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Facilities Property ServicesTop 9 Best Preventative Maintenance Software of 2026
Compare preventative maintenance software options for planning work orders, tracking assets, and managing maintenance schedules for teams evaluating tools.
How we ranked these tools
Vendors set the topic, but our editors set 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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Fiix is the best pick for maintenance teams that need recurring, meter-driven PM because its triggers schedule work from usage thresholds and keep an audit-ready job history, while MPulse fits smaller operations since job-plan execution and configurable checklists standardize technician steps on each recurring job.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Fiix
Meter-based triggers that schedule maintenance from usage thresholds, not just dates.
Best for: Fits when maintenance teams need recurring and meter-driven PM with mobile execution and audit-ready job history.
IBM Maximo Application Suite
Editor pickMaintenance plans can be executed through recurring work order generation tied to meter readings and embedded checklist steps.
Best for: Fits when enterprise asset maintenance needs recurring PM, meter triggers, and governed integrations across multiple systems.
MPulse
Editor pickJob-plan driven work execution with configurable checklist steps tied to each maintenance record.
Best for: Fits when operations teams need recurring preventive maintenance with checklists, history, and per-job parts capture.
Comparison Table
Fiix
enterpriseCMMS platform now part of Rockwell Automation.
Meter-based triggers that schedule maintenance from usage thresholds, not just dates.
Fiix focuses on maintenance execution quality, with work order templates that can include maintenance checklists and step-based job plans. The platform links recurring work, asset hierarchy, and maintenance history so teams can trace what was done and when it repeats. Usage-based triggering is handled through meter readings that can schedule or prompt work when thresholds are reached.
A key tradeoff is that meter-based automation and checklist adherence require consistent asset and meter setup before teams see clean scheduling results. Fiix fits best when maintenance teams run frequent planned maintenance cycles and need mobile field updates that stay aligned with the planned work record.
- +Recurring work orders keep planned maintenance cadence consistent.
- +Meter thresholds support usage-driven scheduling and work prompts.
- +Mobile work orders reduce status delays between planning and field.
- +Work order checklists standardize execution steps across technicians.
- –Meter setup and hierarchy quality directly affect scheduling accuracy.
- –Advanced governance needs careful role design across locations.
- –ERP and inventory mapping can require implementation work.
- –Reporting depth depends on disciplined data entry in the field.
Maintenance planners
Recurring PM with standard job plans
Fewer missed PM tasks
Operations reliability teams
Usage-driven triggering for critical assets
Reduced unplanned downtime
Show 2 more scenarios
Technicians on mobile
Field updates on work orders
Cleaner maintenance history
Completes job steps and checklists from the shop floor while work remains traceable.
Asset management admins
Asset hierarchy and PM standardization
Better compliance documentation
Maintains structured asset registers and history so planners can audit recurring work.
Best for: Fits when maintenance teams need recurring and meter-driven PM with mobile execution and audit-ready job history.
IBM Maximo Application Suite
enterpriseEnterprise asset management with advanced PM planning.
Maintenance plans can be executed through recurring work order generation tied to meter readings and embedded checklist steps.
IBM Maximo Application Suite runs preventive maintenance scheduling through work orders that pull from an asset hierarchy and maintenance plans. It supports time-based and meter-based triggers plus recurring maintenance checklists, with maintenance history feeding future planning.
The suite adds automation via integrations, including REST-based workflows and connector-based data exchange for asset, service, and enterprise systems. Administration focuses on RBAC, audit logs, and governance settings that help control who can create plans, dispatch jobs, and change maintenance rules.
- +Time and meter triggers drive recurring preventive work orders
- +Maintenance checklists attach structured SOP steps to each job
- +RBAC plus audit logs support change control for maintenance rules
- +Integration tooling supports API-based workflow and system data exchange
- –Configuration of asset hierarchy and maintenance plans requires disciplined setup
- –Complex workflows take longer to tune than lighter CMMS deployments
- –Advanced mobile and dispatch experiences depend on connected modules
- –Some reporting needs customization for department-specific compliance views
Fleet maintenance managers
Schedule vehicle work from meter triggers
Planned maintenance across all vehicles
Reliability engineers
Run recurring checklists for assets
More consistent planned work
Show 2 more scenarios
Compliance and governance leaders
Produce audit-ready maintenance decision trails
Traceable maintenance evidence
Use governed transaction histories, inspections, and work records to support maintenance reviews and compliance.
Field inspectors and technicians
Link inspections to corrective work orders
Inspection-to-repair traceability
Complete field checklists and route findings into corrective work orders with completion history.
Best for: Fits when enterprise asset maintenance needs recurring PM, meter triggers, and governed integrations across multiple systems.
MPulse
SMBCMMS for maintenance, inventory, and PM scheduling.
Job-plan driven work execution with configurable checklist steps tied to each maintenance record.
MPulse is a preventive maintenance management system that schedules recurring maintenance tasks and captures technician work results against an asset hierarchy. The core workflow centers on maintenance calendar planning with job plans, maintenance history, and checklist-style work execution.
MPulse also supports parts and materials capture tied to specific maintenance activities, which helps keep downstream records aligned to completed work. Governance is reinforced through configurable templates for repeatable SOP-style procedures and auditable maintenance records for compliance-oriented teams.
- +Recurring work-order scheduling that maps directly to the maintenance calendar
- +Maintenance checklists and job plans standardize technician execution steps
- +Maintenance history records completed work details for traceability
- +Parts and materials captured per maintenance activity to keep records consistent
- –Asset setup and hierarchy maintenance require careful onboarding discipline
- –Condition-based triggers depend on how meter and sensor data is modeled in the tenant
- –Advanced automation and integrations are more limited than CMMS suites with broad native connectors
Warehouse maintenance teams
Schedule forklift service using hour meter readings
Better fault review and planning
Facilities equipment maintenance
Run recurring preventive tasks from templates
Fewer missed maintenance tasks
Show 2 more scenarios
Maintenance compliance teams
Maintain approvals, attachments, closeout evidence
Audit-ready maintenance records
Status changes, inspection results, and closeout notes form an auditable maintenance timeline.
Asset-intensive operations managers
Track service history for troubleshooting
Searchable history for decisions
Maintenance activities and inspection outcomes remain connected to individual asset records.
Best for: Fits when operations teams need recurring preventive maintenance with checklists, history, and per-job parts capture.
Asset Panda
SMBAsset tracking platform with maintenance scheduling.
Mobile execution with configurable maintenance checklists that write completion results back into asset maintenance history.
Asset Panda is built for preventive maintenance workflows where recurring tasks, standardized checklists, and technician mobile capture are tied back to specific assets. Work orders can include step-by-step job plans and digital checklists so technicians complete the same maintenance sequence across shifts and locations. Maintenance history logs outcomes, attachments, and completion details, which helps keep compliance artifacts linked to the original work.
- +Checklist-driven mobile work orders reduce missed steps during PM visits
- +Asset-linked maintenance history keeps photos and completion data traceable
- +Recurring scheduling automates planned work creation across asset fleets
- +RBAC supports separated roles for planners, techs, and approvers
- –Meter-based triggers require careful meter setup for accurate scheduling
- –Template design effort increases when asset types vary widely
- –Complex multi-site governance can demand disciplined admin processes
- –Advanced integrations may require developer work for custom data flows
Maintenance supervisors
Schedule recurring PM work orders
Fewer missed PM steps
Facilities compliance teams
Maintain traceable maintenance audit trails
Faster compliance evidence retrieval
Show 2 more scenarios
Technician field teams
Capture condition findings during PM
More complete field documentation
Uses step-by-step job plans and digital forms to document results during the visit.
Reliability planners
Drive usage-based planned maintenance
Reduced reactive breakdowns
Uses meter and runtime inputs to generate upcoming planned work for assets with consumption patterns.
Best for: Fits when maintenance teams need checklist-based PM execution tied to asset history at scale.
MicroMain
SMBMaintenance and facility management software.
Recurring work order generation that combines time schedules with usage meter thresholds for maintenance triggers.
MicroMain manages preventive maintenance by turning asset records into scheduled work orders and technician-ready tasks. The system supports maintenance checklists, job plans, and work order history tied to equipment so teams can standardize planned maintenance execution.
- +Recurring and meter-based triggers create maintenance work orders automatically
- +Maintenance checklists and SOP-style job plans keep field execution consistent
- +Maintenance history links completed work back to the equipment record
- +RBAC and audit trails support controlled maintenance planning and changes
- –Meter setup and threshold mapping require careful configuration and governance discipline
- –Deep condition-based and IoT sensor workflows depend on external integrations
- –Bulk changes to asset hierarchies can be slower than spreadsheet-style updates
- –Advanced reporting depends on how maintenance data is modeled up front
Maintenance planners and facility managers
Schedule recurring preventive work from asset triggers
Routine work stays on schedule
Maintenance leaders and operations managers
Assess plan reliability using work status
Identify schedule reliability gaps
Show 2 more scenarios
Maintenance coordinators and operations teams
Route corrective work through visible workflow
Faster issue tracking and closure
Reported issues become corrective work orders with assigned ownership and recorded resolution details.
Maintenance managers and reliability teams
Investigate repeat failures using equipment history
Better plans for future work
Teams review past work outcomes including failures, parts, findings, and resolutions by asset or location.
Best for: Fits when operations teams need scheduled preventive work orders with checklist execution and controlled maintenance planning.
FTMaintenance
SMBCMMS by FasTrak for preventive maintenance.
Checklist-driven job execution tied directly to recurring maintenance work order templates.
FTMaintenance targets teams that need preventive maintenance scheduling with recurring work orders tied to an asset register. The system focuses on technician-facing execution using maintenance checklists and job plans linked to work history.
- +Recurring work orders reduce manual scheduling for repeated maintenance
- +Maintenance checklists standardize technician execution across job types
- +Maintenance history links completed work to the asset record
- +Downtime and completion tracking support planned work reporting
- –Fewer native automation paths for usage-based or condition-based triggers
- –Extensibility and API support are not clearly positioned for deep integrations
- –Asset hierarchy depth can feel limited for large multi-site fleets
- –Governance controls for roles and audit trails require careful process ownership
Maintenance supervisors and operations managers
Triage open work via status dashboards
Backlog stays easier to triage
Maintenance managers and facilities leads
Generate recurring planned work orders
Preventive cycles track against completion
Show 2 more scenarios
Mobile maintenance technicians
Complete checklists and update field status
Fewer handoffs for field updates
Technicians execute assigned tasks, complete checklists, and record closeout details on mobile.
Maintenance supervisors and field technicians
Standardize inspections using shared job plans
Inspection records become more consistent
Teams reuse checklists and job instructions to capture consistent inspection steps and evidence.
Best for: Fits when teams need recurring preventive work orders, checklists, and asset-linked maintenance history.
DPSI
enterpriseCMMS solutions for preventive and corrective maintenance.
Meter-based scheduling can trigger new planned work from runtime or count thresholds mapped to asset records.
DPSI fits teams that run recurring maintenance programs and need consistent inspection steps across many assets. Asset hierarchy support helps convert an equipment register into scannable technician work using maintenance checklists and job plans. Maintenance history and completion tracking support audits of what was done, when it was done, and which work items were closed.
- +Recurring work orders link job plans to asset hierarchy consistently
- +Meter-driven triggers support usage-based scheduling beyond calendar intervals
- +Maintenance history captures completion details for repeatable compliance workflows
- +Checklist-driven execution reduces variance across technicians
- –Setup must formalize asset coding, job plans, and checklist templates
- –Complex trigger logic can require admin review to prevent schedule noise
- –Advanced integration needs require documented API mapping and governance
- –Reporting depth can lag behind teams needing highly custom KPIs
Maintenance planning teams
Standardize recurring inspections for regulated assets
Fewer missed steps
Facilities operations
Shift maintenance with usage and runtimes
Better schedule timing
Show 2 more scenarios
Maintenance supervisors
Review history to reduce repeat downtime
Faster corrective focus
Completed maintenance history and closure tracking provide context for recurring failure patterns.
Asset management analysts
Audit maintenance execution across hierarchies
Cleaner audit trail
Asset hierarchy and maintenance records support tracing work completion per equipment family.
Best for: Fits when maintenance planners need checklist-based recurring work and usage-triggered scheduling across many assets.
Brightly
enterpriseAsset and facilities management platform for PM.
Job plans paired with maintenance checklists create enforceable SOP steps inside recurring work executions.
Brightly is a preventive maintenance solution built for organizations that need planned work management tied to an asset hierarchy and maintenance history. Recurring work orders, maintenance checklists, and job plans support time-based and usage-based maintenance scheduling workflows.
- +Strong recurring work order handling for planned maintenance cycles
- +Maintenance checklists connect job plans to field execution steps
- +Maintenance history supports consistent troubleshooting and performance review
- +Asset hierarchy modeling helps keep the equipment register structured
- –Asset hierarchy setup takes disciplined governance to avoid maintenance drift
- –Advanced automation beyond standard schedules depends on deeper workflow configuration
- –Complex permission models require careful RBAC planning for multiple roles
- –Integration projects can require additional engineering for data mapping
Maintenance planners and facilities teams
Schedule recurring checklist work by location
Traceable recurring maintenance plans
Maintenance managers and operations leaders
Review open work and execution progress
Improved visibility of backlog
Show 2 more scenarios
Asset managers and maintenance teams
Link work history to equipment hierarchies
Structured history for planning
Maintain structured maintenance history across locations to support planning and troubleshooting context.
Property and facilities leaders
Compare performance across sites and asset groups
Data-driven portfolio maintenance reviews
Use maintenance activity and outcomes to run recurring performance reviews across facilities.
Best for: Fits when maintenance teams run planned and recurring work against an asset hierarchy and need audit-ready job history.
Siveco
enterpriseEAM and CMMS for maintenance and asset performance.
Mobile-ready maintenance checklists linked to job plans so technicians execute SOP steps consistently on each work order.
Siveco supports preventive maintenance scheduling through structured maintenance plans, recurring work orders, and execution history tied back to assets. The differentiation is its focus on maintenance operations governance, including job plans and standardized checklists that technicians can follow on mobile work orders.
- +Recurring planned maintenance schedules with work order generation tied to assets
- +Maintenance checklists and job plans support repeatable execution across technicians
- +Maintenance history and completion records support traceability for planned upkeep
- +Integration-oriented design supports CMMS workflows in larger enterprise contexts
- –Asset hierarchy setup needs disciplined configuration to avoid misrouted work
- –Advanced automation depends on careful configuration of triggers and intervals
- –Administrator configuration takes time when migrating existing equipment registers
- –Role separation and approvals require deliberate governance design
Maintenance supervisors and planners
Plan recurring work across plant assets
Fewer missed scheduled tasks
Technicians using mobile work orders
Follow standardized checklists on site
More consistent maintenance execution
Show 2 more scenarios
Compliance and audit teams
Prove planned work execution
Faster audit evidence gathering
Use execution history tied to plans for audit trails of compliance-driven maintenance.
IT and enterprise integration teams
Sync maintenance context with systems
Reduced data re-entry work
Integrate maintenance activity with enterprise systems for operational and inventory context sharing.
Best for: Fits when maintenance teams need planned work orders with checklist-driven execution and traceable maintenance history.
Conclusion
After evaluating 9 preventative maintenance software, Fiix 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 Preventative Maintenance Software
Preventative maintenance software is usually judged on how reliably it generates recurring planned work orders and how tightly that work links back to asset maintenance history. This guide covers Asset Panda, DPSI, Fiix, MPulse, MicroMain, FTMaintenance, Eagle Technology Proteus MMX, Siveco, IBM Maximo Application Suite, and Brightly based on their checklist execution and scheduling mechanics.
The practical differences show up in meter-based triggers versus calendar schedules and in how job plans drive technician steps. Asset Panda and Fiix both center meter-driven recurring work, while MPulse and Brightly emphasize job-plan and checklist execution tied to maintenance records.
Preventative Maintenance Software that schedules recurring work orders and executes checklists against asset history
Preventative maintenance software schedules recurring planned work through time-based intervals, meter thresholds, or both, then records technician execution against job plans and work order checklists. Asset Panda ties mobile checklist completion back into asset maintenance history, which makes field results traceable for repeat tasks.
Fiix also schedules from usage thresholds and supports recurring work prompts tied to meter data, with governance that depends on role design across locations. IBM Maximo Application Suite similarly generates recurring work orders from time and meter readings, but it requires disciplined configuration of asset hierarchy and maintenance plans for enterprise workflows.
Recurring work generation, checklist enforcement, and traceable maintenance history
Preventative maintenance software earns daily use when it generates recurring planned work orders from time schedules, meter readings, or both, and then locks technician execution into the same checklist used by planners. This guide prioritizes tools where recurring scheduling mechanics and checklist completion data stay connected to maintenance records that support repeat tasks and audits.
Mobile checklist execution tied to asset-linked maintenance history
Asset Panda writes mobile checklist completion back into asset maintenance history so photos and completion data remain traceable for repeat PM tasks. Siveco also links mobile-ready checklists to job plans so technicians execute SOP steps on each work order.
Meter-based scheduling that maps usage thresholds to assets and job plans
DPSI uses meter-based scheduling to trigger new planned work from runtime or count thresholds mapped to asset records. Fiix and MicroMain both generate recurring work from meter thresholds, with Fiix positioned around usage-driven prompts and MicroMain positioned around scheduled preventive work orders plus meter thresholds.
Job-plan driven work execution with checklist steps
MPulse drives recurring execution through job plans that define configurable checklist steps per maintenance record. Brightly pairs job plans with maintenance checklists to create enforceable SOP steps inside recurring work executions.
Consistency of recurring work order creation across time and usage
MicroMain combines time schedules with usage meter thresholds so preventive triggers can be generated automatically for recurring planning. Asset Panda also supports meter-driven recurring work, and its mobile checklist closure keeps execution tied to the same maintenance history used for future scheduling.
Governance controls that prevent schedule noise and maintenance drift
Fiix requires meter setup and hierarchy quality because scheduling accuracy depends on tenant configuration. MicroMain and IBM Maximo Application Suite both require setup discipline since meter mapping and complex maintenance plans depend on consistent asset hierarchy modeling.
Choose scheduling mechanics and checklist data flow based on operations reality
The selection hinge is which scheduling philosophy matches the maintenance triggers used in the field, then how checklist results flow back into maintenance history. The next steps separate time-first planning from meter-first planning and then separate lightweight checklist enforcement from governance-heavy execution across locations.
Pick meter-first versus calendar-first recurring work generation
Choose DPSI or Fiix when meter-based scheduling from runtime or count thresholds is required to generate planned work from usage. Choose MPulse or Eagle Technology Proteus MMX when recurring cycles are primarily driven by job-plan and time-based maintenance calendars rather than heavy meter threshold logic.
Validate how checklist completion returns into maintenance history
Choose Asset Panda when mobile checklist completion must write completion results back into asset maintenance history for repeatable traceability. Choose Siveco when SOP-style checklist execution linked to job plans must remain consistent across technicians.
Check whether job plans define checklist steps at the maintenance record level
Choose MPulse when configurable checklist steps tied to each maintenance record must standardize technician execution and parts capture. Choose Brightly when job-plan paired checklists must create enforceable SOP steps inside recurring work executions.
Test asset hierarchy quality against scheduling accuracy
If asset coding and hierarchy discipline is limited, expect Fiix and DPSI to require careful setup because scheduling accuracy depends on hierarchy and meter setup. If hierarchy governance can be enforced, IBM Maximo Application Suite can support governed integrations and complex maintenance plans across enterprise workflows.
Plan for governance workload if triggers and triggers logic get complex
Choose DPSI when admin review is acceptable to prevent schedule noise from complex trigger logic. Choose FTMaintenance when fewer native automation paths are acceptable and recurring work relies more on checklist-driven job execution than on advanced usage or condition-based trigger workflows.
Who benefits from Preventative Maintenance Software built around triggers and traceable execution
Teams with recurring PM work need software where scheduling creates the right work order cadence and where technicians close the loop with checklist results attached to the maintenance record. The best fit depends on whether triggers come from meter readings or calendar intervals and how asset history is used to learn and standardize execution.
Maintenance planners running usage-based PM at scale
DPSI fits when recurring work prompts must be generated from runtime or count thresholds mapped to asset records across many assets. Fiix fits when meter thresholds must drive scheduling with audit-ready job history and mobile execution.
Operations teams standardizing technician steps for repeatable PM visits
MPulse fits when job plans must define checklist steps tied to each maintenance record and support per-job parts capture. Eagle Technology Proteus MMX fits when completed technician work must tie back into maintenance history for recurring tasks using checklists and job plans.
Asset-centric teams that need field evidence stored against the right asset record
Asset Panda fits when mobile checklist completion must write completion results back into asset maintenance history so photos and completion data stay traceable. Siveco fits when traceable maintenance history must be supported through mobile-ready checklists linked to job plans.
Enterprises coordinating governed maintenance across multiple systems
IBM Maximo Application Suite fits when time and meter triggers must generate recurring work orders while governed configuration and integration across systems are expected. Fiix can also fit enterprise-like rollouts, but it places more scheduling accuracy weight on meter setup and hierarchy quality.
Common pitfalls that break recurring PM scheduling and checklist traceability
Most failures come from mismatched trigger logic or weak asset hierarchy discipline that causes wrong schedules or wrong work order targets. Checklist enforcement fails when mobile completion does not reliably attach to the correct maintenance history records that planners use later.
Underestimating meter setup and hierarchy quality for meter-driven scheduling
Fiix and DPSI both depend on meter setup and asset hierarchy quality to schedule accurately from usage thresholds. MicroMain and MPulse also require careful configuration because trigger mapping and job-plan onboarding directly affect the correctness of recurring work orders.
Assuming recurring work order templates automatically match how technicians execute in the field
FTMaintenance and Eagle Technology Proteus MMX focus on checklist-driven job execution tied to recurring templates, so missing checklist templates for each job type leads to technician drift. MPulse and Brightly reduce drift by mapping checklists to job plans and maintenance records used during execution.
Overbuilding trigger logic without governance review
DPSI can produce schedule noise when complex trigger logic needs admin review to filter schedule churn. Fiix similarly requires governance discipline through careful role design across locations to keep recurring prompts stable.
Choosing a tool with thin native automation paths for usage and condition workflows
FTMaintenance has fewer native automation paths for usage-based or condition-based triggers, so meter-driven expansion may require workarounds. MicroMain relies on external integrations for deeper condition-based and IoT sensor workflows, so sensor-based plans may depend on integration capacity.
How We Selected and Ranked These Tools
We evaluated Asset Panda, DPSI, Fiix, MPulse, MicroMain, FTMaintenance, Eagle Technology Proteus MMX, Siveco, IBM Maximo Application Suite, and Brightly on recurring work generation from time schedules or meter thresholds, on checklist execution that ties job plans to technician steps, and on whether completion data flows back into maintenance history. Features were weighted at 40% and ease of use and value each carried 30% weight to reflect day-to-day planning and field execution effort. Asset Panda ranked highest because its checklist-driven mobile execution writes completion results back into asset maintenance history, which makes field evidence traceable for future recurring scheduling.
Frequently Asked Questions About Preventative Maintenance Software
How do preventive maintenance tools generate recurring work from both schedules and usage meters?
Which preventive maintenance systems treat checklists as part of the job plan instead of a separate form?
How does mobile execution affect maintenance history accuracy in tools with technician capture?
What breaks if a preventive maintenance system lacks an audit trail for planned work execution?
When does downtime tracking matter for preventive maintenance scheduling workflows?
Which tools support integrations and APIs for moving asset and maintenance data between systems?
How do admin controls like RBAC and approvals show up in preventive maintenance execution?
How is data migration handled when switching from a legacy CMMS or EAM to a new preventive maintenance platform?
Where does extensibility show up when organizations need custom job steps and SOP alignment?
When should teams choose a preventive maintenance tool that is planner-first versus technician-first?
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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