operate backup and recovery without giving broad console access. For automation, it exposes a management surface through documented APIs for provisioning and operational tasks across environments.
- +Agentless capture for file servers and SaaS workloads reduces endpoint changes
- +Granular restore workflows cover item-level recovery without extra recovery tools
- +Role-based console access supports separation between backup ops and auditors
- +API supports environment provisioning and repeatable backup configuration
- –Agentless file-server protection depends on network reachability to Keepit components
- –Backup verification depth is limited compared with vendors that offer end-to-end workload validation
Best for: Fits when teams need agentless SaaS plus file-server protection with automation via API and controlled admin access.
Conclusion
After evaluating 10 cybersecurity information security, Druva Data Resiliency 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 agentless backup software
Agentless backup software protects workloads without installing backup agents on every protected host. This guide covers Druva Data Resiliency Cloud, Barracuda Cloud-to-Cloud Backup, AvePoint Cloud Backup, Veeam Backup & Replication, Cohesity DataProtect, Unitrends Backup and Recovery, Hornetsecurity VM Backup, Afi.ai, Datto Backupify, and Keepit.
The evaluations focus on how restore workflows run from centralized consoles, how automation and API-driven provisioning keep backup coverage aligned, and how admin controls handle policy, retention, and monitoring across mixed environments. Tools like Druva and Hornetsecurity prioritize centrally governed workflows, while Barracuda and AvePoint emphasize item-level recovery behavior in cloud and Microsoft 365 contexts.
Agentless backup software that protects workloads via connectors, snapshots, and centralized restore workflows
Agentless backup software typically uses cloud connectors or hypervisor-integrated operations to orchestrate snapshot-based or item-based protection without installing guest agents on production workloads. Druva Data Resiliency Cloud centralizes policy, retention, monitoring, and restore operations so administrators can run repeatable recovery workflows across mixed environments.
Barracuda Cloud-to-Cloud Backup and AvePoint Cloud Backup drive agentless protection for cloud and SaaS sources, then tailor restores to the granularity of the connected platform, including object-level recovery patterns and Microsoft 365 item restore workflows. Across the set, the practical differences show up in restore execution scope, supported workload coverage, and the governance controls needed to keep backup jobs consistent as assets change.
Agentless restore control, automation surfaces, and governed protection scope
Agentless backup software reduces operational load by running backup and restore workflows from centralized consoles while avoiding guest agents on every protected host. In practice, the differentiator becomes how restore execution is represented in the console, how much automation exists around policy and onboarding, and how strictly permissions and auditing can be governed.
This set centers on centralized restore workflows, connector-driven protection for cloud and SaaS sources, and hypervisor or snapshot orchestration for VM workloads. Druva Data Resiliency Cloud and Hornetsecurity VM Backup emphasize centrally managed restores and job control, while Barracuda Cloud-to-Cloud Backup and AvePoint Cloud Backup emphasize item-level recovery behavior inside their connected platforms.
Centralized recovery workflows tied to job outcomes
Druva Data Resiliency Cloud runs centrally managed recovery workflows so admins can execute restores and review job outcomes without switching tools per environment. Hornetsecurity VM Backup adds centralized VM backup job management for consistent schedules and retention across hypervisor-connected estates.
Object-level and item-level restore granularity for SaaS and cloud
Barracuda Cloud-to-Cloud Backup scopes restores to individual objects for cloud sources so recovery can avoid full rehydration. AvePoint Cloud Backup runs a guided restore workflow for Microsoft 365 items and links verification checks to recovery readiness.
Snapshot orchestration with policy automation across VM workloads
Cohesity DataProtect ties snapshot workflows, cataloging, and selective restore workflows into one managed control plane using policy automation. Unitrends Backup and Recovery uses snapshot-based VM backups and supports granular file-level restoration from VM backup sets.
Granular guest recovery from VM backups without guest rebuilding
Veeam Backup & Replication supports granular recovery that restores individual files from VM backups without rebuilding the full guest. This approach pairs with job orchestration using backup proxy roles to control network throughput.
API-driven provisioning to keep backup coverage aligned during change
Afi.ai uses API-driven provisioning so policy-to-asset orchestration stays aligned during ongoing infrastructure changes. Keepit provides API-driven provisioning and backup configuration for repeatable operations across multiple accounts and environments.
Choose based on restore scope, integration depth, and governance controls
Agentless backup tooling often looks similar at the policy level, but restore scope and operational control differ sharply based on how connectors and snapshot orchestration handle protected entities. The decision should start from the expected recovery actions and the environments where restores must be executed.
The key split is whether the primary recovery path is centrally governed, item-level inside SaaS and cloud connectors, or hypervisor-centric VM rebuild and file recovery. A second split follows automation needs, because Afi.ai and Keepit prioritize API-driven provisioning while Druva emphasizes centrally repeatable recovery workflows and governance around restore outcomes.
Map recovery actions to restore granularity before selecting a connector or snapshot workflow
If recovery must target individual cloud objects, Barracuda Cloud-to-Cloud Backup provides object-level recovery workflows that scope restores to specific items. If recovery must target Microsoft 365 items with verification tied to readiness, AvePoint Cloud Backup focuses the restore path on Microsoft 365 recovery workflows.
Pick the VM recovery model based on whether file-level restores or fast disaster rebuilds drive operations
Veeam Backup & Replication supports granular VM file recovery that restores individual files from VM backups without rebuilding the full guest. Unitrends Backup and Recovery emphasizes bootable restore media for faster validation of VM rebuilds during disaster recovery drills.
Select for governance depth when multiple admins and environments share the same console
Druva Data Resiliency Cloud centralizes policy, retention, monitoring, and restore operations so governance happens through one console across mixed environments. Cohesity DataProtect also centralizes policy automation, but it requires careful upfront governance discipline for RBAC and retention policies.
Choose the automation philosophy based on how backup coverage must stay aligned to changing assets
If coverage must track infrastructure change via provisioning automation, Afi.ai uses API-driven policy-to-asset orchestration to keep backup jobs aligned. If multi-account operations need repeatable backup configuration through an API, Keepit provides API-driven provisioning and backup configuration across accounts and environments.
Confirm workload coverage against the recovery patterns expected by the team
Druva Data Resiliency Cloud centralizes restore workflows, but workload protection scope depends on supported integration paths. Hornetsecurity VM Backup enables agentless hypervisor-based VM backups with centralized policy control, but granular application-level recovery depends on guest and integration coverage.
Set performance and operational constraints around backup proxy and repository capacity
Veeam Backup & Replication uses backup proxy roles to control network throughput, which becomes a scaling lever when multiple proxies and repositories are involved. Unitrends Backup and Recovery can be limited by repository sizing and I/O throughput for high-scale protection.
Who agentless backup software fits best
Agentless backup software fits teams that want protection and recovery orchestrated through centralized consoles while avoiding backup agent lifecycle work on every workload. The best fit depends on whether the organization needs centrally governed restores across mixed environments, SaaS and cloud item-level recovery, or hypervisor-connected VM snapshots with controlled retention.
Several tools in this list focus on specific ecosystems, such as Microsoft 365 restores in AvePoint Cloud Backup and SaaS item recovery inside protected tenants in Datto Backupify. Others focus on VM-centric protection and centralized job orchestration such as Hornetsecurity VM Backup.
Cloud and SaaS operations teams running restores across many connected sources
Barracuda Cloud-to-Cloud Backup provides object-scoped recovery workflows for cloud sources, and AvePoint Cloud Backup provides a guided Microsoft 365 restore workflow tied to verification checks.
Platform teams standardizing VM backup schedules and retention without guest agent management
Hornetsecurity VM Backup centralizes VM backup job management across hypervisor-connected estates and applies consistent schedules and retention. Cohesity DataProtect connects snapshot workflows, cataloging, and selective restore workflows into a policy-automated control plane.
Enterprise admins that need centrally governed restore execution and visibility
Druva Data Resiliency Cloud provides a central console for policy, retention, monitoring, and restore operations with repeatable recovery workflows. Druva also reduces endpoint deployment and upgrade management by using agentless backup workflows.
Automation-focused teams provisioning backup jobs during continuous infrastructure change
Afi.ai uses API-driven provisioning and policy-to-asset orchestration to keep backup jobs aligned as assets change. Keepit uses API-driven provisioning and backup configuration to support repeatable operations across multiple accounts and environments.
Mid-size IT teams that run frequent VM restore testing drills
Unitrends Backup and Recovery supports bootable restore media for faster validation of VM rebuilds during disaster recovery drills. It also includes granular recovery options such as file-level restoration from VM backup sets.
Common pitfalls when buying agentless backup software
Most buying mistakes come from assuming agentless implies uniform restore behavior across workloads. In reality, connector coverage and supported recovery actions decide whether restores can be granular, automated, and repeatable.
Another recurring mistake is underestimating governance setup work, because RBAC, retention enforcement, and admin boundaries determine whether the console can safely handle restores for multiple teams.
Choosing based on backup coverage screenshots instead of validated restore scope for the recovery target
Barracuda Cloud-to-Cloud Backup provides object-level recovery workflows, but advanced VM-centric recovery patterns depend on connector capabilities. AvePoint Cloud Backup supports Microsoft 365 restore workflows, but file-level recovery depth is limited for targets that are not structured items.
Ignoring RBAC and permissions setup work that determines safe restore execution
Druva Data Resiliency Cloud centralizes policy and restore operations, but role and permissions setup requires careful upfront governance discipline. Cohesity DataProtect also needs careful upfront governance discipline for RBAC and retention policies.
Assuming agentless VM backup eliminates all throughput and scaling complexity
Veeam Backup & Replication adds complexity when scaling multiple backup proxies and repositories even though agentless coverage focuses on VM and supported infrastructure. Unitrends Backup and Recovery depends on repository sizing and I/O throughput for high-scale protection.
Selecting an API-driven tool without defining the admin segregation model across environments
Afi.ai includes shared admin boundaries across environments that can limit strict segregation. Keepit provides controlled admin access via configuration, but file-server protection depends on network reachability to Keepit components.
How We Selected and Ranked These Tools
We evaluated each platform on restore workflow centralization, including whether admins can execute restores and review job outcomes from a single console rather than switching tools. We scored features at 40%, ease at 30%, and value at 30% using the provided overall, features, ease, and value ratings for Druva Data Resiliency Cloud, Barracuda Cloud-to-Cloud Backup, and the rest of the set.
We also gave extra weight to integration and governance behaviors that show up in the cards, including Druva centralized recovery workflows and a central console for policy, retention, monitoring, and restore operations. Druva Data Resiliency Cloud separated itself by combining centralized restore execution with agentless backup workflows that reduce endpoint deployment and upgrade management while keeping restore outcomes reviewable in one place.
Frequently Asked Questions About agentless backup software
How does Druva Data Resiliency Cloud handle agentless backup consistency for restores across mixed cloud and on-prem workloads?
Which tool is better for item-level recovery in cloud sources where restores must target individual objects rather than entire datasets?
How do AWS Backup-focused teams typically map agentless VM backups and DR drills into a snapshot-based workflow in tools like Veeam Backup & Replication?
When does AvePoint Cloud Backup fit better than Microsoft 365-agnostic cloud backup approaches?
What breaks if backup administrators need guest-file recovery without rebuilding whole machines when using hypervisor-integrated agentless tools?
How does Cohesity DataProtect enforce admin controls for backup and restore governance in agentless snapshot workflows?
Where does Afi.ai fall short when teams require deeper SaaS mailbox recovery workflows instead of generic snapshot capture?
How do Unitrends Backup and Recovery and Cohesity DataProtect differ in restore verification and disaster recovery drill workflows?
Which tool supports API-driven provisioning that keeps agentless backup job configuration aligned during infrastructure changes?
What security and administrative controls are typically required for agentless backup consoles, and which tools provide auditable actions?
Tools reviewed
Primary sources checked during evaluation.
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