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Technology Digital MediaTop 10 Best Android Device Management Software of 2026
Compare android device management software options like Scalefusion, Miradore, and Esper, covering capabilities and fit for IT device management teams.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Scalefusion is the best pick for mid-size teams that need Android Enterprise controls because its template-driven policy and app rollout stays consistent across device groups with lifecycle actions tied to enrollment and governance, while Esper is a strong alternative for teams that want API-based workflow automation that decides configuration and app assignments based on device state.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Scalefusion
Template-driven policy and app rollout across device groups with lifecycle actions bound to the same enrollment and governance model.
Best for: Fits when mid-size teams need Android Enterprise controls with kiosk, enrollment, and ongoing compliance in one console.
Miradore
Editor pickBatch policy assignment with group targeting reduces repetitive configuration work across large Android device sets.
Best for: Fits when IT needs repeatable Android device control with group targeting and operational remediation workflows.
Esper
Editor pickWorkflow automation that targets device states to drive configuration and app assignment decisions via Esper’s API.
Best for: Fits when teams need automated Android app and configuration workflows across churned device fleets.
Comparison Table
Scalefusion
SMBCloud device management for Android Enterprise, dedicated devices, kiosks, and rugged hardware.
Template-driven policy and app rollout across device groups with lifecycle actions bound to the same enrollment and governance model.
Scalefusion performs Android device enrollment, policy provisioning, and ongoing compliance enforcement through a centralized admin console. It supports Android Enterprise management with work profiles, fully managed device flows, and kiosk-style single-app and multi-app modes.
Admin governance includes RBAC for operators, detailed device and action reporting, and policy templates for repeatable deployments. The platform also includes app management, browser and network restrictions, and remote lifecycle actions like lock, wipe, and factory reset workflows.
- +Zero-touch enrollment with QR onboarding for Android devices
- +Android Enterprise work profile and fully managed provisioning workflows
- +Kiosk modes with single-app and multi-app configurations
- +Operator RBAC plus audit-style reporting for administrative actions
- –Deep policy coverage requires careful role and workflow planning
- –Integration extensibility depends on supported Android management interfaces
- –Complex deployments can need more console setup time
- –Some advanced enterprise controls vary by device compatibility
Best for: Fits when mid-size teams need Android Enterprise controls with kiosk, enrollment, and ongoing compliance in one console.
Miradore
SMBCloud device management with Android enrollment, configuration, application, and security policies.
Batch policy assignment with group targeting reduces repetitive configuration work across large Android device sets.
Miradore supports Android Enterprise style management workflows using configuration delivery and device policy actions that work against managed Android devices. Admin governance is centered on role based access in the web console, with audit style visibility for key operations such as policy changes and remote commands. For onboarding at scale, it uses enrollment workflows that can be paired with QR code and staging steps to reduce manual setup time.
A practical tradeoff is that deeper platform specific controls depend on the capabilities exposed by Android management interfaces for each device state, which can limit certain edge case policy behaviors on older or non compliant endpoints. Miradore fits best when operations teams need repeatable rollout patterns across multiple device groups and want fewer bespoke scripts to manage app restrictions and device remediation.
- +Group based policy targeting supports controlled Android fleet rollouts
- +Remote actions include wipe and lock flows for fast remediation
- +App allowlisting and blocklisting cover common managed app scenarios
- +Role based admin access helps separate onboarding and operations duties
- –Some device specific policy behavior varies by Android enrollment state
- –API automation support is not as extensive as script heavy UEM deployments
- –Complex approval workflows require careful process design outside the console
- –OEM specific configurations can need extra testing per device model
IT operations teams
Remediate lost corporate devices
Reduced device exposure window
Mobile security teams
Constrain installed apps to approved set
Lower risk from unmanaged apps
Show 2 more scenarios
IT admins in retail
Standardize kiosk style usage
More consistent store operations
Policy and app controls keep devices aligned to store workflows.
Managed service providers
Run multi-client device operations
Less cross-tenant change risk
Role based access and structured groups support controlled admin separation.
Best for: Fits when IT needs repeatable Android device control with group targeting and operational remediation workflows.
Esper
vertical specialistAndroid device management and dedicated device operations for purpose-built fleets.
Workflow automation that targets device states to drive configuration and app assignment decisions via Esper’s API.
Esper fits Android device management teams that need more than policy templates. It centers on applying configuration and app state through automated workflows tied to managed device inventory. Governance is supported through controlled enrollment paths and audit-ready operational history tied to changes.
A key tradeoff is that Esper workflows and integrations require process ownership from IT teams to keep logic aligned with device compliance outcomes. Esper is a strong match for organizations standardizing app catalogs and device configurations across multiple locations with frequent device churn.
- +Automation workflows connect configuration changes to app deployment decisions
- +API-driven extensibility supports custom policy and provisioning flows
- +Device state based targeting reduces manual exception handling
- +Operational history links actions to managed device operations
- –Workflow logic adds governance overhead for fast-changing fleets
- –Advanced use often depends on integration work with existing systems
- –Debugging multi-step automation can be slower than static policies
Field operations IT
Standardize app sets per role
Fewer manual reconfigurations
Enterprise security teams
Enforce policy-driven configuration consistency
Lower drift risk
Show 2 more scenarios
IT automation engineers
Integrate provisioning with internal systems
Higher provisioning throughput
Esper’s API surface enables custom device intake, approvals, and automation triggers tied to inventory.
Operations managers
Reduce role-based device exceptions
Faster onboarding for new roles
Esper routes devices through automated workflows that apply different app and configuration outcomes per role.
Best for: Fits when teams need automated Android app and configuration workflows across churned device fleets.
Hexnode UEM
SMBUnified endpoint management with Android kiosk, zero-touch enrollment, application, and policy controls.
Policy automation for Android device lifecycles via API-driven bulk actions and compliance-based remediation workflows.
Hexnode UEM provisions Android devices through Android Enterprise enrollment workflows and manages device policy and app controls from one admin console. It supports work profiles and fully managed device patterns with configuration delivery, kiosk and app mode controls, and enterprise app distribution through managed play integrations.
- +Android Enterprise enrollment workflows with policy assignment at scale
- +Device and app configuration supports common kiosk and mode patterns
- +Role-based admin access with audit visibility for administrative actions
- +Automation and API support for bulk lifecycle operations
- –Some OEM policy coverage depends on device model support
- –Advanced governance and segmentation needs deliberate admin configuration
- –Staged rollout and policy versioning workflows can feel limited
Best for: Fits when mid-size IT teams need Android enrollment automation and app plus policy control without custom tooling.
Microsoft Intune
enterpriseCloud-based endpoint management with Android Enterprise enrollment, policy, application, and compliance controls.
Microsoft Graph API control of Android device lifecycle actions and policy assignment at scale.
Microsoft Intune ties Android device management to a broader identity and endpoint control plane, which changes how enrollment, policy assignment, and reporting are coordinated. For Android, it delivers device and work profile management capabilities, including compliance policy enforcement, remote actions, and application management through managed Google Play.
- +Policy and reporting align with Microsoft identity and endpoint signals
- +Managed Google Play lets managed app installation follow device state
- +Automation via Microsoft Graph supports bulk actions and workflow orchestration
- +Android enrollment workflows include zero-touch options and streamlined device onboarding
- –Deep Android policy coverage depends on correct Android Enterprise provisioning setup
- –Some advanced kiosk and device-mode controls require careful platform-specific configuration
- –Troubleshooting policy outcomes often needs multiple Intune and device logs
- –Large organizations can face governance complexity from overlapping policy scopes
Best for: Fits when organizations already standardize on Microsoft identity for device security and want Graph-driven automation.
42Gears SureMDM
vertical specialistAndroid device management for kiosks, rugged devices, remote support, and workforce deployments.
SureMDM’s kiosk and single-app management workflow with enforced app availability for dedicated and constrained device scenarios.
42Gears SureMDM centralizes Android management tasks that typically span enrollment, provisioning, policy enforcement, and ongoing compliance monitoring. The console can apply Android enterprise configuration and restrictions, manage app access patterns, and drive device state changes for field and office devices. Automation is practical through repeatable policy templates and bulk actions that reduce per-device manual work. Admin control is reinforced with RBAC-style permissioning and activity visibility for managed changes.
- +Policy templates support consistent Android restriction rollouts across device groups
- +Kiosk and single-app configurations fit frontline device use cases
- +RBAC-style admin permissions reduce broad console access risk
- +Bulk device actions simplify fleet remediation during incidents
- –Some advanced behaviors require careful alignment between enrollment and device ownership mode
- –Integrations and automation typically require vendor configuration work, not just console toggles
- –Complex app allowlisting and lifecycle workflows can increase admin overhead
- –High-frequency custom task schedules may need governance planning
IT operations teams
Large rollout of policy and app controls
Consistent device posture at scale
Retail and warehouse IT
Dedicated devices running a single app
Reduced app switching and downtime
Show 2 more scenarios
Security and compliance teams
Remote remediation after device risk signals
Faster containment of compromised devices
Admins can trigger supported remote actions like wipe and reset to contain exposure quickly.
Managed service providers
Multi-tenant admin access control
Clear governance with fewer mistakes
Role-based permissions and activity visibility support delegated administration across customer device sets.
Best for: Fits when Android fleets need controlled app behavior, kiosk modes, and admin RBAC with audit visibility.
Omnissa Workspace ONE UEM
enterpriseUnified endpoint management for Android Enterprise, corporate-owned devices, and dedicated deployments.
Workflow-driven device and policy orchestration using Workspace ONE UEM APIs, designed for multi-system automation and reporting.
Omnissa Workspace ONE UEM is enterprise mobility and unified endpoint management software built around policy-driven Android Enterprise enrollment and continuous management. Core capabilities include provisioning workflows like zero-touch enrollment and QR code enrollment, policy enforcement via device profiles, and lifecycle controls such as remote wipe and factory reset protection for supported Android modes.
- +Android Enterprise policy enforcement with strong lifecycle controls
- +RBAC supports delegated admin governance for large device estates
- +Zero-touch enrollment and QR code enrollment reduce manual onboarding
- +Automation support through documented APIs and workflow extensibility
- –Admin setup and policy scoping require governance discipline at scale
- –Deep Android Enterprise configuration breadth can increase troubleshooting time
- –Some enterprise app workflows depend on specific platform connectors
- –Complex group hierarchies can slow down change impact analysis
Best for: Fits when enterprises need Android Enterprise management plus delegated governance and API-driven automation.
Cisco Meraki Systems Manager
enterpriseCloud endpoint management with Android enrollment, application distribution, and policy controls.
Meraki Systems Manager ties Android device management actions and reporting to the same dashboard used for Meraki network monitoring.
Cisco Meraki Systems Manager fits organizations that want Android device management tied to network visibility and cloud-based administration. Device enrollments support zero-touch patterns like QR code enrollment and bulk provisioning workflows, which reduces hands-on setup during rollouts.
- +Cloud admin console keeps Android policies and device status in one view
- +Android enrollment supports QR-based and staged provisioning workflows
- +App allowlisting and blocklisting policies are straightforward to apply
- +Remote device actions cover lock, wipe, and reset workflows
- –Automation and API coverage are narrower than endpoint suites with broader integrations
- –Limited depth for low-level Android configuration compared with device OEM tooling
- –Some advanced compliance workflows require careful policy design and testing
- –RBAC granularity can be too coarse for complex multi-team governance
Best for: Fits when IT needs cloud-managed Android policies with integrated device and network visibility across sites.
AirDroid Business
SMBAndroid device management with remote control, kiosk mode, application deployment, and monitoring.
AirDroid Business provides an automation-oriented device command and policy workflow that can be executed consistently across device groups without custom agent development.
AirDroid Business is an Android device management system aimed at enterprises that need day-to-day control over managed fleets without building custom automation tooling. It covers enrollment flows for Android Enterprise work profiles and fully managed devices, policy assignment for device and app behavior, and remote actions such as lock, wipe, and reset.
- +Group-based policy assignment reduces manual device handling
- +Remote lock, wipe, and reset actions fit standard incident workflows
- +Managed app control supports practical allowlisting and blocklisting
- +Android Enterprise enrollment options cover multiple fleet ownership models
- –Advanced governance like RBAC granularity is limited compared with enterprise peers
- –Some OEM-specific device settings require tighter admin configuration discipline
- –Audit log depth for every action is not as granular as top-tier tools
- –API surface focuses on core management operations rather than deep telemetry
Best for: Fits when IT needs Android fleet enrollment, policy control, and remote incident actions with workflow automation.
Ivanti Neurons for MDM
enterpriseCloud mobile device management for Android Enterprise enrollment, applications, and compliance.
MDM actions integrate into Ivanti Neurons operational workflows with API-driven automation for compliance remediation.
Ivanti Neurons for MDM is designed for Android device management inside Ivanti Neurons with policy enforcement, enrollment workflows, and lifecycle controls. Its integration depth is strongest where Android policy needs to map cleanly to enterprise endpoint management actions like provisioning, compliance checks, and remediation.
- +Android enrollment and device lifecycle actions align with Neurons endpoint workflows
- +Policy enforcement supports granular configuration across device groups
- +Audit trails and governance controls reduce operational blind spots
- +API surface supports automation for recurring remediation actions
- –Best results depend on deliberate policy group design and governance
- –Android-specific tuning can require expert handling for edge-case device models
- –Reporting depth varies by data source coverage across Neurons components
- –Some advanced workflows require custom integration work
Best for: Fits when enterprise teams already use Ivanti Neurons and need Android policy automation plus tight governance.
Conclusion
After evaluating 10 android device management software, Scalefusion 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 Android Device Management Software
Android device management software gives IT teams a control plane for Android enrollment, policy enforcement, and lifecycle actions across work profiles and fully managed deployments, often through Android management interfaces. This guide covers 42Gears SureMDM, AirDroid Business, Cisco Meraki Systems Manager, Esper, Hexnode UEM, Ivanti Neurons for MDM, Microsoft Intune, Miradore, Omnissa Workspace ONE UEM, and Scalefusion.
The tools in this guide differ most in how they shape automation and governance, including API-first workflow design in Esper, workflow-driven orchestration with Workspace ONE UEM, and kiosk and single-app behavior controls in 42Gears SureMDM. IT teams can use these differences to match command throughput, policy scoping, and admin delegation to their Android fleet structure.
Android Device Management Software for enrollment, policy enforcement, and automated fleet operations
Android device management software centrally handles Android fleet enrollment, configuration, app deployment, and remote lifecycle actions such as lock, wipe, and reset. It also supports ongoing compliance and policy maintenance by binding device state to enforcement behavior for work profiles, fully managed devices, and kiosk-style constraints.
In this category, 42Gears SureMDM emphasizes kiosk and single-app management workflows that control app availability for dedicated and constrained scenarios. Esper focuses on API-driven automation where workflow logic ties configuration changes to app assignment decisions across device churn.
Android device management controls that change enforcement outcomes
Android device management software only matters when enforcement stays tied to the enrollment method and device ownership mode, because kiosk restrictions, work profile limitations, and fully managed device actions behave differently across these states. 42Gears SureMDM centers kiosk and single-app management workflows, while Esper ties configuration changes to app assignment decisions through an API-driven workflow layer.
Buyers should grade controls by the mechanisms used to define behavior, target groups, and perform lifecycle actions such as lock, wipe, and reset. Microsoft Intune connects Android lifecycle actions to Microsoft Graph, and Omnissa Workspace ONE UEM supports delegated governance through RBAC so different admins can safely manage subsets of an Android estate.
Enrollment flow fit for Android deployment shape
Scalefusion supports zero-touch enrollment with QR onboarding for Android devices and can apply Android Enterprise work profile and fully managed provisioning workflows. Cisco Meraki Systems Manager also supports Android enrollment with QR-based and staged provisioning workflows, which matters when staging needs to match network rollout windows.
Kiosk and constrained app enforcement behavior
42Gears SureMDM is built around kiosk and single-app management workflows with enforced app availability for dedicated and constrained device scenarios. Scalefusion also targets kiosk-like constraints through template-driven policy and app rollout tied to enrollment and governance behavior.
Automation surface and integration depth
Esper provides workflow automation designed to target device states and uses its API to connect configuration changes to app deployment decisions. Microsoft Intune drives Android device lifecycle actions through the Microsoft Graph API, while Ivanti Neurons for MDM focuses Android policy automation inside Ivanti Neurons operational workflows.
Group targeting and operational remediation workflows
Miradore emphasizes batch policy assignment with group targeting to reduce repetitive configuration work across large Android device sets. Hexnode UEM adds API-driven bulk actions and compliance-based remediation workflows that can adjust policy enforcement after devices drift.
Admin governance with delegated control
Omnissa Workspace ONE UEM supports delegated admin governance via RBAC, which helps large enterprises split Android management responsibilities across teams. 42Gears SureMDM includes admin RBAC with audit visibility for kiosk and constrained device management, while AirDroid Business keeps advanced RBAC granularity limited compared with enterprise peers.
Operational action coverage for incident handling
AirDroid Business supports remote lock, wipe, and reset actions that fit standard incident response workflows tied to group policy control. Miradore and Hexnode UEM both include remote actions and remediation behavior that can be triggered after enrollment state or compliance signals change.
Decide by automation philosophy and governance depth for Android
Android device management tools split into distinct operational models, and the model determines how predictably policy changes land across churned fleets. Esper is built for API-driven workflow automation that links device state to app assignment decisions, while Workspace ONE UEM orchestrates workflows and policy enforcement with delegated governance.
Buyers also need to map command throughput and admin delegation to real estate structure. Cisco Meraki Systems Manager keeps Android device policies and device status inside the same Meraki dashboard used for network monitoring, while 42Gears SureMDM emphasizes kiosk and single-app constraints that require alignment between enrollment and device ownership mode.
Pick the automation model that matches how change requests are executed
If Android policy and app decisions must be driven by device state and custom logic, Esper’s workflow automation and API-driven extensibility fit configuration-to-app decisioning across churned fleets. If automation must ride inside a broader IT operations stack, Ivanti Neurons for MDM ties Android policy automation to Ivanti Neurons endpoint workflows.
Align enrollment method with rollout staging and device ownership mode
If Android provisioning needs QR onboarding plus zero-touch paths that match a staged deployment schedule, Scalefusion’s QR onboarding and provisioning workflows are designed for that structure. If cloud operations teams want QR and staged provisioning tied to reporting in the same interface used for network visibility, Cisco Meraki Systems Manager supports QR-based and staged provisioning workflows.
Choose the constraint workflow when devices must behave like terminals
If frontline devices require enforced app availability with kiosk and single-app behavior, 42Gears SureMDM is designed around kiosk and single-app management workflows. If kiosk-like constraints still need a template-driven rollout and ongoing compliance behaviors, Scalefusion combines kiosk suitability with template-driven policy and app rollout.
Validate governance and delegation needs against RBAC depth
If multiple teams must manage distinct Android groups with delegated admin controls, Omnissa Workspace ONE UEM supports RBAC for large device estates. If only lighter RBAC depth is acceptable, AirDroid Business provides automation-oriented commands and policy workflow but keeps advanced governance like RBAC granularity limited compared with enterprise peers.
Map remediation expectations to compliance and group targeting behavior
If remediation must follow compliance outcomes with API-driven bulk actions, Hexnode UEM provides compliance-based remediation workflows. If fast incident handling needs group targeting plus repeated policy assignment to reduce manual handling, Miradore’s group-based policy assignment and remote lock and wipe flows fit that pattern.
Confirm API reach for integrations and automation without console-only work
If automation must integrate deeply with existing identity and endpoint tooling through Microsoft APIs, Microsoft Intune’s Android lifecycle control via Microsoft Graph supports Graph-driven automation and managed app installation behavior through Managed Google Play. If automation depends on custom provisioning and action flows, Esper and Hexnode UEM are oriented toward API-driven extensibility and bulk action orchestration.
Who benefits from Android device management with kiosk, workflows, and delegation
Android device management software is most effective when Android rollout and enforcement requirements map to a specific operational model. Teams that need kiosk behavior and strict app availability benefit from tools built around constrained device workflows, while teams that need state-driven automation benefit from API-first workflow engines.
Governance depth also drives fit. Large enterprises that distribute administrative responsibilities across departments tend to prefer RBAC-capable management platforms, while mid-size IT teams often prioritize enrollment automation plus policy and app control in one console.
Frontline operations teams managing dedicated kiosk or terminal-like devices
42Gears SureMDM supports kiosk and single-app management workflows with enforced app availability, and those constraints are operationally aligned with dedicated and constrained device scenarios.
IT teams that automate Android actions based on device state transitions
Esper connects configuration changes to app deployment decisions using workflow automation and an API surface, which fits fleets where device churn changes outcomes frequently.
Enterprises that delegate Android administration across teams and regions
Omnissa Workspace ONE UEM provides RBAC for delegated governance, which helps split policy scoping and device lifecycle responsibilities across large device estates.
Organizations standardized on Microsoft identity and endpoint automation
Microsoft Intune aligns Android lifecycle actions and reporting with Microsoft identity and uses Microsoft Graph for automation, which reduces gaps between identity, security, and device operations.
Mid-size IT teams aiming for scalable Android enrollment and remediation workflows
Hexnode UEM supports Android Enterprise enrollment workflow automation at scale and includes API-driven bulk actions with compliance-based remediation workflows.
Common buying mistakes for Android Device Management Software
Android management mistakes usually come from mismatched expectations about how policies apply across enrollment state and device ownership mode. Kiosk and constrained workflows can fail to behave as intended when enrollment mode and device ownership alignment are not planned carefully.
Governance mistakes also cost time. Admin delegation can create troubleshooting overhead when policy scoping and group design are not deliberate, and some tools require vendor configuration work before integrations and automation become operational.
Assuming kiosk and single-app behavior works without aligning enrollment and device ownership mode
42Gears SureMDM requires careful alignment between enrollment and device ownership mode for advanced behaviors, so rollout planning must treat those details as part of policy design.
Buying for automation but underestimating governance overhead introduced by workflow logic
Esper’s workflow logic can add governance overhead for fast-changing fleets, so workflow governance roles and review paths must be defined before scaling automation.
Overlooking that some governance depth is narrower than enterprise peers
AirDroid Business keeps advanced governance like RBAC granularity limited compared with enterprise peers, so team-based delegation requirements must be mapped to available admin controls.
Treating integration as a toggle instead of a setup and configuration effort
42Gears SureMDM notes that integrations and automation often require vendor configuration work, so integration fit must be validated early for endpoints and policy workflows.
Expecting deep Android configuration breadth without planning for troubleshooting time
Omnissa Workspace ONE UEM can increase troubleshooting time when Android Enterprise configuration breadth expands, so complex configuration should be rolled out with clear scoping and owner accountability.
How analysts checked these Android device management tools
Analysts searched for the original product material tied to the Android device management entries and captured each factual claim that appeared in the source passages. Analysts compared each captured claim against official documentation and the product changelog, and they included an independent review when one was cited in the same entry context. Analysts kept only the figures and capabilities that matched the official materials, and they used a published benchmark only when that benchmark was the cited source for the capability statement.
Frequently Asked Questions About Android Device Management Software
How do Android Enterprise enrollment flows differ between 42Gears SureMDM, Miradore, and Cisco Meraki Systems Manager?
Which tools provide API access for automation, and how does that affect rollout throughput?
What SSO and identity integrations exist for Android device management, and what security boundary do they create?
How does RBAC work in Miradore and Hexnode UEM when multiple admins manage different device groups?
How do these platforms handle data migration when switching MDM vendors for an existing Android fleet?
What breaks first if device ownership mode and enrollment method do not match the intended Android Enterprise configuration?
How do kiosk and single-app workflows differ between Scalesfusion, Hexnode UEM, and 42Gears SureMDM?
When a device is offline during an incident, how do remote actions like lock, wipe, and reset behave across tools?
Where does data model alignment matter most when integrating with other IT systems using Android device management APIs?
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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