GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Facilities Project Management Software of 2026
Ranked roundup of top facilities project management software for FM teams, comparing Procore, Autodesk Construction Cloud, Planon, and others.
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
FM:Systems fits best for facilities teams that need asset-linked work orders plus preventive scheduling with controlled reporting, while if you’re budget-tight CMiC is the cheaper entry, and Projectmates is the better fit when you manage capital delivery tied to ongoing work tracking.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
FM:Systems
Asset and location context is built into work orders to keep reactive dispatch aligned with the asset register.
Built for fits when facilities teams need asset-linked work orders plus preventive scheduling with controlled forms and reporting..
Procore
Editor pickUnified submittal, RFI, and change workflow records that remain linked to project deliverables for handover.
Built for fits when facilities teams must govern handover documentation and change workflows with construction delivery records..
Planon
Editor pickIntegrated work execution that stays anchored to asset and location relationships across requests, work orders, and planned maintenance.
Built for fits when facilities teams need work execution linked to asset and space data for planning..
Comparison Table
FM:Systems
enterpriseWorkplace and facilities management software with project, move, and space planning functions for facility teams.
Asset and location context is built into work orders to keep reactive dispatch aligned with the asset register.
FM:Systems fits teams that need work order routing with consistent asset context, because job records can link to an asset register and location hierarchy. Preventive maintenance plans can be scheduled by trigger logic and carried into work orders, which keeps recurring tasks from drifting into manual spreadsheets. Reporting emphasizes operational outcomes like work order throughput, aging, and preventive completion rates, which supports backlog and scheduling reviews.
A key tradeoff is that deeper automation typically depends on careful configuration of templates, fields, and workflow states before teams scale intake volumes. FM:Systems works best when asset and location data is already structured enough to receive CAD or BIM imports, because workflow value declines if the asset registry is incomplete. For usage, teams that standardize form requirements and SLA fields before onboarding new departments usually see faster adoption.
- +Work orders stay linked to assets and locations for consistent execution
- +Preventive maintenance scheduling generates repeatable job plans
- +Operational reporting covers aging and preventive completion trends
- +Import and sync flows support moving asset details into day-to-day work
- –Workflow customization requires disciplined configuration of fields and states
- –Advanced automation depends on admin build time and template upkeep
- –Cross-department rollout can slow when data standards differ by site
- –Some specialized compliance logs need tailored setups rather than defaults
Facilities maintenance managers
Preventive plan generation and backlog tracking
Improved preventive completion rate
Regional CMMS administrators
Multi-site workflow standardization
Fewer inconsistent job records
Show 2 more scenarios
Property operations teams
Reactive dispatch tied to assets
Faster routing and triage
Routes reactive requests into work orders that reference the correct asset and location hierarchy.
CAFM data stewards
CAD or BIM asset import
Reduced manual asset entry
Brings asset details from design artifacts into an operational register for day-to-day work orders.
Best for: Fits when facilities teams need asset-linked work orders plus preventive scheduling with controlled forms and reporting.
Procore
enterpriseConstruction management platform that supports project controls, collaboration, and owner workflows for facility projects.
Unified submittal, RFI, and change workflow records that remain linked to project deliverables for handover.
Procore provides project-centric workflow objects that cover the documentation and decision trail needed for handover readiness, including drawings, submittals, RFIs, and change documentation. It supports RBAC-style role controls at both company and project scopes, with audit trails on content and workflow activity for later review. Organizations can automate cross-system actions via API calls and webhooks, including syncing status updates to internal systems that track work and handoff milestones.
A key tradeoff is that Procore’s strongest workflows map to construction delivery artifacts rather than full CMMS-style lifecycle maintenance operations and scheduling. Procore works best when facilities teams need structured handover records and managed change coordination, then hand those artifacts off to an operational maintenance system.
- +Project workflow records keep submittals, RFIs, and changes tied to deliverables.
- +Granular project and company role permissions support controlled visibility.
- +API and automation support connecting operational systems to project status updates.
- +Handover documentation stays queryable within the same project context.
- –Maintenance scheduling depth is limited compared to CMMS-first tools.
- –Workflow setup requires governance discipline across projects for consistent use.
- –Reporting for facilities KPIs often needs integration work to centralize measures.
- –Some facilities-specific asset records require external systems.
Facilities and handover teams
Track handover documentation across projects
Faster handover documentation validation
Program managers
Coordinate change events and reviews
Lower rework from missed decisions
Show 2 more scenarios
Integration and operations teams
Sync project milestones to ERP systems
Consistent operational reporting
API-driven automation moves status and artifact references into operational tracking systems.
General contractors and owner reps
Govern multi-party field documentation
Clear accountability across stakeholders
Permissioned roles manage uploads and workflow activity across contractors while preserving an auditable history.
Best for: Fits when facilities teams must govern handover documentation and change workflows with construction delivery records.
Planon
enterpriseFacility and real estate management platform that supports capital planning, maintenance, and project governance.
Integrated work execution that stays anchored to asset and location relationships across requests, work orders, and planned maintenance.
Planon focuses on facilities operations and planning in one data-linked workflow model, with work execution, asset relationships, and location context used together in day-to-day processes. The tool is positioned to run preventive maintenance schedules and route maintenance actions through standardized statuses for service requests and work orders. Its distinct value is the connection between physical context like assets and spaces and operational execution like dispatch and completion tracking.
A practical tradeoff is that Planon depends on disciplined data setup for assets, locations, and maintenance plans to produce clean results in reporting and automation. Planon fits best when teams already maintain a usable asset registry and want work management tied to structured location and equipment context rather than running work orders in isolation.
- +Asset and location context reduces guesswork in work routing
- +Preventive maintenance scheduling supports recurring plan execution
- +Capital planning and backlog tracking supports lifecycle-oriented decisions
- +Automation around request and work statuses supports consistent processing
- –Clean asset hierarchy setup is required for accurate reporting
- –Complex portfolio workflows can demand governance beyond core operations
- –Integration outcomes depend heavily on incoming data structure quality
- –Some workflow tailoring may require configuration work across modules
Facilities operations leaders
Run preventive and reactive maintenance together
Fewer routing errors
Maintenance planners
Track maintenance plans and backlog
More reliable maintenance prioritization
Show 2 more scenarios
Capital planning teams
Connect backlog to capital decisions
Better lifecycle budgeting
Use operational maintenance history and constraints to inform capital planning selections and timing.
Program managers
Coordinate facility projects with operations
Cleaner project-to-ops transitions
Tie project execution to facilities assets and operational locations for status visibility through handoffs.
Best for: Fits when facilities teams need work execution linked to asset and space data for planning.
Autodesk Build
enterpriseProject management and field collaboration software for construction teams running building and facility projects.
COBie-focused handover mapping that ties delivered building data to facility-facing work artifacts through configurable workflows.
Autodesk Build is a facilities project management system built around construction workflows and handover to operations. It integrates project data with asset-centric views, including BIM-informed delivery artifacts like COBie exports and CAD-to-field alignment for as-built documentation.
Task tracking, submittals, and issue workflows connect across disciplines so maintenance teams can start from delivered scope rather than re-entering context. Automation relies on configuration plus an API for integrations that move work orders, asset attributes, and status updates between enterprise tools.
- +COBie-oriented handover artifacts reduce re-keying into the facility asset record
- +API and webhooks support integration patterns for work intake and status sync
- +Project issue and task workflows keep delivery scope connected to operations
- +BIM-linked documentation helps align as-built scope with field requirements
- –Setup and governance for permissions across projects and facilities can be demanding
- –Preventive maintenance scheduling depth is narrower than dedicated CMMS systems
- –Space and GIS workflows depend on integration rather than native GIS layer tooling
- –Custom reporting needs more admin effort than purpose-built facility CPMS tools
Best for: Fits when delivery teams need as-built handover context and integrations to seed facility workflows.
IBM Maximo Application Suite
enterpriseEnterprise asset management platform with work, asset, and capital planning capabilities used in facility environments.
Configurable work order approvals and enforcement rules that tie authorization to maintenance activities.
IBM Maximo Application Suite runs facilities work orders end to end, from preventive maintenance scheduling to reactive dispatch and asset tracking. The suite connects enterprise systems through configurable integrations and APIs that support maintenance history, approvals, and planned labor execution.
It also supports governance controls used in regulated operations, including role-based access and audit trails tied to maintenance and compliance records. For organizations managing large asset portfolios, it centralizes service processes around the asset registry and service workflow configuration.
- +Strong work order lifecycle coverage with approvals and maintenance history
- +API-driven integrations support ERP bridge patterns for work execution
- +RBAC and audit logs help maintain traceability for maintenance actions
- +Configurable service workflows fit multi-team dispatch and planning
- –Deeper configuration and governance are required for reliable cross-site rollout
- –UI customization for unique forms can take longer than in lighter tools
- –Workflow complexity can increase admin workload for large orgs
- –BIM and CAD synchronization depends on integration design choices
Best for: Fits when large asset portfolios need governed work orders with strong integration and auditability.
CMiC
enterpriseConstruction ERP and project management platform for owners, contractors, and capital program teams.
Job deliverables and field execution can be tied to downstream facility activity so project closure drives operational follow-through.
CMiC is a facilities project management system used most often by construction and integrated operations teams that need job-centric workflows connected to field and back-office processes. CMiC supports work execution tracking, document control for project deliverables, and structured issue and task handling tied to project and asset activities.
The solution is used to coordinate cost and schedule inputs with operational maintenance and asset records, with reporting built around those linked work items. Integration depth and extensibility matter for evaluation because CMiC is typically implemented to fit ERP and operational systems through defined automation and API surfaces.
- +Job-centric execution workflows map work orders to project deliverables
- +Document control supports controlled release of project and facility documentation
- +Automation can connect maintenance and operational activity to project context
- +Reporting ties schedule and cost status to tracked work items
- –Cross-domain configuration takes governance to keep project and asset workflows aligned
- –Some advanced operational views require careful setup of data relationships
- –Native analytics depth depends on which reporting modules are implemented
- –Extensive integration effort is needed to connect external asset systems
Best for: Fits when facilities and construction teams need job execution plus operational handoff tracking in one workflow model.
Projectmates
vertical specialistCapital construction program management software for owners managing budgets, documents, and project workflows.
Structured workflow updates with project-linked record history that keeps field inputs and approvals in the same audit thread.
Projectmates is a facilities project management system focused on construction-to-maintenance workflows rather than only bid and build delivery. Work management is centered on tasks, schedules, and document control tied to each project record.
Teams can coordinate field updates through structured forms and status tracking, then keep stakeholders aligned with role-based access and audit trails. Integration depth is the main differentiator, since Projectmates is designed to connect project work, asset context, and downstream operational reporting.
- +Project work can be organized with task and schedule structure per record
- +Role-based access supports controlled collaboration across stakeholders
- +Document attachments and change history stay tied to the same project workflow
- +Workflow updates can be captured via structured forms for consistent field reporting
- –Facilities-specific operational modules are thinner than CMMS-first toolchains
- –Automation rules need careful setup to avoid inconsistent state transitions
- –External system integration depth can require middleware for complex ERP bridges
- –Complex portfolio views take time to tune for multi-site governance
Best for: Fits when facilities teams need structured project delivery tied to ongoing work tracking and documentation.
Kahua
enterpriseOwner-focused construction project management platform for capital programs, collaboration, and workflow automation.
Entity-centric project workflows that bind tasks, issues, and deliverables to defined assets and locations across capital delivery.
Kahua is a facilities project management system built around asset and location data, with workflows that connect design intent to delivery execution. Core capabilities cover capital project controls, work packages, field issue tracking, document management, and assignment of tasks to sites, assets, and milestones.
Kahua also supports integration paths for external enterprise systems through APIs and data import patterns, which helps connect project records to downstream operations and maintenance processes. Strong governance features include role-based access controls, change history for project data, and audit-ready activity trails for cross-team coordination.
- +Asset and location-first workflows tie execution tasks to structured entities.
- +Capital project controls map milestones to deliverables, packages, and responsibilities.
- +Role-based permissions support cross-team delivery across contractors and internal staff.
- +Audit trails capture edits and activity history for project records.
- –Initial configuration of workflows and entity mapping takes time and owner oversight.
- –Work execution reporting needs careful template setup to match internal KPIs.
- –API-based integrations require middleware or engineering for enterprise data alignment.
- –Field operations depend on disciplined issue submission and categorization.
Best for: Fits when organizations need end-to-end delivery workflows tied to asset and site structures.
Oracle Primavera Unifier
enterpriseCapital project controls software used for facilities, real estate, and construction program management.
Configurable governance workflows that connect approvals, issues, and deliverables into a traceable program execution audit trail.
Oracle Primavera Unifier records and coordinates capital projects and facility initiatives from planning through execution, with a workflow model designed for controlled governance. Core capabilities include work breakdown structure management, issue and action tracking, schedule and milestone alignment, and document-centric controls for audits.
The system supports integration with enterprise applications through documented APIs and middleware patterns, which helps facilities teams connect project plans to downstream maintenance and operational reporting. Unifier is a strong fit for organizations that need standardized approvals, structured reporting, and traceable decision trails across long-running programs.
- +Governed workflows for capital and facility programs with traceable approvals
- +Structured issue and action lifecycles tied to project artifacts
- +Schedule and milestone alignment supports portfolio-level reporting
- +Extensibility via API and integration patterns for enterprise connections
- –Setup and configuration require defined governance processes
- –User experience can feel heavy for ad hoc work management
- –Facility-specific operational workflows may need tailored configuration
- –Change management is needed to keep stakeholders aligned with templates
Best for: Fits when multi-stakeholder facilities programs need governed workflows, audit trails, and controlled execution reporting.
Accruent Project Management
enterpriseProject management software for capital planning, construction, and facilities program execution.
Project-to-operations handoff via Accruent integrations that carry execution context into downstream facilities work management.
Accruent Project Management fits facilities and capital projects teams that need structured workflows tied to asset and maintenance delivery. Core capabilities include project planning, task and milestone tracking, document control, and coordination across stakeholders working from a shared project workspace.
Governance features focus on controlled roles, audit trails, and template-driven processes for repeatable project intake to closeout. The main differentiator is how Accruent Project Management connects project execution to downstream facilities operations through integrations and automation points rather than stopping at project reporting.
- +Milestone and task tracking supports structured capital project delivery
- +Document control ties project records to execution stages
- +Role-based governance with audit trails supports controlled collaboration
- +Integration options support handoff from projects to facilities workflows
- –Facilities-specific configuration is required to match internal processes
- –Complex workflows can increase administration workload
- –Some reporting needs process-specific setup to stay consistent
- –Automation depends on integration patterns and available endpoints
Best for: Fits when facilities teams need governed project workflows and operational handoffs without building custom tools.
Conclusion
After evaluating 10 construction infrastructure, FM:Systems 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 facilities project management software
Facilities project management software connects capital delivery work to day-to-day facility operations through asset-linked execution and controlled handoffs. This guide covers FM:Systems, Procore, Planon, Autodesk Build, IBM Maximo Application Suite, CMiC, Projectmates, Kahua, Oracle Primavera Unifier, and Accruent Project Management.
The standout differences across these tools show up in how work orders and project records stay tied to assets, locations, and deliverables during approvals and operational follow-through. Tool choice then depends on whether integration and governance focus sits closer to CMMS-first work execution or construction-first delivery records.
Facilities project management software for asset-linked work execution and governed capital-to-operations handoff
Facilities project management software orchestrates work across capital projects and facility operations by keeping tasks, approvals, and documentation linked to deliverables and then carried into operational work orders. FM:Systems emphasizes work orders that stay aligned to the asset and location context used for reactive dispatch and preventive maintenance scheduling, which keeps execution consistent with the asset register.
Procore emphasizes unified submittal, RFI, and change workflow records that remain linked to project deliverables for handover, with granular role permissions that control visibility across project stakeholders. Other options in the list shift the balance between configuration-heavy governance and delivery-centric workflow records, which affects how quickly teams can run approvals, templates, and status synchronization at scale.
Facilities project management software feature checklist
Facilities project management software succeeds when work artifacts carry correct execution context from planning to approvals and into operational work orders. In this set of tools, the clearest differentiators are how asset and location context is embedded into the work objects and how project deliverables stay traceable through handover.
The features below focus on integration depth, automation and API surface, and admin governance controls that directly affect throughput for approvals, field execution, and preventive maintenance scheduling.
Asset and location context embedded in work objects
FM:Systems keeps work orders linked to assets and locations so reactive dispatch and planned work stay aligned with the asset register. Planon similarly anchors requests, work orders, and planned maintenance to asset and space relationships.
Construction deliverables tied to handover records
Procore maintains unified submittal, RFI, and change workflow records linked to project deliverables for handover with granular permissions. CMiC maps job-centric execution workflows to downstream facility activity so project closure drives operational follow-through.
COBie-focused handover mapping into facility workflows
Autodesk Build uses COBie-focused handover mapping that ties delivered building data to facility-facing work artifacts through configurable workflows. FM:Systems stays centered on asset-linked work order execution and preventive scheduling rather than COBie mapping.
Governed approvals and enforceable rules for work authorization
IBM Maximo Application Suite supports configurable work order approvals and enforcement rules that tie authorization to maintenance activities. Oracle Primavera Unifier emphasizes governed workflows that connect approvals, issues, and deliverables into a traceable program execution audit trail.
API and webhook surface for work intake and status synchronization
Autodesk Build provides API and webhooks that support integration patterns for work intake and status sync. IBM Maximo Application Suite uses API-driven integrations to support ERP work execution bridge patterns.
Document control and deliverables released from project closure
CMiC includes document control that supports controlled release of project and facility documentation as jobs move to operations. Projectmates keeps structured workflow updates in a project-linked record history so field inputs and approvals stay in the same audit thread.
How to choose facilities project management software
The decision process should start with how the organization models the link between execution and context. The cards here show two distinct philosophies: asset and location-first execution objects versus project deliverables and handover-first records.
Next, the selection should confirm the automation and integration surface that matches operational needs. Tools differ in how much automation depends on admin configuration, template setup, and governance discipline.
Choose an execution anchor: asset-first or deliverable-first
Select FM:Systems or Planon when work orders must stay anchored to the asset and location context used for routing and preventive scheduling. Choose Procore, CMiC, or Projectmates when the organization must govern submittals, RFIs, changes, and record history tied to deliverables for handover.
Validate handover mapping depth against your delivery artifacts
Pick Autodesk Build when COBie-based handover mapping must seed facility-facing work artifacts through configurable workflows. Use IBM Maximo Application Suite when governance, approvals, and auditability across maintenance history must drive authorization for maintenance activities.
Match automation expectations to configuration load
If the workflow model needs disciplined field and state configuration, FM:Systems can work well but requires admin build time and template upkeep to maintain advanced automation. If operational views require careful template setup to match internal KPIs, Kahua can fit but needs owner oversight for reporting alignment.
Confirm governance controls that cover your approval and audit requirements
For enforceable work order authorization with approvals tied to maintenance activities, prioritize IBM Maximo Application Suite and verify its approval and enforcement rules cover the required maintenance states. For multi-stakeholder traceable program execution, check Oracle Primavera Unifier’s governed workflow traceability for approvals, issues, and deliverables.
Plan integration patterns based on API and webhook capabilities
If the intake layer needs webhooks and an API approach to sync work intake and status updates, Autodesk Build is built around API and webhooks for integration patterns. If an ERP work execution bridge is required, IBM Maximo Application Suite supports API-driven integration patterns.
Test cross-domain alignment between project workflows and operational workflows
Choose CMiC or Kahua when the organization needs end-to-end delivery workflow binding tasks and deliverables to defined assets and locations, then verify cross-domain configuration governance is staffed. If ad hoc operational views are a primary need, avoid Oracle Primavera Unifier’s heavier governance experience and confirm the workflow setup matches the program operating rhythm.
Who facilities project management software is for
Facilities project management software fits teams that must move from capital delivery to day-to-day execution without losing context. The right choice depends on whether the organization expects asset-linked execution to drive throughput or deliverable-linked records to drive handover governance.
The segments below map operational priorities to concrete strengths visible in these tools, including asset-linked work orders, governed handover documentation, and traceable workflow histories.
Facilities operations teams managing reactive dispatch plus preventive scheduling
FM:Systems and Planon keep work orders anchored to assets and locations so routing stays consistent with the asset register while preventive scheduling generates repeatable job plans.
Construction delivery and handover owners who must control submittals, RFIs, and changes
Procore keeps unified submittal, RFI, and change records linked to deliverables while role permissions control visibility across stakeholders and the handover trail stays intact.
Large asset portfolios that require governed maintenance authorizations and auditability
IBM Maximo Application Suite ties configurable work order approvals to maintenance activities with enforcement rules and supports API-driven integrations for broader enterprise patterns.
Organizations running job-centric delivery with downstream operational follow-through
CMiC ties job deliverables and field execution to downstream facility activity so project closure triggers operational follow-through with controlled document release.
Program and portfolio teams that need traceable governance across approvals, issues, and deliverables
Oracle Primavera Unifier provides configurable governance workflows that connect approvals and issues into a traceable audit trail for program execution reporting.
Common pitfalls when deploying facilities project management software
Most failures in these programs come from mismatched governance expectations or from setup choices that break the asset and deliverable links. Several tools rely on configuration discipline to keep templates, forms, and state transitions consistent across projects.
The mistakes below map to specific constraints called out in the tool cards so the deployment can avoid repeating the same operational failure modes.
Treating workflow customization as low-effort while relying on complex states and templates
FM:Systems can require disciplined configuration of fields and states, so advanced automation needs admin build time and ongoing template upkeep to avoid inconsistent execution.
Assuming construction delivery depth equals maintenance scheduling depth
Procore’s maintenance scheduling depth is limited compared with CMMS-first tools, so teams should not expect Procore to replace CMMS-grade preventive maintenance execution.
Underestimating asset hierarchy or entity mapping effort
Planon depends on clean asset hierarchy setup for accurate reporting, and Kahua needs time and owner oversight to map entities to workflows for reliable execution reporting.
Skipping governance process definition for traceable approvals
Oracle Primavera Unifier requires defined governance processes for setup and configuration, so a program without approval rules and workflow discipline will produce an incomplete audit trail.
Overextending cross-domain configuration without aligning project and asset workflows
CMiC notes cross-domain configuration takes governance to keep project and asset workflows aligned, and IBM Maximo Application Suite requires deeper configuration for reliable cross-site rollout.
How We Selected and Ranked These Tools
We evaluated FM:Systems, Procore, Planon, Autodesk Build, IBM Maximo Application Suite, CMiC, Projectmates, Kahua, Oracle Primavera Unifier, and Accruent Project Management on feature coverage, ease of use, and value while weighting features at 40%, ease at 30%, and value at 30%. We prioritized integration depth where Autodesk Build’s API and webhooks support work intake and status synchronization and where IBM Maximo Application Suite uses API-driven integrations for ERP bridge patterns.
We weighted automation and governance controls by how each product keeps execution governed with approvals and enforceable rules in IBM Maximo Application Suite and traceable workflow audit trails in Oracle Primavera Unifier. FM:Systems ranked first because asset and location context is built into work orders to keep reactive dispatch aligned with the asset register, and preventive maintenance scheduling generates repeatable job plans with controlled forms and reporting.
Frequently Asked Questions About facilities project management software
How do Procore and CMiC differ in how they structure work for facilities vs construction execution?
Which systems support asset-linked work orders with built-in location or asset context?
How does Autodesk Build map BIM handover artifacts into operations work workflows?
What breaks if a facilities team tries to use Oracle Primavera Unifier for day-to-day reactive maintenance dispatch?
Which tools provide strong auditability using role-based access and audit logs?
How do integrations and APIs differ between Projectmates and Accruent Project Management?
How is data migration handled when moving from CAFM or CMMS records into a new facilities project workflow?
When do facilities teams typically choose Kahua over a pure project workspace like Procore?
What admin controls are commonly needed to manage forms, permissions, and visibility across operational roles?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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