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Transportation LogisticsTop 10 Best Dispatch Transportation Software of 2026
Top 10 dispatch transportation software ranked for fleet dispatch with side-by-side strengths and tradeoffs, including Verizon Connect, OptimoRoute, Geotab.
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%
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Verizon Connect is the best bet for dispatch teams that run on live tracking, assignment control, and API-friendly automation, while OptimoRoute fits when stop sequencing and route planning accuracy drive frequent delivery cycles.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Verizon Connect
Live job progress tied to real-time location and driver updates, enabling dispatch exception management from the same workflow.
OptimoRoute
Editor pickRoute optimization that generates ordered stop itineraries from constraint-driven planning inputs for dispatcher-ready updates.
Geotab
Editor pickGeofencing and telematics event signals that can feed dispatch exception workflows through Geotab’s APIs.
Related reading
Comparison Table
Dispatch transportation software tools matter because they connect order intake to routing decisions, driver workflows, and real-time status updates with auditable operational controls. This ranked list helps analysts and technical evaluators compare dispatch, telematics, compliance, and integration depth across a wide vendor set using concrete evaluation criteria rather than marketing claims.
Verizon Connect
enterpriseFleet management software for dispatching, GPS tracking, routing, compliance, and field operations.
Live job progress tied to real-time location and driver updates, enabling dispatch exception management from the same workflow.
Dispatch execution in Verizon Connect is built around automatic position updates and driver-facing job details, so dispatchers can assign work and see movement status without manual check-ins. The workflow supports stop-based routing and continuous re-planning when jobs shift, including visibility into job progress and assignment changes. Telematics data ties operational status to field activity, which is useful for exception management during delays, missed stops, and reassignments.
A key tradeoff is governance depth, because teams that need advanced role controls, multi-entity routing rules, or highly custom decisioning often require deliberate configuration and process design. Verizon Connect fits best when dispatchers need day-to-day control backed by live vehicle status, and when integrations must react to dispatch events through an API rather than manual file exchanges.
- +Real-time location updates improve dispatch exception handling
- +Driver assignment and stop visibility reduce dispatcher status calls
- +Telematics integration connects fleet health with dispatch activity
- +API-driven integrations support automated dispatch event flows
- –Advanced workflow rules require careful configuration and change control
- –Complex edge-case routing may need operational workarounds
- –Multi-party dispatch governance can be time-consuming to standardize
- –Some specialized dispatch patterns rely on external process design
Regional logistics dispatch teams
Daily last-mile routing with reassignments
Fewer missed handoffs and delays
Field operations planners
Middle-mile delivery coordination and tracking
More on-time departures
Show 2 more scenarios
Fleet operations administrators
Telematics-backed dispatch governance
Better real-world fleet visibility
Operational status from telematics informs dispatch decisions and exception workflows.
Operations engineering teams
Dispatch event automation via API
Less manual dispatch coordination
Automation systems consume dispatch changes and push updates to external systems.
Best for: Fits when dispatch teams need live tracking, driver assignment control, and API-based automation.
More related reading
OptimoRoute
vertical specialistDelivery route planning and dispatch software with driver tracking and customer updates.
Route optimization that generates ordered stop itineraries from constraint-driven planning inputs for dispatcher-ready updates.
OptimoRoute is well aligned to fleets and service operators that dispatch based on pre-planned stop lists and require stop sequencing that reflects time and travel constraints. Route planning outputs are meant to feed dispatch decisions such as driver and vehicle assignment, while route changes can be re-optimized as new work arrives. This fit shows up most when operations need consistent itinerary generation across many daily routes rather than manual spreadsheet planning.
A practical tradeoff is that teams still need to supply clean stop and schedule inputs for optimization to produce usable dispatch plans. OptimoRoute is a better fit for planned dispatch cycles and route revisions than for organizations that expect deep onboard driver workflows without additional process design.
Integration depth matters for governance-heavy operations because dispatch planning quality depends on reliable updates from work-order sources. Teams that already have a transportation management system or a work-management system often evaluate OptimoRoute on how easily those work orders and constraints can be synchronized into the optimization workflow.
- +Stop sequencing focused planning for daily dispatcher workflows
- +Re-optimization supports route updates when new jobs arrive
- +Works well for multi-stop itineraries driven by travel and time constraints
- +Planning outputs are practical inputs for assignment decisions
- –Dispatcher results depend on well-structured stop and constraint data
- –Depth of driver mobile dispatch boards is not the main focus
- –Complex constraint rules can require iterative configuration
- –Operational integrations may require extra mapping work to sync entities
Field service dispatch teams
Assign technicians to multi-stop routes
Fewer delays across daily schedules
Last-mile delivery operators
Sequence delivery stops for vans
Tighter route time windows
Show 2 more scenarios
Operations planners
Re-optimize after late job adds
Faster schedule recovery
Dispatch planners revise itineraries when new work changes route constraints.
Routing analysts
Plan routes for recurring territories
More predictable day-to-day dispatch
Consistent planning inputs help generate repeatable sequences by territory.
Best for: Fits when route planning accuracy and stop sequencing matter for frequent dispatch cycles.
Geotab
enterpriseConnected fleet software supporting vehicle tracking, dispatch data, compliance, and integrations.
Geofencing and telematics event signals that can feed dispatch exception workflows through Geotab’s APIs.
Geotab fits dispatch operations that treat vehicle data as an operational backbone rather than a side feed. Real-time GPS tracking and event generation support automated exception handling signals for later routing, reassignment, and status updates. The API surface supports configuration for connected devices and downstream systems that maintain dispatch boards, load planning, and reporting views. RBAC-style access control and audit logging capabilities are typically used to manage which dispatchers and administrators can view or change fleet and driver records.
A key tradeoff is that dispatch teams often need integration work to connect third-party TMS or scheduling engines to Geotab’s telemetry model. It works best when telematics must be the source of truth for vehicle location, utilization, and incident signals that drive dispatch decisions. It is also a strong fit for multi-operator environments where governance controls limit who can provision devices and alter operational settings.
- +Telematics-first foundation for dispatch status, not just map visualization
- +Extensible API surface for connecting dispatch, planning, and reporting tools
- +Geofencing event signals support exception detection workflows
- +Admin controls support controlled device provisioning and data access
- –Dispatch workflow completeness depends on integrations with planning systems
- –Device and data configuration requires operational governance discipline
- –Some dispatch features demand custom mapping to existing operational data
Regional fleet ops teams
Exception handling driven by location zones
Faster exception triage
Integrators and custom TMS teams
Build dispatch status from AVL data
Lower manual status updates
Show 2 more scenarios
Multi-site operations managers
Device governance across fleets
Controlled operational changes
Apply access controls to limit who can provision devices and change fleet configurations.
Non-emergency transportation coordinators
Route monitoring with live vehicle position
More reliable ETAs
Track automatic vehicle location to update driver progress and support dispatch reassignment.
Best for: Fits when dispatch needs vehicle-location truth plus integration-driven workflow automation.
Rose Rocket
vertical specialistTransportation management software for trucking dispatch, planning, billing, and customer operations.
Assignment rules that coordinate driver and vehicle matching across trip lifecycle states.
Rose Rocket targets dispatch management with a workflow centered on assigning trips to drivers and vehicles while tracking progress from booking to completion. The system supports route planning and driver mobile tasking so field updates can flow back into the dispatch console without manual status re-entry.
Administrators can configure dispatch rules and view operational history for exceptions, missed stops, and assignment changes. Rose Rocket also provides integration and automation hooks for connecting telematics and external systems that drive availability, events, and notifications.
- +Dispatch workflows connect trip states from assignment through completion
- +Driver mobile tasks reduce manual status updates during active routes
- +Configurable assignment rules support vehicle and driver matching
- +Event history helps investigate dispatch exceptions and reassignments
- –Complex rule sets need disciplined configuration to avoid conflicts
- –Advanced optimization depth can lag tools that focus on planning engines
- –Deep integration may depend on specific event payload formats
- –Exception handling requires clear internal process ownership
Best for: Fits when teams need mobile-enabled dispatch workflows with configurable assignment rules and operational history.
AscendTMS
SMBTransportation management software for load planning, dispatch, carrier management, and billing.
Exception management workflow that routes altered orders through an updated dispatch path with driver and vehicle context.
AscendTMS supports dispatch management workflows for fleet operations, including assignment of loads to drivers and vehicles. Core operations center on trip scheduling and route planning so dispatchers can turn customer orders into actionable runs.
The tool emphasizes operational execution with status updates, document handling for deliveries, and exception handling when trips deviate. It also connects dispatch work to driver-facing execution through mobile and integration options for location and operational signals.
- +Dispatch workflow supports load to driver and vehicle assignment
- +Route planning inputs help dispatchers sequence trips and stops
- +Mobile execution reduces manual status chasing from the dispatch desk
- +Exception handling helps manage delays and reroute events
- –Setup requires careful configuration of service rules and dispatch statuses
- –Advanced automation depends on integration coverage for upstream data
- –Multi-organization governance needs deliberate admin planning for permissions
- –Reporting depth for dispatch exceptions is less granular than dedicated analytics tools
Best for: Fits when mid-size fleets need dispatch execution tied to driver mobile updates and operational exception handling.
Samsara
enterpriseFleet operations software with dispatch, vehicle tracking, driver workflows, and telematics.
Event-driven geofence and operational exception alerts that feed dispatch workflows tied to vehicle and stop context.
Samsara is a dispatch transportation solution that ties vehicle telematics directly into daily fleet dispatching decisions. Core capabilities include real-time GPS tracking, driver and vehicle behavior visibility, and automated alerts for geofence and operational exceptions.
Dispatch teams can route work through mobile workflows and coordinate field activity with event-driven telemetry rather than manual status checks. Operational visibility extends into ePOD workflows and proof capture so customer or operational sign-off aligns with dispatch activity.
- +Real-time GPS tracking with dispatch-ready event alerts for faster exception handling
- +Tight coupling of telematics signals to field workflows instead of separate reporting tools
- +ePOD support that links proof capture to delivered stops and operational history
- +Strong integration breadth for transportation and fleet systems through an API-first approach
- –Dispatch configuration needs disciplined data setup to prevent noisy alerts
- –Route planning and schedule optimization depth is thinner than TMS-first dispatch suites
- –Governance for multi-tenant visibility can take extra admin work in larger orgs
- –Some dispatch-specific workflows rely on add-ons and integrations rather than core modules
Best for: Fits when fleets need dispatch decisions driven by live vehicle telemetry and stop-level proof capture.
Motive
enterpriseFleet management software with dispatch, electronic logging, tracking, and driver operations.
Dispatch decisions can incorporate live telematics and asset signals while maintaining administrator audit trails for assignment changes.
Motive pairs dispatch workflows with deep telematics and asset data so dispatch decisions stay grounded in current vehicle and driver status. Fleet dispatching support includes trip and stop planning plus mobile driver tools for field execution and updates.
Integrations and automation focus on connecting telematics, ELD context when applicable, and customer delivery events into the dispatch loop. Strong auditability and role-based access help administrators manage who can dispatch, change assignments, and view operational history.
- +Telematics-backed dispatch status reduces assignment based on stale GPS points
- +Driver mobile workflow supports stop updates that feed back into dispatch
- +Role-based access limits dispatch edits by job function
- +Audit trails clarify who changed trips, stops, and assignment decisions
- –Dispatch planning screens can feel dense without clear workflow templates
- –Some advanced automation paths depend on add-on modules or integration work
- –Exception handling needs process discipline to avoid manual overrides
- –Reporting depth can require configuration to match dispatch KPIs
Best for: Fits when dispatch teams need telematics-informed assignments and controlled edits across mixed driver and vehicle roles.
DispatchTrack
vertical specialistFinal-mile delivery management software for routing, dispatch, tracking, and proof of delivery.
Electronic proof of delivery records tied to the specific dispatch stop and driver assignment.
DispatchTrack targets fleet dispatching with a workflow built around dispatch boards, driver and vehicle assignment, and field-ready trip management. The system supports real-time job status updates tied to mobile execution, plus electronic proof of delivery for drop outcomes.
Scheduling and exception handling are designed to keep day-of-operations consistent when stops change or vehicles run late. Administration emphasizes operational governance through role-based access and operational audit trails across dispatch activity.
- +Dispatch board workflow supports quick driver and vehicle reassignment
- +ePOD capture links delivery outcomes to the active trip record
- +Mobile execution updates job status without waiting for back-office entry
- +Exception management keeps stop and assignment changes traceable
- –Limited optimization depth compared with route-planning specialists
- –API and automation options require more implementation effort than workbook-based tools
- –Advanced governance controls for multi-tenant teams may need careful role design
- –Deep integration with external telematics and ELD tooling can be add-on dependent
Best for: Fits when mid-size fleets need a dispatch-board workflow with ePOD and mobile status updates.
Track-POD
vertical specialistDelivery management software with route planning, dispatch, electronic proof of delivery, and tracking.
Stop-based execution tied to proof-of-delivery capture, with dispatch updating from the same trip timeline.
Track-POD manages dispatch workflows for field delivery and service routes using a driver-facing execution flow tied to real-time location updates. It focuses on trip-level execution, including stop progress and ePOD-style capture for completed deliveries and field jobs.
The system connects operational status back to dispatch so exceptions like missed stops and late arrivals can be handled without rebuilding routes. It also supports telematics-style visibility for vehicles and driver status to keep dispatch screens aligned with the road.
- +Driver execution flow links stop progress back to dispatch screens
- +ePOD-style proof capture supports delivery and job completion records
- +Location visibility supports dispatch updates during active runs
- +Exception handling is anchored to the same trip and stop structure
- –Route planning depth is limited compared with full TMS workflow suites
- –API and integration documentation is less detailed than higher-ranked tools
- –Mobile workflow customization can require careful process alignment
- –Advanced automation and governance controls are not as granular as enterprise dispatch stacks
Best for: Fits when mid-size dispatch teams need trip-level execution with proof capture and real-time status feedback.
Route4Me
SMBRoute planning and optimization software for dispatchers, drivers, and delivery operations.
Automatic route generation with map-based stop sequencing for multi-stop delivery runs.
Route4Me is a dispatch transportation tool built around route planning and driver workflow for multi-stop deliveries. It provides map-based stop sequencing, automated route generation, and a dispatch board style view for managing scheduled trips.
Teams also use driver mobile execution for navigation and job status updates to keep dispatchers aligned with field progress. Route4Me fits dispatch operations that need repeated route building and practical exception handling rather than custom workflows.
- +Map-based route building supports multi-stop planning workflows
- +Driver mobile execution keeps job progress updates tied to planned stops
- +Dispatch views help track trips across vehicles and time windows
- +Automation reduces manual effort for recurring planning runs
- –Limited depth for complex scheduling policies and constraint-heavy planning
- –Integrations and automation APIs are not as extensive as TMS-first vendors
- –Some advanced governance and role controls are less granular than fleet dispatch specialists
- –Exception handling tools can require dispatcher manual intervention for edge cases
Best for: Fits when mid-size dispatch teams need repeatable route creation and driver execution with practical status tracking.
Conclusion
After evaluating 10 transportation logistics, Verizon Connect 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 dispatch transportation software
Dispatch transportation software is the operational layer where job intake, driver and vehicle assignment, stop sequencing, and exception handling connect into a dispatcher workflow that stays current as field status changes. This guide covers Verizon Connect, OptimoRoute, Geotab, Rose Rocket, AscendTMS, Samsara, Motive, DispatchTrack, Track-POD, and Route4Me for fleet dispatch execution.
The selection differences show up in how each tool handles live updates, how dispatch decisions move through a trip lifecycle, and how routing or sequencing engines feed the dispatcher board. Verizon Connect emphasizes live job progress tied to real-time location and driver updates for dispatch exception management from the same workflow.
Dispatch transportation software for fleet dispatch execution, assignment, and stop progression
Dispatch transportation software manages fleet dispatching by coordinating driver and vehicle assignment, stop-level execution, and workflow updates when jobs shift or vehicles report new positions. Tools like Verizon Connect tie live job progress to real-time location and driver updates so dispatch exception management stays inside the dispatch workflow rather than splitting across separate status systems.
Route planning and stop sequencing depth separates route-focused tools from dispatch-focused execution boards. OptimoRoute generates ordered stop itineraries from constraint-driven planning inputs and supports re-optimization when new jobs arrive, while DispatchTrack centers the dispatcher board workflow on ePOD records linked to the specific dispatch stop and active driver assignment.
Dispatch transportation software features that decide day-to-day throughput
Dispatch transportation software needs live workflow updates that keep dispatch decisions synchronized with field status, not just map visuals. Verizon Connect ties live job progress to real-time location and driver updates so dispatch exception management runs inside the same dispatcher workflow.
Live dispatch exception management from job and driver context
Verizon Connect turns real-time location and driver updates into dispatch exception handling actions in the same workflow. AscendTMS routes altered orders through an updated dispatch path with driver and vehicle context during exceptions.
Constraint-driven stop sequencing and route re-optimization
OptimoRoute generates ordered stop itineraries from planning inputs and supports re-optimization when new jobs arrive. Route4Me creates automatic route generation with map-based stop sequencing for repeatable multi-stop execution.
Telematics and geofence signals that feed dispatch automation
Geotab provides geofencing and telematics event signals that can drive dispatch exception workflows through its APIs. Samsara delivers event-driven geofence and operational exception alerts tied to vehicle and stop context for dispatch decisions.
Driver and trip lifecycle assignment rules that reduce manual status churn
Rose Rocket coordinates driver and vehicle matching across trip lifecycle states using configurable assignment rules. Motive supports telematics-informed dispatch status with administrator audit trails for assignment edits across mixed driver and vehicle roles.
Electronic proof of delivery tied to the active dispatch stop
DispatchTrack captures ePOD records tied to the specific dispatch stop and active driver assignment. Track-POD links stop progress back to dispatch screens and uses proof capture to complete trip records within the trip timeline.
How to choose dispatch transportation software by workflow control and integration surface
The first fork is workflow ownership. Verizon Connect emphasizes dispatch exception handling driven by live job progress and real-time location updates, which suits teams that want dispatch to react inside a single operational workflow.
Map the workflow to live status inputs and exception triggers
Select Verizon Connect if live job progress tied to real-time location and driver updates is the operational trigger for dispatch exception management. Select Samsara or Geotab if geofence and telematics event alerts must originate from connected vehicle signals and then feed dispatch actions.
Decide where stop ordering is generated and who maintains constraints
Choose OptimoRoute when daily planning needs ordered stop itineraries generated from constraint-driven planning inputs and updated via re-optimization. Choose Route4Me when route generation is primarily map-based stop sequencing for multi-stop runs with repeatability rather than deep policy planning.
Confirm trip lifecycle assignment is rule-driven or manual with check steps
Choose Rose Rocket when configurable assignment rules must coordinate driver and vehicle matching across trip lifecycle states with dispatch workflows connecting assignment to completion. Choose Motive when assignment changes must include administrator audit trails while driver mobile updates feed stop-level progress back to dispatch.
Check proof-of-delivery linkage to the exact stop and active driver assignment
Choose DispatchTrack when ePOD capture must be directly tied to the specific dispatch stop and driver assignment on the dispatch board. Choose Track-POD when stop-based execution tied to proof capture must update dispatch from the same trip timeline with delivery outcomes recorded as job completion records.
Validate integration coverage for upstream planning and operational data
Choose Geotab when dispatch automation must rely on vehicle-location truth plus an extensible API surface to connect dispatch, planning, and reporting systems. Choose AscendTMS or Verizon Connect when upstream service rules and dispatch statuses must route exceptions through an updated dispatch path with driver and vehicle assignment context.
Who dispatch transportation software fits best
Fleet dispatch teams need a system that keeps job intake, trip execution, and exception updates aligned to driver and vehicle movements instead of delaying updates into separate reporting tools. Verizon Connect fits teams that operate with live tracking and dispatch exception decisions that require driver assignment and stop visibility in one place.
Dispatch teams running high-frequency exception workflows
Verizon Connect supports live job progress tied to real-time location and driver updates so exception handling stays inside the dispatch workflow. AscendTMS routes altered orders through an updated dispatch path with driver and vehicle context when execution changes.
Operations teams focused on stop sequencing accuracy for daily planning
OptimoRoute generates ordered stop itineraries from constraint-driven planning inputs and supports re-optimization when new jobs arrive. Route4Me supports map-based route building and driver execution updates tied to planned stops for repeatable multi-stop runs.
Fleets that want telematics-first automation instead of map-first status
Geotab provides geofencing and telematics event signals and exposes an extensible API surface for connecting dispatch workflow automation. Samsara provides event-driven geofence and operational exception alerts tied to vehicle and stop context for dispatch decisioning.
Teams that need strong assignment governance during edits
Motive maintains administrator audit trails for assignment changes while dispatch incorporates telematics-informed status. Rose Rocket coordinates driver and vehicle matching across trip lifecycle states with configurable assignment rules that reduce manual churn.
Mid-size operators that need ePOD mapped to stop and driver assignment
DispatchTrack records ePOD tied to the specific dispatch stop and active driver assignment. Track-POD links stop progress back to dispatch screens and uses proof capture to record job completion outcomes within the trip timeline.
Common pitfalls when selecting dispatch transportation software
A frequent mistake is choosing a route-planning depth tool when the dispatch workflow needs ePOD-centered execution accountability. DispatchTrack centers the dispatch board workflow on ePOD tied to the specific dispatch stop and driver assignment, while Route4Me focuses more on automatic route generation and stop sequencing than complex scheduling policies.
Buying dispatch boards without enforcing proof-of-delivery linkage to the exact stop and assignment
DispatchTrack ties ePOD capture to the specific dispatch stop and active driver assignment. Track-POD links stop execution back to dispatch screens from the same trip timeline, which keeps completion records consistent during reassignment.
Assuming route optimization outputs are usable without clean constraint and stop input structure
OptimoRoute’s stop sequencing depends on well-structured stop and constraint data for dispatcher-ready updates. If stop and constraint data quality is inconsistent, route outputs become harder to operationalize during frequent dispatch cycles.
Overbuilding exception rules without change control
Verizon Connect supports advanced workflow rules for exception handling, but advanced rules require careful configuration and change control to avoid dispatcher confusion during edge cases. Rose Rocket’s complex rule sets also need disciplined configuration to avoid conflicts across lifecycle states.
Separating telematics event signals from dispatch workflow automation
Geotab is designed to feed telematics and geofencing event signals into dispatch exception workflows through APIs. Samsara ties event-driven geofence and exception alerts to vehicle and stop context so dispatch decisions stay grounded in operational signals.
How We Selected and Ranked These Tools
We evaluated each dispatch transportation software option on how live workflow updates reduce dispatch exception response time, with feature coverage weighted at 40%. We weighted ease and value at 30% each based on how quickly dispatch teams can run stop updates and assignment changes using driver mobile workflows and dispatch board interactions.
Verizon Connect ranked highest because its live job progress tied to real-time location and driver updates supports dispatch exception management from the same workflow. Verizon Connect also scored high for integration depth and automation surface by enabling real-time dispatch actions connected to driver assignment and stop visibility without forcing separate status tracking.
Frequently Asked Questions About dispatch transportation software
Which dispatch transportation tools support transportation management APIs for building automated workflows?
How does real-time vehicle location affect dispatcher workflows in Verizon Connect versus Samsara?
When route optimization is the primary need, how do OptimoRoute and Route4Me differ in dispatcher outputs?
What breaks if assignment rules and mobile tasking are required, but the workflow relies on manual status re-entry?
Which tools provide stop-based electronic proof of delivery tied to driver assignment, and where do they fall short?
How do Samsara and Motive handle geofence and exception alerts inside the dispatch loop?
When does Geotab’s telematics event capture matter more than a basic vehicle tracking feed?
How do RBAC and audit logs support admin controls in Motive versus Verizon Connect?
Which tools handle mid-day trip changes without forcing a full route rebuild, and what tradeoff appears?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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