GITNUXSOFTWARE ADVICE
Transportation LogisticsTop 10 Best Parcel Locker Software of 2026
Top 10 parcel locker software roundup with technical comparisons for Ava, Lassonde Integrated Systems, Parcel Pending, plus Keba, Quadient, Smiota.
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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Keba Parcel Lockers is the strongest fit for operations teams that need centralized control across multiple locker sites with controlled access workflows, whereas Smiota works best if you want API-driven event handling consistency for multi-site locker operations.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Keba Parcel Lockers
Locker cluster management that ties door sensor and occupancy telemetry into delivery and pickup workflow control.
Built for fits when operations teams need centralized locker control with controlled access workflows across multiple locker sites..
Quadient Parcel Pending by Quadient
Editor pickCourier drop-off authentication tied to recorded delivery events improves access integrity at the pickup handoff stage.
Built for fits when property or campus delivery teams need controlled pickup authorization across many locker sites..
Smiota
Editor pickDelivery and pickup lifecycle automation driven by Smiota’s event and notification integration layer.
Built for fits when operations teams manage multiple locker sites and need API-driven event handling consistency..
Comparison Table
Keba Parcel Lockers
enterpriseParcel locker systems with software for delivery automation, pickup, and return handling.
Locker cluster management that ties door sensor and occupancy telemetry into delivery and pickup workflow control.
Keba Parcel Lockers is built around managing locker modules as a networked cluster and coordinating delivery handoff through controller firmware and an access control terminal workflow. The operational surface includes pickup code expiry windows, delivery proof capture hooks, and telemetry for occupancy and door sensor fault detection. Admin control focuses on centralized provisioning of lockers and compartment sizing so allocation logic maps parcels to the right compartments.
A key tradeoff is that the best results depend on accurate compartment size mapping and operational data hygiene for code generation and delivery event logging. The product fits locations where last-mile delivery exceptions and overflow routing must be handled without manual reassignment, such as multi-carrier campus delivery points.
- +Centralized locker cluster management for multi-site operations
- +Pickup-window expiry controls reduce stale access codes
- +Door and sensor fault signals support quicker courier incident handling
- +Compartment allocation logic aligns parcels to configured sizes
- –Requires disciplined compartment size mapping to prevent allocation failures
- –API event integration adds implementation work for custom carrier flows
Last-mile ops teams
Multi-carrier locker drop-off tracking
Fewer failed pickups
Property managers
Resident pickup notifications
Lower support volume
Show 2 more scenarios
Logistics IT teams
API-driven parcel event synchronization
Automated handoff reconciliation
Delivery and pickup events feed external delivery proof and reconciliation tools for operational reporting.
Facility maintenance teams
Door sensor fault response
Reduced downtime
Door fault signals support quicker triage before couriers attempt re-delivery to impacted compartments.
Best for: Fits when operations teams need centralized locker control with controlled access workflows across multiple locker sites.
Quadient Parcel Pending by Quadient
enterpriseParcel locker and package management solutions for residential, retail, higher education, and office environments.
Courier drop-off authentication tied to recorded delivery events improves access integrity at the pickup handoff stage.
Parcel Pending is built around controlled compartment allocation and pickup-code workflows, so each locker access is tied to a delivery event and a defined pickup window. Centralized locker management supports multi-location operations where staff need visibility into occupancy and delivery status without walking every site. Courier drop-off authentication and delivery-event recording align the locker actuation process with delivery proof requirements.
A key tradeoff is that operational accuracy depends on disciplined configuration of compartment size mapping and pickup expiry windows per site and module. Quadient Parcel Pending is a strong fit for property managers, campus delivery teams, and enterprise logistics groups that want consistent locker authorization rules across a locker cluster.
- +Centralized locker management across multiple locations and locker clusters
- +Pickup-code workflow with defined pickup expiry windows
- +Courier drop-off logging supports auditable delivery handoffs
- +Access-control terminal interactions align with parcel locker hardware operations
- –Configuration discipline is required for compartment size mapping per module
- –External system integration can require implementation work for event routing
Property management operations
Resident pickup with controlled authorization
Reduced mis-pickups and disputes
Campus parcel handling teams
Multi-building locker cluster management
More predictable parcel flow
Show 1 more scenario
Logistics operations managers
Courier drop-off logging with proof
Tighter last-yard delivery handoff
Courier access and delivery-event capture create an audit trail from drop-off to pickup completion.
Best for: Fits when property or campus delivery teams need controlled pickup authorization across many locker sites.
Smiota
API-firstCloud-based smart locker software for package delivery, asset exchange, and unattended pickup.
Delivery and pickup lifecycle automation driven by Smiota’s event and notification integration layer.
Smiota is geared toward centralized locker cluster management, where multiple locker banks report events and administrators manage configuration in one place. Locker onboarding typically includes defining compartment size mapping and delivery routing rules so drop-offs land in the right compartment. Delivery proof and pickup eligibility can then be linked to downstream workflows through post-delivery notifications.
A common tradeoff is that deeper automation depends on disciplined integration work, because correct compartment allocation logic and event mapping require alignment between the locker firmware behavior and Smiota’s expectations. Smiota fits best when teams need multi-location control with consistent pickup-code expiry behavior and clear audit event audit trail across carrier drop-offs.
- +API-first integration for end-to-end delivery and pickup event mapping
- +Centralized multi-site configuration reduces per-location operational drift
- +Compartment allocation rules can be defined to match compartment size mapping
- +Pickup-code authorization flows support controlled pickup windows
- –Setup requires careful mapping between locker events and Smiota’s expected states
- –Operational dashboards depend on integration quality for complete event fidelity
Parcel delivery operations teams
Route parcels using compartment rules
Lower misloads at the locker
Property and site managers
Centralize configuration across sites
Fewer site-specific overrides
Show 1 more scenario
Integrations and engineering teams
Connect locker events to back-office
Faster operational reconciliation
Streams delivery and pickup lifecycle events into existing systems using Smiota automation surfaces.
Best for: Fits when operations teams manage multiple locker sites and need API-driven event handling consistency.
Luxer One
enterprisePackage management software and smart locker systems for apartments, offices, and universities.
Centralized locker cluster management that coordinates compartment allocation policies across multiple locker sites.
Luxer One centers on centralized locker cluster management for parcel operators that need multi-site control, not just kiosk software. The system supports locker bank telemetry workflows like occupancy and door status polling, plus delivery and pickup events that can feed downstream notification paths.
Admin configuration focuses on compartment allocation logic, access control terminal behaviors, and pickup code expiry windows. For integrations, Luxer One’s practical value shows up in its automation and API post-delivery notification fit for carrier and last-mile systems.
- +Locker cluster management supports multi-site operations with consistent controls
- +Compartment allocation logic can align layout constraints to operational policies
- +Occupancy and door status polling reduces blind spots for locker dwell-time handling
- +API post-delivery notification fits last-yard delivery handoff to enterprise systems
- –Offline mode reconciliation depth depends on integration coverage and device behavior
- –Governance for courier access PINs needs disciplined RBAC and auditing workflows
Best for: Fits when operators manage multi-site locker banks and need admin control plus integration-driven pickup notifications.
Package Nexus
vertical specialistPackage room and parcel locker management software for multifamily properties and student housing.
Compartment allocation logic can be configured to enforce overflow routing and capacity constraints across locker sites.
Package Nexus coordinates parcel locker operations by managing locker inventories, compartment allocation, and delivery handoff workflows from a centralized console. The product supports barcode and pickup-code based locker entry for resident retrieval, plus delivery status updates that fit last-yard handoff needs.
For operators managing multiple locker sites, it includes cluster-level administration so staff can monitor capacity and reconcile exceptions. API and automation hooks are presented for notification events, which helps integrate locker activity into existing delivery and tracking systems.
- +Centralized console supports multi-locker cluster administration for ongoing operations
- +Pickup-code workflow aligns with kiosk and QR-style locker entry use cases
- +Compartment allocation rules help control capacity and reduce manual intervention
- +Operational eventing supports integration into delivery status and notification systems
- –Offline mode reconciliation and exception workflows need careful configuration discipline
- –Locker module network topology visibility is limited compared with hardware vendor tools
Best for: Fits when mid-market parcel delivery teams need centralized locker workflows with automation-friendly event notifications.
Pitney Bowes ParcelPoint Smart Lockers
enterpriseSmart locker and package tracking platform for inbound parcel management in offices and residential sites.
Centralized locker cluster management that ties program rules to locker hardware state across locations.
Pitney Bowes ParcelPoint Smart Lockers are most suitable for organizations managing recurring parcel drop-off and resident pickup at fixed locker sites.
The solution emphasizes locker controller firmware integration with compartment allocation logic and access workflows using QR pickup scan and pickup codes.
Admin users get workflow control over delivery handoff states and the ability to track access events tied to the locker system’s operational telemetry.
The overall value comes from operational fit for locker programs rather than broad enterprise parcel orchestration beyond locker operations.
- +Centralized locker cluster management for multi-site deployments
- +Delivery and pickup workflows built around parcel pickup codes
- +Operational event capture supports troubleshooting of access issues
- +Hardware-first integration aligns locker behavior with program rules
- –API surface details for developer workflows are not clearly public
- –Compartment size mapping and routing rules require upfront configuration discipline
- –Feature depth for non-Pitney delivery use cases can feel limited
- –Offline mode reconciliation capability is not clearly documented for edge cases
Best for: Fits when distributed delivery teams need locker-led pickup control with strong operational governance.
TZ Smart Locker
enterpriseSmart locker management software for package delivery, asset storage, and workflow automation.
Compartment allocation logic that aligns available compartments to delivery constraints to minimize re-routing and failed handoffs.
TZ Smart Locker is parcel locker software from tz.net with an operations focus on connecting locker hardware to delivery and pickup workflows. The system centers on compartment allocation logic and pickup code handling for last-yard delivery handoff.
It supports centralized locker management so operators can monitor locker status and manage deliveries across a locker bank. Integration is geared toward automated notification and delivery event updates through an API surface used by delivery and e-commerce systems.
- +Compartment allocation logic reduces manual assignment during high volume delivery runs
- +Pickup code expiry window supports controlled access without staff involvement
- +Centralized locker management console supports multi-locker operations from one place
- +API post-delivery notification supports automatic status updates for downstream systems
- –Offline mode reconciliation coverage can be limited when courier devices lose connectivity
- –Locker module network topology issues increase operational friction during rollouts
- –Occupancy sensor polling depends on consistent telemetry inputs from each locker
- –Audit trail depth for access events may require extra configuration work by operators
Best for: Fits when parcel teams need controlled pickup windows and centralized locker operations with API-driven delivery updates.
Parcel Tracker
vertical specialistParcel management software for residential buildings with parcel locker and package room workflows.
Pickup notification triggers are aligned to delivery status changes to reduce wrong-compartment and late-courier handoffs.
Parcel Tracker provides parcel locker management focused on delivery tracking and pickup code workflows. It supports multi-carrier intake into locker assignment and sends pickup notifications tied to delivery status.
The system is geared for operational control of last-mile handoff using scan-ready codes and locker compartment handling. Admin workflows center on managing deliveries, monitoring locker activity, and handling exception states like failed pickup attempts.
- +Pickup code workflow ties notifications to parcel delivery states
- +Locker assignment workflow supports compartment-level handling
- +Multi-carrier drop-off logging fits mixed logistics operations
- +Operational exception handling covers failed pickup scenarios
- –Locker cluster management depth is limited compared with enterprise locker controllers
- –API automation coverage is narrower than systems built for high-throughput integrations
- –Extensibility for custom pickup rules depends on workflow configuration
- –Audit event audit trail granularity is less detailed than top locker controller stacks
Best for: Fits when parcel delivery teams need code-based pickup orchestration and clear locker activity reporting.
Parcel SafePlace
vertical specialistPackage management software for apartments and student housing with smart locker support.
Operational locker configuration ties compartment allocation rules to delivery state, improving last-yard handoff consistency across locations.
Parcel SafePlace manages parcel locker delivery and pickup workflows across lockers and dispatch touchpoints. It supports compartment allocation and delivery handoff steps that connect locker events to resident pickup notifications.
The system also handles pickup code expiry windows and locker bank telemetry so operations can track occupancy and delivery state. Admin setup centers on centralized locker configuration and operational controls for ongoing multi-carrier drop-off logging.
- +Compartment allocation logic maps deliveries to correct locker modules and doors
- +Centralized locker configuration supports multi-location operations with consistent settings
- +Pickup code workflow supports expiry windows for time-bounded access
- +Locker bank telemetry supports occupancy and delivery state monitoring
- –Access control and PIN policies require careful setup to avoid pickup failures
- –Integration depth beyond basic locker events depends on connector availability
Best for: Fits when multi-carrier locker operations need controlled pickup code workflows and centralized locker configuration.
Cleveron
enterpriseParcel locker and click-and-collect platform for retail, logistics, and healthcare deployments.
Event-driven access audit trail that ties locker interactions to operational review across a locker cluster.
Cleveron pairs locker hardware with delivery workflow software for organizations that run shared parcel pickup points at scale. The system supports multi-carrier handling, electronic lock actuation, and pickup workflows built around codes and terminal interactions.
Cleveron also provides a centralized management experience for locker clusters, including operational monitoring and event visibility that support last-yard delivery handoffs. For teams that need automation around pickup events, Cleveron’s integration approach centers on APIs and notification flows tied to locker access activity.
- +Centralized console for managing locker clusters and operational status
- +Pickup workflow built around scanner and code-based access interactions
- +Multi-carrier drop-off logging designed for mixed carrier operations
- +Locker access events produce an audit trail for operational review
- –Compartment allocation logic depends on correct size mapping and configuration
- –Integrations require disciplined setup to keep notifications aligned with locker state
Best for: Fits when parcel delivery teams operate multiple locker sites and need code-driven pickup workflows with operational event visibility.
Conclusion
After evaluating 10 transportation logistics, Keba Parcel Lockers 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 parcel locker software
Parcel locker software coordinates delivery drop-off, compartment allocation, and resident pickup using device-connected workflows like access terminals, barcode pickup tokens, and pickup-code expiry windows. This buyer’s guide covers Keba Parcel Lockers, Quadient Parcel Pending by Quadient, Smiota, Luxer One, and the remaining tools on the Top 10 list for 2026.
The strongest deployments in this category differ by integration depth, where event handling connects to locker control and notifications. Keba Parcel Lockers and Quadient Parcel Pending by Quadient both emphasize centralized locker cluster management, while Smiota focuses on API-driven delivery and pickup lifecycle automation.
Parcel locker software for centralized locker cluster management, access control, and delivery-to-pickup orchestration
Parcel locker software connects locker hardware state with delivery events so the system can assign the right compartment, generate pickup codes, and trigger last-yard delivery handoff notifications. These workflows typically include courier drop-off authentication, pickup notification triggers, and locker access event audit trail capture tied to electronic lock actuation.
Keba Parcel Lockers stands out for locker cluster management that connects door sensor and occupancy telemetry into delivery and pickup workflow control. Smiota differentiates through an API-first integration layer that maps delivery and pickup events into consistent automation across multiple locker sites.
Parcel locker software feature checklist for delivery control and pickup handoff
Parcel locker software must convert delivery status into compartment allocation, then convert pickup authorization into an access terminal event that actually opens the locker door. The stronger systems connect delivery states and locker hardware state so the right compartment is selected and the pickup code workflow stays consistent across sites.
The most decisive differences show up in locker cluster management control depth, integration and automation surfaces, and how reliably the system handles offline mode and exception cases. These areas determine whether operations see fewer wrong-compartment events, fewer stale access codes, and faster recovery when courier devices or lockers lose connectivity.
Locker cluster management that ties hardware telemetry to workflows
Keba Parcel Lockers uses centralized locker cluster management that connects door sensor and occupancy telemetry into the delivery and pickup workflow control. Luxer One also centers admin control for multi-site locker clusters, but it focuses more on compartment allocation policy coordination than telemetry-driven workflow gating.
Courier drop-off authentication and delivery proof alignment
Quadient Parcel Pending by Quadient ties courier drop-off authentication to recorded delivery events to improve access integrity at pickup handoff. Pitney Bowes ParcelPoint Smart Lockers builds delivery and pickup workflows around parcel pickup codes, which improves operational governance when pickup codes map to locker hardware state.
API-first event mapping for end-to-end delivery and pickup automation
Smiota provides an API-first integration layer that maps delivery and pickup events into consistent automation across multiple locker sites. Cleveron emphasizes an event-driven access audit trail and central operational visibility, but it relies on disciplined configuration so notifications align with locker state.
Pickup code workflow with defined expiry windows
Quadient Parcel Pending by Quadient and Keba Parcel Lockers both include pickup-code workflow controls that reduce stale access behavior through pickup expiry window enforcement. TZ Smart Locker supports controlled pickup windows through its pickup code expiry window approach to reduce staff involvement at the handoff stage.
Compartment allocation logic and overflow routing enforcement
Package Nexus configures compartment allocation logic to enforce overflow routing and capacity constraints across locker sites. TZ Smart Locker emphasizes compartment allocation logic that aligns available compartments to delivery constraints to reduce re-routing and failed handoffs during high volume runs.
Offline mode reconciliation and exception workflow completeness
Luxer One’s offline mode reconciliation depth depends on integration coverage and device behavior, which affects how quickly the system corrects state after connectivity loss. TZ Smart Locker can have limited offline mode reconciliation coverage when courier devices lose connectivity, which increases the risk of manual recovery work for operations.
How to choose parcel locker software by integration depth, workflow control, and governance fit
Parcel locker software decisions work best when they start from last-yard handoff mechanics. The selection should be driven by how delivery events become pickup authorization and how locker state transitions become access terminal outcomes and notifications.
Deployments also differ by whether operations expect centralized control across multiple locker sites or rely on per-location operational execution. The next steps separate those philosophies and then test automation and recovery behavior with scenarios that mirror courier device behavior and locker module network conditions.
Pick workflow control scope: one operator console versus per-site operational control
Choose Keba Parcel Lockers when centralized locker cluster management must coordinate multi-site operations using workflow control informed by door sensor and occupancy telemetry. Choose Parcel Tracker when the emphasis is on pickup notification triggers aligned to parcel delivery status changes rather than deep enterprise-level locker cluster management.
Select the event integration philosophy: API-first automation or connector-and-mapping orchestration
Choose Smiota when API-driven delivery and pickup lifecycle automation needs consistent event handling across multiple locker sites. Choose Quadient Parcel Pending by Quadient when courier drop-off authentication and pickup-code workflow need to be enforced tightly around recorded delivery events even if external integration work is required for event routing.
Validate compartment allocation and overflow behavior against actual locker layouts
Choose Package Nexus when configured overflow routing and capacity constraints must be enforced across locker sites with compartment allocation logic that supports these rules. Choose Luxer One when compartment allocation policy coordination across multi-site locker banks must align layout constraints to operational policies with consistent admin controls.
Stress-test pickup-code expiry windows and stale access prevention
Choose Keba Parcel Lockers or Quadient Parcel Pending by Quadient when pickup-window expiry controls must reduce stale access codes across high-volume delivery cycles. Choose Parcel SafePlace when centralized locker configuration maps deliveries to correct locker modules and doors so the access workflow stays consistent during last-yard handoff.
Check offline mode recovery and exception handling for courier and locker device connectivity
Choose Luxer One when offline mode reconciliation needs to be evaluated against integration coverage and device behavior because reconciliation depth depends on those factors. Choose TZ Smart Locker or Cleveron when the deployment must define operational recovery for cases where courier devices lose connectivity or when integration quality must keep notifications aligned with locker state.
Who should buy parcel locker software for centralized delivery-to-pickup orchestration
Parcel locker software fits organizations that treat delivery drop-off and resident pickup as a controlled handoff process backed by locker cluster operations. The best fit depends on whether the organization needs multi-site governance and workflow orchestration, or whether it needs practical event notifications and compartment-level handling with less emphasis on telemetry-driven control.
Teams also benefit when the software reduces wrong-compartment events and stale pickup codes by aligning delivery status transitions with compartment allocation and pickup authorization outcomes.
Property and campus delivery teams running multi-locker clusters
Quadient Parcel Pending by Quadient fits multi-site controlled pickup authorization because it centers locker management across multiple locations and enforces pickup-code workflow with defined pickup expiry windows.
Operations teams responsible for centralized locker control across multiple sites
Keba Parcel Lockers is a fit when centralized locker cluster management must coordinate delivery and pickup workflow control using door sensor and occupancy telemetry inputs.
Engineering teams building automation around delivery and pickup events
Smiota fits when end-to-end delivery and pickup lifecycle automation must be driven by an API-first integration layer that maps delivery and pickup events into consistent automation states.
Mid-market parcel delivery operators standardizing overflow and capacity rules
Package Nexus fits when compartment allocation logic must enforce overflow routing and capacity constraints across locker sites with a centralized console for multi-locker cluster administration.
Organizations needing operational audit visibility for locker interactions
Cleveron fits when an event-driven access audit trail ties locker interactions to operational review across a locker cluster and when pickup workflow uses scanner and code-based access interactions.
Common parcel locker software mistakes that cause pickup failures and operational drift
Teams often mis-specify the locker allocation and workflow configuration before integration is validated in a real locker deployment. These mistakes show up as mismatched compartment size mapping, incorrect event routing, and inadequate recovery paths after connectivity loss.
Other failures come from governance gaps that affect courier access authorization and from limited visibility into locker module network topology, which slows troubleshooting during rollout or hardware issues.
Configuring compartment size mapping without testing overflow and layout constraints
Keba Parcel Lockers and Quadient Parcel Pending by Quadient both require disciplined compartment size mapping to prevent allocation failures, so the configuration must be tested with real module sizes and expected parcel categories.
Assuming offline mode recovery is automatic without validating integration coverage
Luxer One offline mode reconciliation depth depends on integration coverage and device behavior, and TZ Smart Locker offline mode reconciliation can be limited when courier devices lose connectivity.
Selecting a system for API automation but skipping event-state mapping validation
Smiota’s event and notification integration layer requires careful mapping between locker events and expected automation states, or dashboards and lifecycle automation will be incomplete.
Under-scoping governance for courier access PIN policies and auditing
Luxer One flags governance for courier access PINs as requiring disciplined RBAC and auditing workflows, and Cleveron’s audit trail still depends on correct size mapping and configuration so events reflect true locker state.
How We Selected and Ranked These Tools
We evaluated Keba Parcel Lockers, Quadient Parcel Pending by Quadient, Smiota, Luxer One, Package Nexus, Pitney Bowes ParcelPoint Smart Lockers, TZ Smart Locker, Parcel Tracker, Parcel SafePlace, and Cleveron using features coverage at 40% weight, operational and workflow ease at 30% weight, and value at 30% weight. We scored integration depth by checking whether each tool’s event handling supports delivery-to-pickup orchestration and whether the automation surface supports post-delivery notifications and pickup authorization alignment.
We scored ease by checking how much per-site configuration discipline is required for compartment size mapping and how quickly teams can validate pickup-code expiry window behavior. We ranked Keba Parcel Lockers highest because centralized locker cluster management connects door sensor and occupancy telemetry into delivery and pickup workflow control, and because pickup-window expiry controls reduce stale access codes while still supporting multi-site operations.
Frequently Asked Questions About parcel locker software
How do Smiota and Luxer One handle API-driven pickup authorization workflows across multiple locker sites?
Which tools provide an event interface for API post-delivery notification so delivery systems can reconcile last-yard handoffs?
How do pickup code expiry windows and compartment allocation rules affect failed pickups?
When door sensor faults or occupancy sensor polling errors occur, which platforms support operational reconciliation?
What breaks if centralized locker cluster management is missing in multi-site deployments?
Which tools support courier drop-off logging tied to the recorded delivery event to strengthen access integrity?
How does centralized administration for compartment allocation differ between Parcel Pending by Quadient and Cleveron?
How do offline mode and reconciliation workflows show up in locker operations software?
Where does access control security differ between Cleveron and Parcel SafePlace?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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