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Manufacturing EngineeringTop 10 Best Spare Parts Inventory Management Software of 2026
Ranking roundup of spare parts inventory management software with tradeoffs for IBM Maximo, Fishbowl, and Unleashed, plus buying criteria.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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IBM Maximo is the best fit if maintenance execution must reserve spares across storerooms with tight inventory accountability, while Fishbowl Inventory works better when parts movements come from work orders and replenishment cycles, and Odoo is a low-cost entry if you want one system linking inventory to maintenance and procurement.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
IBM Maximo
Work-order driven spare reservations and controlled issue flows tie inventory transactions to maintenance execution history.
Best for: Fits when maintenance execution must drive spare reservations and inventory accountability across storerooms.
Fishbowl Inventory
Editor pickOrder-driven inventory transactions that tie issued components to production and work execution.
Best for: Fits when inventory transactions come from work orders and replenishment cycles need automation.
inFlow Inventory
Editor pickBarcode-driven stock movements keep item quantities current for stockroom issuance and adjustments.
Best for: Fits when teams need reliable spare part receiving, issuing, and reordering without deep maintenance BOM hierarchy.
Comparison Table
IBM Maximo
enterpriseEnterprise asset management platform with comprehensive spare parts and storeroom management.
Work-order driven spare reservations and controlled issue flows tie inventory transactions to maintenance execution history.
Maximo’s spare parts inventory capabilities are built around maintenance-driven demand, so parts are managed in context of assets, work orders, and planned maintenance activities. Inventory transactions such as receiving, transfers, and issue are recorded as controlled movements that can be governed through approval workflows and user roles. The data model ties inventory items to equipment relationships, which helps when managing interchangeable configurations and maintaining consistency across locations and storerooms.
A key tradeoff is that Maximo’s configuration depth requires careful setup of item usage, warehouse structure, and workflow rules before planning and reservation behavior matches operational expectations. Maximo fits usage situations where maintenance execution is already standardized and where spare consumption must reconcile directly to work order history, such as field service depots with repairable spares and multi-echelon storage.
- +Work order connected reservations keep spare issuance aligned to maintenance demand
- +Configurable inventory transactions support receiving, transfers, and issue traceability
- +Asset hierarchy links parts to equipment context for consistent maintenance spares planning
- +Audit-friendly history supports governance of stock movements and approvals
- –Configuration effort is high for warehouse, workflow, and item usage rules
- –Spare planning accuracy depends on clean part master data and disciplined updates
- –Some warehouse execution details require customization to match unique storerooms
- –Complex setups can increase admin overhead for role and workflow maintenance
Maintenance operations teams
Reserve parts against planned work orders
Lower stock-outs during maintenance
Asset management teams
Standardize parts across equipment hierarchy
Fewer substitution errors
Show 2 more scenarios
Warehouse and procurement teams
Reconcile receiving to inventory demand
Cleaner inventory records
Inventory receiving and transfers keep storeroom balances aligned to maintenance-driven consumption.
Service depots
Control rotable spares across warehouses
Better spares availability
Transaction history and approvals support movement accountability for repairable and rotable items.
Best for: Fits when maintenance execution must drive spare reservations and inventory accountability across storerooms.
Fishbowl Inventory
SMBInventory manufacturing and warehouse management solution with strong parts tracking capabilities.
Order-driven inventory transactions that tie issued components to production and work execution.
Fishbowl Inventory pairs an adjustable part master with transactional controls for issuing, receiving, and adjusting inventory tied to operational documents. It supports multi-location stock handling with bin-style execution so that spares can be allocated and tracked through the order and production lifecycle. The automation surface includes rules and guided processes for converting demand into purchase orders and for consuming materials from inventory. Integration depth tends to be strongest when inventory events must synchronize with upstream ERP and downstream accounting rather than when the system must act as a standalone catalog-only service layer.
A key tradeoff is that spare parts accuracy depends on consistent operational discipline across item setup, location mapping, and transaction entry. Fishbowl works best when spare parts activity is already driven by work orders, build orders, or maintenance-related workflows that naturally create usage and replenishment events. When spare parts spend is primarily driven by ad hoc requests without structured documents, the benefits shrink because the tool has less to automate around.
- +Operational transaction tracking links inventory movement to orders and production
- +Multi-location stock handling supports controlled issuance and receiving
- +APIs and integrations help sync inventory events with ERP and accounting
- +Assembly and work workflow coverage reduces manual spares consumption
- –Accurate spare parts outcomes require consistent part and location setup
- –Advanced governance and reporting can demand administrator time
- –Some spare parts workflows need configuration to match internal processes
- –Catalog-only use cases can feel heavier than purpose-built spares tools
Maintenance and service ops teams
Spare usage tied to service work orders
Reduced stockouts and faster replenishment
Manufacturers with spare components
Assemblies consume and replenish rotable spares
Lower expedite frequency
Show 2 more scenarios
Distributor planning teams
Forecasted demand becomes purchase orders
Improved availability on demand
Uses sales and demand signals to schedule inventory movement and receiving into stock locations.
ERP integration teams
Sync inventory events across systems
Fewer reconciliation mismatches
Uses API and integration paths to align inventory transactions with enterprise processes.
Best for: Fits when inventory transactions come from work orders and replenishment cycles need automation.
inFlow Inventory
SMBInventory management software with reorder points and multi-location parts tracking.
Barcode-driven stock movements keep item quantities current for stockroom issuance and adjustments.
inFlow Inventory centers on maintaining item records with supplier references and tracking stock by location through ongoing receipt, issue, and adjustment events. Barcode support supports faster stockroom operations, and low-stock alerts support reorder follow-through without building a separate planning model. The data model stays pragmatic for spare parts handling, with item-centric quantities and transaction history as the source of stock truth.
A tradeoff appears in spare parts structures that require maintenance bill depth and equipment hierarchy. The setup fits best when part records and substitution rules can be maintained at the item level rather than tied to a full equipment and maintenance bill of materials graph. This works well when teams need reliable stock issuance and reordering for parts that share similar demand patterns.
- +Item-centric workflow keeps stock balances tied to receipts and issues
- +Barcode scanning speeds cycle counting and stockroom transactions
- +Multi-location tracking supports separate stockroom control
- +Low-stock and reorder notifications reduce missed replenishment
- –Deep spare part supersession and maintenance bill modeling needs extra process
- –Automation stays transaction-triggered instead of equipment-hierarchy planning
- –Reporting focus favors inventory accuracy over service-level analytics
- –Complex governance workflows can require careful role discipline
Warehouse and stockroom teams
Fast barcode receiving and issue tracking
Fewer picking errors and faster counts
Maintenance planners
Reorder parts based on low-stock signals
More consistent replenishment follow-through
Show 1 more scenario
Procurement teams
Track supplier-linked parts through inventory receipts
Clearer part availability after receiving
Supplier-referenced part records connect purchasing events to on-hand stock updates.
Best for: Fits when teams need reliable spare part receiving, issuing, and reordering without deep maintenance BOM hierarchy.
Infor EAM
enterpriseEnterprise asset management software with integrated spare parts inventory and procurement.
Maintenance-driven material reservation and issuance that stays consistent with the asset hierarchy.
Infor EAM is an enterprise asset management suite used for spare parts inventory scenarios where equipment hierarchy, maintenance execution, and material movements must stay aligned. Inventory control is driven through part master data tied to assets and maintenance activities, including issuance, reservations, and replenishment workflows for service operations.
- +Asset hierarchy connects spare usage to specific equipment and maintenance work
- +Transaction flow supports reservation and issuance aligned to maintenance execution
- +Extensibility via Infor integration mechanisms helps automate cross-system material moves
- +Multi-site inventory control supports warehouse stockroom style operations
- –Setup and governance discipline is required to keep part master data consistent
- –Spare part planning depth for forecast and min max style rules can lag specialized tools
Best for: Fits when spare parts decisions must stay tied to an equipment and work execution hierarchy.
eMaint
enterpriseFluke-owned CMMS with spare parts inventory and procurement management.
Maintenance bill of materials driven issuance ties spare parts consumption directly to work order execution context.
eMaint supports spare parts inventory management by tying a parts master to maintenance work so issuance, consumption, and replenishment stay aligned with equipment and service workflows. The product centers on catalog-style part records with alternates and substitutes handling, plus warehouse bin and location organization for stockroom control.
- +Maintenance-driven part issuance links stock moves to work orders and equipment context
- +Supports alternates and substitutes to reduce manual catalog reconciliation
- +Bin and location structure supports practical stockroom operations
- +Inventory status tracking supports rotable and repairable spares workflows
- –Setup effort rises when mapping multi-level equipment hierarchies to part needs
- –Advanced demand planning capabilities are limited compared with specialized forecasting tools
- –APIs and integration breadth can lag behind CMMS-first suites for complex enterprise data flows
- –Reporting flexibility depends on the configured maintenance inventory data structure
Best for: Fits when maintenance execution must drive spare parts issuance and inventory governance around equipment hierarchies.
Odoo
enterpriseOpen-source ERP with inventory module supporting multi-warehouse parts management.
Maintenance BOM records tie parts directly into service planning, then drive stock movements from the same transaction model.
Odoo is distinct in spare parts inventory because it couples warehouse stock, purchasing, and maintenance objects inside one configurable application suite. It supports a part master workflow with vendor pricing and stock moves, then ties those items into maintenance operations using bill of materials records.
- +Cross-module linking from spare part records to maintenance bills of materials
- +Server-side API and remote procedure calls for inventory, purchasing, and maintenance automation
- +Warehouse stock moves track issuance and receipts across configurable locations
- +Barcode-ready operations via standard picking and stock move interfaces
- –Advanced controls like min max replenishment need deliberate configuration
- –Bin, lot, or serialized workflows often require enabling specific inventory settings
- –Role separation across operations and procurement depends on careful RBAC configuration
- –Complex interchange and supersession logic can require custom data modeling
Best for: Fits when a single system must link spare parts inventory to maintenance execution and procurement workflows.
Zoho Inventory
SMBCloud inventory management with reorder rules and multi-warehouse parts tracking.
Unified spare parts workflows across Zoho CRM, Zoho Books, and Zoho Projects with API-based synchronization for inventory movements.
Zoho Inventory is a spare parts inventory management tool built around Zoho’s broader ecosystem, with inventory workflows connected to Zoho CRM, Zoho Books, and Zoho Projects. It supports supplier and manufacturer part master data management, purchase and stock movement records, and reorder logic for maintaining warehouse stockroom availability.
- +Native ties into Zoho CRM, Books, and Projects for spare parts workflows
- +Barcode scanning supports faster receiving, picking, and stock issuance
- +API enables custom sync for part master data and inventory movements
- +Bin-level stock storage helps control where spares physically reside
- –Interchangeable part mapping and supersession workflows are not as specialized as CMMS-first tools
- –Advanced spare planning needs more careful configuration of reorder logic and lead times
- –Multi-warehouse setups require disciplined master data hygiene to avoid mis-postings
- –Reporting depth for dead stock analysis and service level targets can require exports
Best for: Fits when spare parts teams run on Zoho apps and need barcode-driven stock control with automation via API.
InvenTree
open-sourceOpen-source parts inventory management system designed for electronic and mechanical components.
Interchangeability and supersession are modeled as explicit relationships between parts, not just manual notes.
InvenTree is an open source spare parts inventory management system focused on maintaining accurate part master data and supplier-linked references. It supports structured catalogs with equipment or asset hierarchies and lets teams manage interchangeability and replacements through explicit relationships.
- +Explicit part relationships support alternates and supersessions in the catalog
- +REST API enables inventory sync and automated reorder workflows
- +Asset-linked spare planning keeps parts tied to equipment hierarchy
- +Barcode field support helps reduce lookup errors during stock handling
- –Setup takes discipline to keep master data consistent across references
- –Native reporting is narrower than enterprise maintenance suites
Best for: Fits when teams need open inventory control with a strict part master and API automation.
RepairShopr
vertical specialistRepair shop management platform with parts inventory and vendor ordering.
Inventory transactions can be driven and reconciled from within the repair service order workflow.
RepairShopr manages spare parts inventory tied to repair workflows, linking part records to service orders instead of treating inventory as a standalone list. It provides a part master setup with support for manufacturer part numbers and supplier part numbers, plus transaction tracking for stock receipts, issues, and adjustments.
- +Repair workflow connection ties part movements to service orders
- +Part master supports manufacturer part number and supplier part number matching
- +Location-aware inventory tracking supports stockroom separation
- +Inventory transactions handle receipts, issues, and adjustments
- –Limited support for deep planning like demand forecasting
- –Automation and API surface are not clearly positioned for complex integrations
- –Supersession and interchange logic requires manual processes
- –Governance controls like audit logs and RBAC are not documented as first-class
Best for: Fits when repair-focused teams need inventory movements tied to work orders, not full enterprise planning.
MRPeasy
SMBCloud MRP software for small manufacturers with parts inventory and BOM management.
Interchange handling in the part master links alternates to the same usable inventory pool for MR workflows.
MRPeasy targets spare parts inventory management with a part master workflow built around manufacturer part number, supplier part number, and interchangeable mappings. Core capabilities include purchase and stock movement tracking, reorder planning using min-max style controls, and maintenance-linked spares so technicians can issue parts against planned work.
- +Part master supports manufacturer and supplier part numbers with interchange links
- +Min-max replenishment planning uses clear reorder thresholds and consumption signals
- +Maintenance-linked stock movements keep issued spares tied to work context
- +Reports focus on on-hand, usage, and replenishment needs rather than generic dashboards
- –Advanced warehouse controls like bin-level operations need careful process design
- –Integration and API depth is limited versus enterprise maintenance suites
- –Complex hierarchies across equipment, BOM variants, and substitutions can take extra setup
- –Serialized or lot-level workflows are not as broadly emphasized as general inventory
Best for: Fits when mid-size maintenance teams need fast spare catalog control and reorder planning without enterprise ERP complexity.
Conclusion
After evaluating 10 spare parts inventory management software, IBM Maximo 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 Spare Parts Inventory Management Software
Spare parts inventory management software ties a spare parts catalog to stockroom receiving, issuing, transfers, and replenishment decisions using transaction flows that can link back to maintenance execution. This buyer’s guide covers IBM Maximo, Fishbowl Inventory, Unleashed, plus eight other widely used platforms that handle spare reservations, part master data, and reorder logic in different ways.
The strongest fit depends on how deeply transactions must connect to work order context, equipment hierarchy, or repair service orders. IBM Maximo emphasizes work order driven spare reservations and controlled issue flows, while Fishbowl Inventory centers on order-driven inventory transactions that link issued components to work execution.
Spare Parts Inventory Management Software that controls the spare parts catalog and stock transactions
Spare parts inventory management software maintains part master data with manufacturer part numbers and supplier part numbers, tracks stock movements across locations, and drives replenishment actions such as min-max style reorder thresholds and safety stock signals. The core workflow is inventory execution, which may be triggered by receiving and issuing transactions, barcode or barcode-like scanning, and stockroom adjustments.
IBM Maximo stands out when inventory accountability must follow maintenance execution through work order connected reservations and configurable inventory transaction rules. In contrast, Fishbowl Inventory focuses on order-driven transaction tracking with multi-location stock handling that supports controlled issuance and receiving as production and work execution generate movements.
Core capabilities for spare parts inventory control and maintenance-linked execution
Spare parts inventory management software succeeds when every stock movement ties back to a defined trigger, such as receiving, issuing, transfers, or replenishment logic that reflects maintenance or production reality. Tools that connect reservations and issuance to work order or service order context reduce stock leakage because the system controls where and why inventory is consumed.
The best platforms also control part master data and part relationships so alternates and substitutes do not drift into informal notes. Strong automation and an API surface matter because spare parts inventory actions often originate in maintenance execution, procurement, and warehouse scanning workflows that must stay synchronized.
Work-order connected reservations and controlled issue flows
IBM Maximo ties spare reservations to work order execution history and keeps spare issuance aligned to maintenance demand through configurable inventory transaction rules. Infor EAM performs maintenance-driven material reservation and issuance that stays consistent with the asset hierarchy so part usage remains traceable to specific equipment.
Order-driven transaction tracking across production execution
Fishbowl Inventory records order-driven inventory transactions that link issued components to production and work execution with multi-location stock handling for controlled issuance and receiving. RepairShopr drives and reconciles inventory transactions within the repair service order workflow so part movements remain tied to service work context.
Barcode-driven stockroom execution and faster quantity accuracy
inFlow Inventory uses barcode-driven stock movements to keep item quantities current for receiving, issuing, and stockroom adjustments with cycle counting support through barcode scanning. Zoho Inventory uses barcode scanning for receiving, picking, and stock issuance while syncing spare parts workflows across Zoho CRM, Zoho Books, and Zoho Projects.
Interchangeability modeling and explicit alternates and supersession relationships
InvenTree models interchangeability and supersession as explicit relationships between parts rather than manual references. MRPeasy links alternates in the part master to the same usable inventory pool for MR workflows so interchangeable spares share the right replenishment logic.
Maintenance BOM records driving inventory movements
eMaint uses maintenance bill of materials driven issuance so spare parts consumption follows work order execution context and supports alternates and substitutes to reduce manual catalog reconciliation. Odoo stores maintenance BOM records that tie parts into service planning and then drive stock movements from the same transaction model for integrated maintenance and inventory execution.
How to choose spare parts inventory software by execution trigger and data governance
The first decision is the execution trigger that should own inventory consumption and reservation. If maintenance execution must drive spare reservations and issue controls, IBM Maximo and Infor EAM match that workflow by binding inventory actions to work order or asset hierarchy context.
The second decision is how part relationships are maintained across receiving, issuing, and reorder logic. If alternates and supersession must be modeled as explicit relationships that automation can traverse, InvenTree and MRPeasy provide structured part master references, while tools like inFlow Inventory trade deeper maintenance modeling for barcode-driven transaction speed.
Select the system that should control reservations and issue decisions
If spare reservations must originate from work order execution and controlled issue rules must follow that history, choose IBM Maximo because work order connected reservations align spare issuance to maintenance demand. If spare usage must follow an equipment and work execution hierarchy, choose Infor EAM because asset hierarchy connects spare usage to specific equipment and maintenance work.
Match inventory transaction flow to how work creates demand
If component consumption is created by production orders and replenishment cycles, choose Fishbowl Inventory because inventory movement tracking links issued components to orders and production. If repair service orders drive parts usage, choose RepairShopr because inventory transactions can be driven and reconciled within the repair service order workflow.
Decide whether maintenance BOM modeling must drive stock movements
If maintenance BOM records must directly control issuance so stock moves remain anchored to work order context, choose eMaint because maintenance bill of materials driven issuance ties spare parts consumption to work order execution. If one system must link service planning to stock movements through the same transaction model, choose Odoo because maintenance BOM records drive stock movements from the same transaction framework.
Pick a catalog approach for interchangeability and supersession
If interchangeability and supersession must be explicit relationships that automation can traverse, choose InvenTree because it models alternates and supersession as explicit part relationships with REST API automation. If mid-size MR workflows need fast catalog control with alternates sharing a usable inventory pool, choose MRPeasy because the part master supports interchange links tied to reorder thresholds and consumption signals.
Choose scanning-first execution when stockroom speed is the bottleneck
If reliable receiving, issuing, and adjustments depend on barcode-driven stockroom transactions rather than deep maintenance BOM hierarchy, choose inFlow Inventory. If the spare parts team runs on Zoho CRM, Zoho Books, and Zoho Projects and needs barcode-driven stock control with API-based synchronization, choose Zoho Inventory.
Who benefits from work-order anchored spare reservations and transaction-controlled stockroom execution
Organizations that treat spare parts as an execution-controlled resource benefit when inventory transactions are gated by work order context or repair service order workflows. These teams need traceability that links inventory issuance to maintenance actions rather than letting parts consumption float as a generic stock decrement.
Teams also benefit when the system supports the warehouse execution style that staff can follow consistently. Barcode scanning and transaction-triggered workflows fit stockrooms focused on speed and accuracy, while maintenance BOM-driven issuance fits teams that must keep spares aligned to engineered maintenance requirements.
Maintenance-driven enterprises with storerooms that must prove issue accountability
IBM Maximo is a fit when spare reservations must be connected to work order execution history so stock issuance remains aligned to maintenance demand across storerooms.
Asset-focused maintenance teams that enforce equipment hierarchy in spare consumption
Infor EAM fits when spare parts decisions must remain tied to an equipment and work execution hierarchy because asset hierarchy connects spare usage to specific equipment and maintenance work.
Production and work execution teams where orders create component demand
Fishbowl Inventory fits when inventory transactions must originate from work orders and replenishment cycles need automation that ties issued components to production and work execution.
Stockroom operators who can execute quickly with scanning-centric workflows
inFlow Inventory fits when barcode-driven receiving, issuing, and adjustments keep item quantities current and speed cycle counting and stockroom transactions.
Common spare parts inventory implementation mistakes and the operational fix
Spare parts inventory management software fails most often when part master data and location setup are handled as one-time setup tasks instead of ongoing governance. Tools that depend on disciplined updates produce better transaction accuracy only when part master references remain clean and consistent over time.
Another frequent failure is choosing a tool whose execution model does not match where demand originates. Systems that emphasize maintenance BOM or work order reservations will require the right mapping work, while scanning-first tools will not replace the planning depth some maintenance teams need.
Treating reservations and issue rules as optional instead of part of maintenance execution
IBM Maximo uses work order connected reservations to keep spare issuance aligned to maintenance demand, so reservation and issue controls must be configured alongside warehouse and item usage rules instead of added later.
Allowing part and location references to drift after go-live
Fishbowl Inventory relies on accurate part and location setup for correct spare parts outcomes, so administrator time must be reserved for keeping references consistent as inventory moves across locations.
Using interchangeability notes instead of enforcing explicit alternates and supersession relationships
InvenTree models interchangeability and supersession as explicit relationships between parts, so interchange should be configured as relationships that inventory sync and reorder workflows can traverse.
Mapping multi-level equipment hierarchies without allocating setup and governance time
eMaint setup effort rises when mapping multi-level equipment hierarchies to part needs, so hierarchy mapping work must be treated as a governance program rather than a configuration checkbox.
How We Selected and Ranked These Tools
We evaluated transaction control depth, maintenance and repair execution linkage, and the ability to keep spare issuance aligned to work context, because IBM Maximo earns its top position with work order driven spare reservations and controlled issue flows. We scored features at 40% based on how inventory execution covers receiving, transfers, and issue traceability tied to defined workflows.
We weighted ease and value at 30% each by comparing how quickly teams can reach accurate stockroom transactions with required part and location setup, since Fishbowl Inventory and inFlow Inventory depend on disciplined catalog setup. We also used IBM Maximo’s strengths in configuration-driven transaction rules, tied reservations, and inventory accountability across storerooms as the comparison anchor when rating other platforms that route demand from production orders or repair service workflows.
Frequently Asked Questions About Spare Parts Inventory Management Software
How should spare parts inventory management link part master data to maintenance work execution?
Which tool provides the most direct API surface for automating inventory movements and stock updates?
How do barcode-driven receiving and stock handling workflows differ across spare parts tools?
When does spare parts inventory management need an equipment asset hierarchy instead of a standalone catalog?
What breaks when interchangeability and supersession are handled as free-text notes instead of structured relationships?
Where does warehouse bin and location control fall short in tools that focus mainly on catalog-first workflows?
How do repair-focused spare parts workflows change inventory transaction design compared with maintenance-wide planning?
Which systems are better for cross-application synchronization across orders, invoicing, and project execution?
What tradeoff appears when combining purchasing, warehouse stock, and maintenance BOM records in a single configuration-heavy application?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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