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Transportation LogisticsTop 10 Best Delivery Driver Software of 2026
Top 10 delivery driver software ranked by route planning, proof of delivery, and dispatch, featuring Track-POD, Routific, Detrack comparisons.
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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Track-POD is the best fit for mid-size delivery teams that need consistent dispatch control and stop-level electronic proof across multi-stop routes, while Routific is a strong alternative when you’re focused on frequent route re-optimization and dependable proof capture.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Track-POD
Stop-level electronic proof workflow in the driver app with configurable capture requirements per delivery type.
Built for fits when mid-size delivery teams need consistent proof collection and dispatch control across multi-stop routes..
Routific
Editor pickRoute optimization that recalculates multi-stop sequences quickly for updated stop sets.
Built for fits when mid-market delivery teams need frequent route re-optimization and consistent proof capture..
Detrack
Editor pickStop-specific proof capture that updates dispatch records in the same delivery assignment workflow.
Built for fits when dispatch needs stop-level evidence and reliable status updates across daily driver runs..
Comparison Table
Track-POD
vertical specialistDelivery management software with electronic proof of delivery, route planning, and driver tracking.
Stop-level electronic proof workflow in the driver app with configurable capture requirements per delivery type.
Track-POD is built around dispatch-to-driver execution, with a dispatch board style workflow that assigns delivery stops to drivers and tracks progress. The driver mobile app records electronic proof for each stop and can attach capture data like photos and signatures when configured for the delivery flow. GPS tracking feeds ongoing location visibility for operational monitoring and ETA adjustment during route execution.
A practical tradeoff is that deeper automation and data integration typically depend on configuration of delivery forms, event triggers, and route structure rather than requiring minimal setup. Track-POD fits teams that dispatch daily multi-stop routes and need consistent stop-level proof collection without stitching together separate proof capture and tracking tools.
- +Stop-level electronic proof capture from the driver workflow
- +Dispatch-to-driver assignment supports multi-stop route execution
- +Operational monitoring uses GPS tracking tied to deliveries
- +Failed delivery handling supports reschedule or reassignment paths
- –Automation depth depends on consistent route and stop configuration
- –Exception workflows can require more operator touches during high failure rates
- –Integration breadth depends on the chosen data exchange approach
- –Large scheduling calendars require disciplined template management
Regional courier operations
Daily multi-stop driver dispatch
Fewer disputes per delivery
E-commerce last-mile teams
Customer delivery confirmations
More accurate delivery visibility
Show 1 more scenario
On-demand dispatch desks
Failed attempt reassignments
Faster recovery from exceptions
Operators manage failed stops through reschedule and reassign steps tied to driver execution.
Best for: Fits when mid-size delivery teams need consistent proof collection and dispatch control across multi-stop routes.
Routific
SMBDelivery route planning software with driver apps, customer tracking, and delivery notifications.
Route optimization that recalculates multi-stop sequences quickly for updated stop sets.
Routific is built for last-mile routes where stop sequencing and driver dispatch coordination need to be repeatable across many runs. Multi-stop routing is a core workflow, and operators can adjust schedules when delivery windows, stop priorities, or assignments shift. Proof of delivery is handled through a driver capture flow that records delivery outcomes for downstream reporting and customer-facing updates.
A key tradeoff is that deep dispatch-board workflows and complex exception handling depend on how a company structures dispatch processes around Routific’s outputs. Routific fits best when operations needs route changes to flow quickly to drivers and proof-of-delivery capture must align with those updated sequences.
- +Multi-stop routing that regenerates stop sequences after changes
- +Proof-of-delivery capture with signatures and photo evidence
- +Driver and ops workflows stay aligned when routes are updated
- +Route outputs translate into practical delivery sequences for drivers
- –Exception workflows are limited compared with purpose-built dispatch centers
- –Route results require disciplined stop list management for best outcomes
Last-mile ops managers
Reroute during shift changes
Fewer missed stops
Field delivery supervisors
Collect proof per stop
Cleaner delivery records
Show 1 more scenario
Customer service leads
Resolve delivery inquiries
Faster issue resolution
Delivery status outcomes connect to evidence so support can answer customer questions with fewer follow-ups.
Best for: Fits when mid-market delivery teams need frequent route re-optimization and consistent proof capture.
Detrack
SMBDelivery tracking software with driver applications, electronic proof of delivery, and live status updates.
Stop-specific proof capture that updates dispatch records in the same delivery assignment workflow.
Detrack supports dispatch workflows that assign deliveries to drivers and keep a delivery status trail for each stop. Proof of delivery capture covers common evidence needs like signatures and photos, and it records delivery outcomes per stop for dispatch review. Dispatch teams get a board-style view of in-progress work, which reduces the need for manual reconciliation when drivers report issues.
A clear tradeoff appears in integration depth. Detrack works best when delivery operations can be organized around its assignment model and stop events, because customizing the data flow often requires a tighter fit to its app-to-dispatch workflow. It fits teams that run frequent last-mile routes with consistent stop structures and need dependable status updates and capture at the stop level.
- +Stop-level proof of delivery capture ties evidence to assignment outcomes
- +Dispatch board workflow supports driver-to-dispatch status updates
- +Multi-stop execution supports practical stop sequencing for day runs
- +Delivery window handling supports clearer exceptions for late or failed stops
- –Advanced route optimization depth may require external tooling for complex constraints
- –Heavy customization of workflows can add operational overhead for admins
- –Exception handling is strong for standard cases but less granular for edge states
Last-mile delivery managers
Proof-driven completion on multi-stop routes
Fewer disputes, faster claims resolution
Field operations coordinators
Failed stop and exception updates
Quicker reattempt planning
Show 1 more scenario
Fleet supervisors
Delivery execution with planned timing
Better on-time performance visibility
Sequenced runs use planned stop timing so supervisors can monitor progress against windows.
Best for: Fits when dispatch needs stop-level evidence and reliable status updates across daily driver runs.
Onfleet
enterpriseDelivery management software with dispatching, driver tracking, proof of delivery, and customer notifications.
Stop-level electronic proof captures signature and photo, then keeps delivery status updates synchronized to dispatch records.
Onfleet targets last-mile delivery workflows with a driver mobile app, a dispatch board, and delivery status updates tied to each stop. It supports electronic proof of delivery with photo and signature capture so customer-facing records reflect what happened at the door.
Route planning covers multi-stop sequencing and ETA calculation using location data, then pushes assignments to drivers for execution. Admin configuration centers on managing account, users, and delivery status visibility rather than building custom logistics logic from scratch.
- +Proof of delivery combines signature and photo per stop
- +Dispatch board keeps drivers and planners aligned on assignment changes
- +Driver app presents stop-by-stop workflow with clear delivery status entry
- +Route planning improves stop sequencing for multi-stop delivery runs
- –Route optimization depth is limited compared with advanced routing engines
- –Managing delivery status edge cases requires consistent operational discipline
Best for: Fits when mid-size delivery teams need dispatching plus proof of delivery with tight driver workflow control.
Dispatch Science
enterpriseLast-mile delivery software with dispatch automation, route optimization, and driver management.
Stop-level proof capture is integrated directly into the driver completion flow, so operations sees confirmations without manual reconciliation.
Dispatch Science coordinates dispatching for field deliveries using a driver mobile workflow and a centralized assignment process. Route planning and stop sequencing are handled through its dispatch workflow, with delivery updates flowing back from mobile to operations.
Proof collection and delivery status changes are captured as drivers complete each stop. Automation focus centers on reducing manual handoffs between dispatch, routing execution, and delivery confirmation.
- +Driver mobile workflow supports end-to-end stop completion records
- +Dispatch process ties delivery assignment to driver execution
- +Delivery status updates reflect driver progress across the run
- +Proof capture is recorded per stop to reduce post-day chasing
- –Route planning depth is limited for complex multi-depot scenarios
- –Proof capture workflows can require training to avoid operator errors
- –API surface and automation options are not as visibly documented as peers
- –Failed delivery handling needs tighter workflows for common exception types
Best for: Fits when mid-size delivery teams need a dispatch-to-driver workflow with stop-level confirmation.
OnTime 360
vertical specialistCourier and delivery management software with dispatching, tracking, billing, and driver applications.
Stop-level proof capture that ties signatures, photos, and scan results to delivery status updates for dispatch visibility.
OnTime 360 is a delivery driver software system focused on dispatching routes to drivers and collecting delivery proof on mobile. It supports delivery status updates tied to each stop, including signature and photo capture, plus barcode and package scanning workflows for item-level verification.
The tool is built to manage multi-stop routing and stop sequencing while keeping a dispatch board view for assignments. Its strength is operational control over field completion through structured delivery events rather than only tracking snapshots.
- +Driver mobile flow captures signatures and photos per stop.
- +Barcode and package scanning supports item-level confirmation workflows.
- +Dispatch board keeps assignments and delivery progress in one view.
- +Delivery events map cleanly to status updates per stop.
- –Route optimization depth is less flexible than dedicated routing-first tools.
- –Workflow configuration needs disciplined stop and asset data setup.
- –Failed delivery handling depends on operational processes for recovery.
- –Integration automation breadth is narrower than systems with extensive partner APIs.
Best for: Fits when delivery teams need stop-based proof capture and a dispatch board tied to driver execution.
Bringg
enterpriseLast-mile delivery orchestration software for enterprise fleets and delivery networks.
Event-driven delivery orchestration that updates assignment and customer communications from driver and proof signals.
Bringg coordinates delivery operations through dispatching, driver assignment, and end-customer updates in a single workflow. Its integration surface focuses on connecting routing logic, real-time status signals, and proof capture events into shared operational visibility.
The system also supports automation around delivery states, such as reassignments when stops fail or timing shifts. Delivery driver mobile execution ties back to backend orchestration so dispatch boards and driver progress stay synchronized.
- +State-driven dispatch and assignment workflow keeps delivery progress synchronized
- +API-first event model supports tying driver updates to customer notifications
- +Geofencing rules help trigger delivery status changes around service areas
- +Delivery proof capture events integrate into operational tracking
- –Failed-stop workflows need careful configuration to avoid incorrect reassignments
- –Complex setups require governance across routing, driver app, and status mappings
Best for: Fits when mid-size and enterprise logistics teams need automated dispatch workflows tied to proof events.
DispatchTrack
enterpriseDelivery management software for scheduling, routing, tracking, and customer communication.
Stop-level proof capture ties signature and photo evidence directly to each delivery status update via event outputs.
DispatchTrack coordinates last-mile delivery workflows with driver assignment, delivery status updates, and electronic proof of delivery in one flow. The system is built around a dispatch board workflow and a driver mobile app experience for capturing signatures and photos per stop.
It also supports delivery failure handling and operational visibility through delivery progress tracking for managers. Integration support centers on connecting dispatch, tracking, and proof artifacts to downstream systems through an API and webhooks.
- +Dispatch board workflow keeps assignments and stop-level execution aligned
- +Mobile proof capture supports signatures and photo evidence per stop
- +Delivery status updates follow assignment progress through completion
- +API and webhooks support pushing delivery events to internal systems
- –Advanced routing capabilities are limited compared with dedicated optimization tools
- –Failed delivery handling needs deliberate configuration for consistent outcomes
- –Proof capture fields can require setup work per delivery type
- –Driver experience depends on network reliability during signature and photo capture
Best for: Fits when teams need dispatch, stop execution, and proof capture with event integrations.
Locus
enterpriseLogistics technology for route optimization, dispatch planning, and last-mile delivery execution.
Stop-linked scan and proof collection connects driver actions to dispatch visibility for exception handling.
Locus schedules deliveries and manages driver workflows through a web dispatch console and a driver-facing mobile app. It supports multi-stop route planning with stop sequencing, route assignment, and delivery status updates across a shared run.
Locus captures electronic proof of delivery with signature and photo collection, and it records package scan events tied to stops. Admins can run delivery operations with configurable rules for dispatching, reassigning, and handling exceptions during route execution.
- +Proof-of-delivery captures signatures and photos per stop, not just completion flags
- +Multi-stop routing uses stop sequencing tied to assignments for fewer manual edits
- +Dispatch console shows execution status for reassignments during the same run
- +Package scanning events attach to delivery progress for clearer exception tracking
- –Large address and geocoding setup can require careful data cleanup before scale
- –Failed delivery management is dependent on configured exception workflows for each scenario
Best for: Fits when mid-size last-mile teams need route planning and stop-level proof capture with live dispatch control.
RoadWarrior
SMBMulti-stop route planning software for delivery drivers and field teams.
Stop-level proof with photo and signature capture is built into the driver completion workflow, not as a separate reporting step.
RoadWarrior targets delivery driver workflows with an operations flow built around route planning, mobile task execution, and proof capture in the same day-to-day dispatch loop. The system supports driver assignment, stop sequencing for multi-stop runs, and delivery status updates tied to GPS check-ins.
Proof of delivery capabilities include signature and photo capture, with scanned references supported for package-level confirmation. Administration centers on managing users and routes, plus tracking completed stops for operations review.
- +POD capture links signatures and photos to each completed stop record
- +Dispatch assignments translate into driver-ready stop sequences on mobile
- +GPS-based driver check-ins support delivery status updates for operations visibility
- +Multi-stop runs keep stop order consistent from planning into execution
- –Automation depth depends on integration add-ons for advanced dispatch workflows
- –Address validation and geofencing controls appear limited versus route-centric competitors
- –Audit log granularity for admin actions is less detailed for complex governance needs
- –Exception workflows for failed deliveries require extra operator handling
Best for: Fits when last-mile teams need dispatch-to-driver execution with stop sequencing and photo or signature POD.
Conclusion
After evaluating 10 transportation logistics, Track-POD 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 delivery driver software
Delivery driver software coordinates delivery assignment, driver mobile execution, and proof-of-delivery workflows so dispatch teams can see stop outcomes without manual reconciliation. This guide covers Track-POD, Routific, Detrack, and the other delivery driver platforms selected for route planning, proof of delivery, and dispatch execution.
Each tool card emphasizes specific mechanics in day-to-day operations, including stop-level electronic proof capture and dispatch-to-driver assignment handling. Coverage includes route re-optimization behavior in Routific, stop-tied evidence updates in Detrack, and the stop-level driver capture workflow in Track-POD.
Delivery driver software for stop-level POD, route execution, and dispatch status control
Delivery driver software turns delivery plans into driver-ready stop sequences, then records proof at each stop so dispatch can track delivery status updates in real time. For teams that need operator control over what gets captured, Track-POD supports stop-level electronic proof requirements configured by delivery type inside the driver workflow.
For multi-stop operations that frequently change stop sets, Routific regenerates stop sequences after updates while keeping proof-of-delivery capture tied to driver execution. Detrack also connects stop-level proof capture directly to the delivery assignment workflow so dispatch records update alongside driver completion outcomes.
Dispatch execution signals, proof workflow design, and route reassignment behavior
Delivery driver software must carry delivery outcomes from the driver mobile workflow into dispatch visibility without relying on manual reconciliation. That comes from stop-level proof capture tied to the delivery assignment records and dispatch board status updates.
Route planning matters only if it survives real-world execution changes. The tools that regenerate stop sequences after updates, and the tools that keep proof requirements consistent per delivery type, reduce the operator touchpoints needed when stops move or fail.
Stop-level proof workflow that can be configured per delivery type
Track-POD provides stop-level electronic proof workflows in the driver app with capture requirements configured per delivery type, which keeps evidence consistent across mixed delivery categories. OnTime 360 ties signatures, photos, and scan results to delivery status updates with stop-based evidence packaging for dispatch visibility.
Route re-optimization behavior for changing multi-stop stop sets
Routific recalculates multi-stop sequences quickly by regenerating stop sequences after updates to the stop set. Detrack supports dispatch-to-driver status updates through its dispatch board workflow, but its advanced route optimization depth may require external tooling for complex constraints.
Dispatch board workflow that keeps driver and planner aligned on assignment changes
Detrack connects stop-level proof capture to the delivery assignment workflow and uses a dispatch board process for driver-to-dispatch status updates. Dispatch Science also ties delivery assignment to driver execution through a dispatch-to-driver workflow with stop completion records visible to operations.
Proof capture tied directly into driver completion flow
Dispatch Science integrates stop-level proof capture into the driver completion flow so confirmations appear in operations without manual reconciliation. RoadWarrior builds photo and signature capture into the driver completion workflow rather than as a separate reporting step.
Exception and failed delivery workflow handling in operational practice
Track-POD flags that automation depth depends on consistent route and stop configuration and that exception workflows can demand operator touches during high failure rates. Routific limits exception workflows compared with purpose-built dispatch centers, so teams with many failed stops may need tighter stop list management and operational playbooks.
Item-level confirmation via barcode and package scanning during stop completion
OnTime 360 includes barcode and package scanning so dispatch can receive item-level confirmation workflows rather than only completion flags. Bringg focuses on state-driven orchestration driven by proof and driver signals, but failed-stop behavior needs careful configuration to prevent incorrect reassignments.
How to choose delivery driver software for route planning, proof of delivery, and dispatch control
The right choice depends on how the workflow is executed from plan to stop to dispatch outcome. The decision points below focus on where proof gets captured, how dispatch sees status changes, and how routing updates propagate into driver stop sequences.
Teams also differ on what they expect the platform to do during disruptions. Some tools prioritize driver-centric evidence capture and assignment updates, while others emphasize routing-first re-optimization, so the fit depends on whether stop sets shift often and how exceptions are managed.
Map the proof capture contract to dispatch visibility
If dispatch needs stop-level evidence with configurable requirements per delivery type, Track-POD provides that proof contract inside the driver workflow. If dispatch needs signatures, photos, and scan results bound to delivery status updates, OnTime 360 aligns proof fields to dispatch visibility per stop.
Test routing updates using realistic stop-set change frequency
If routes frequently change and stop sets are updated during the day, validate that Routific regenerates multi-stop sequences after updates so driver stop ordering stays consistent. If route complexity includes constraints that exceed basic optimization, verify whether Detrack’s route optimization depth needs external tooling for those constraints.
Decide whether the dispatch workflow lives in a board or inside delivery completion
If dispatch needs a dispatch board workflow that operators use to align assignments and driver-to-dispatch updates, Detrack supports that driver status update loop. If operations needs proof confirmations generated directly from driver completion to avoid reconciliation work, Dispatch Science integrates stop-level proof into the completion flow.
Choose the failure and exception operating model before integrating edge cases
If high failure rates trigger more operator touches, Track-POD’s automation depth depends on consistent route and stop configuration and exception workflows can require additional touches. If exception workflows must be handled with less manual support, note Routific limits exception workflows versus dedicated dispatch centers and requires disciplined stop list management.
Select the scanning workflow level based on item-level evidence needs
If the operation requires item-level confirmation using barcode or package scanning during stop completion, OnTime 360 supports scanning as part of the driver mobile flow. If the operation instead relies on event-driven orchestration tied to driver and proof signals, Bringg uses a state-driven dispatch and assignment workflow that still needs governance for failed-stop mappings.
Who delivery driver software fits best by operating pattern
Delivery driver software is a fit when dispatch needs real-time visibility into stop outcomes and when driver execution can generate proof data that maps cleanly into assignment status. The tools on this list vary most in how they handle proof workflow coupling and how they respond to routing updates or exceptions.
The audience segments below align to the specific mechanics each platform emphasizes in driver completion, stop-level evidence, and the dispatch board or orchestration workflow.
Mid-size delivery teams running multi-stop routes with consistent proof requirements
Track-POD supports stop-level electronic proof capture with configurable capture requirements per delivery type and dispatch-to-driver assignment for multi-stop route execution. Its fit matches teams that want dispatch control over evidence collection rather than only completion flags.
Teams that frequently update stop sets and need rapid route recalculation
Routific is built around regenerating stop sequences after multi-stop stop set updates, which supports fast rerouting when plans shift. Its proof capture includes signatures and photo evidence, but teams must manage stop lists carefully for best outcomes.
Dispatch teams that manage daily driver runs and need stop-level evidence tied to assignment outcomes
Detrack provides stop-specific proof capture that updates dispatch records in the same delivery assignment workflow. Its dispatch board workflow supports driver-to-dispatch status updates for daily execution control.
Operations that want end-to-end confirmations without manual reconciliation
Dispatch Science integrates stop-level proof capture directly into the driver completion flow so operations sees confirmations without manual reconciliation. The dispatch process ties delivery assignment to driver execution so assignment outcomes reflect completed stops.
Enterprise logistics teams needing event-driven orchestration across driver signals and customer updates
Bringg uses an API-first event model and state-driven dispatch and assignment workflows that tie driver updates to customer notifications. Its failed-stop workflows require careful configuration so reassignments remain correct.
Common buying mistakes when implementing delivery driver software
Many failed deployments come from testing only the happy path of stop completion. Proof capture and routing updates interact with assignment status updates and exception workflows, so those edge cases must be modeled before rollout.
The mistakes below focus on what breaks operator workflows, how configuration discipline impacts dispatch visibility, and where routing or proof coupling expectations become mismatched.
Assuming route optimization will handle plan changes without stop list governance
Routific recalculates stop sequences after updates, but route results still require disciplined stop list management for best outcomes. Running a pilot with frequent stop-set edits catches stop list governance gaps early.
Treating proof capture as a reporting step instead of an assignment-tied workflow
Dispatch Science integrates stop-level proof capture into the driver completion flow so operations avoids manual reconciliation. If the workflow is set up so evidence does not bind to assignment outcomes, dispatch teams end up reconciling exceptions.
Configuring exception handling without accounting for higher failure rates
Track-POD warns that automation depth depends on consistent route and stop configuration and that exception workflows can require more operator touches during high failure rates. Aligning exception scenarios with the proof and assignment workflow prevents incorrect operational outcomes.
Overlooking that advanced routing constraints may require external tooling
Detrack notes that advanced route optimization depth may require external tooling for complex constraints. Proof and dispatch integration can work well even if routing needs a different optimization engine for constrained scenarios.
Skipping item-level scanning requirements when operations depends on package confirmation
OnTime 360 includes barcode and package scanning for item-level confirmation workflows tied to stop completion. Selecting a tool that captures only completion flags leads to missing operational evidence when the proof requirement is item-specific.
How We Selected and Ranked These Tools
We evaluated Track-POD, Routific, Detrack, and the other listed delivery driver platforms on feature coverage for route planning behavior, stop-level proof capture workflows, and dispatch status update handling. Features account for 40% of the score, and ease and value each account for 30% to reflect day-to-day operator and dispatch usability tradeoffs.
Track-POD separated itself through stop-level electronic proof workflow design that supports configurable capture requirements per delivery type inside the driver app. Track-POD also ties proof capture into dispatch-to-driver assignment for multi-stop route execution, which reduces reconciliation work compared with tools that emphasize either routing or completion evidence separately.
Frequently Asked Questions About delivery driver software
How do Track-POD and Routific handle multi-stop route re-optimization when stop lists change during the day?
Which APIs and event mechanisms are used for delivery-status integrations in DispatchTrack and Bringg?
How does OnTime 360 support item-level verification beyond basic signatures and photos?
What breaks if failed-delivery handling is only managed with route edits instead of assignment reassignments?
When should an admin choose Detrack over spreadsheet-based dispatch for daily driver runs?
How do Locus and RoadWarrior connect driver mobile actions to dispatch visibility for exception handling?
How does identity access control differ across these systems for dispatch-board administration?
What is the data-migration risk when switching dispatch workflows to Routific or Onfleet without a defined delivery data model?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Transportation LogisticsTop 10 Best Delivery Driver Scheduling Software of 2026
- Transportation LogisticsTop 10 Best Delivery Route Planner Software of 2026
- Transportation LogisticsTop 10 Best Last Mile Delivery Tracking Software of 2026
- Transportation LogisticsTop 10 Best Delivery Routing And Dispatch Software of 2026
- Transportation LogisticsTop 10 Best Dot Driver Compliance Software of 2026
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