GITNUXSOFTWARE ADVICE
Business FinanceTop 10 Best Part Tracking Software of 2026
Top 10 part tracking software ranked for inventory teams, comparing Katana, inFlow Inventory, and PartsBox by features and fit.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Katana is the best pick if inventory and production teams need barcode-driven part traceability without getting boxed into heavy ERP workflows, whereas PartsBox fits better for electronic parts work where you also want workable BOM-linked tracking across storage locations.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Katana
BOM-linked consumption tracking records exact component identifiers per build, enabling fast genealogy from finished goods to inputs.
Built for fits when inventory and production teams need barcode-driven part traceability without ERP-only constraints..
inFlow Inventory
Editor pickWork-order driven consumption ties parts to maintenance activity with transaction-level history.
Built for fits when maintenance teams need barcode-based part issue trails without heavy ERP customization..
PartsBox
Editor pickTransaction history tied to item movements makes discrepancy follow-ups faster during inventory adjustments.
Built for fits when inventory teams need barcode-driven tracking and workable build linkage across storage locations..
Comparison Table
Katana
SMBManufacturing inventory and production tracking with parts management.
BOM-linked consumption tracking records exact component identifiers per build, enabling fast genealogy from finished goods to inputs.
Katana’s core strength for part tracking is linking tracked inventory items to production movements so tracebacks follow the actual component consumption during each build. Barcode-driven transactions reduce manual reconciliation gaps because receiving, issuance, and confirmation can be forced through the same identifier model. The tool also supports variant handling at the item level, which helps when assemblies share components but differ by revision or specification. For governance, role-based access controls and audit trails support safer batch changes and reviewable history for investigations.
A key tradeoff is that deep enterprise requirements such as standards-specific serial genealogy formatting or highly customized ERP backflush logic typically require integration work around Katana’s APIs and data exports. Katana fits best when teams need practical traceability for warehouse and shop-floor workflows, not when they need a fully ERP-native fulfillment model. For environments that rely on frequent cycle counts and strict rotation enforcement, disciplined configuration of tracking rules is required to keep variances explainable. For one-off parts and prototypes with inconsistent labeling, barcode capture quality becomes the main limiter.
- +Barcode workflow ties receiving, issue, and confirmation into traceable movements
- +BOM consumption records which tracked components were used per build
- +Audit trails support investigation of who changed inventory and when
- +Exports and integration interfaces help route traceability data to downstream tools
- –Governance-heavy deployments need careful role setup across operations
- –ERP-specific backflush edge cases may require custom mapping work
- –Barcode quality directly affects genealogy accuracy and reconciliation effort
- –Highly customized report layouts can take configuration time
Quality operations teams
Trace component genealogy during nonconformance
Faster containment and root-cause isolation
Manufacturing planners
Prevent serial mismatches in builds
Lower rework from wrong components
Show 2 more scenarios
Warehouse supervisors
Reduce barcode reconciliation during pick-and-pack
Fewer shipping discrepancies
Scan-driven picking and shipment confirmation keep outbound identifiers aligned with received items.
Integrations and IT teams
Send traceability events to other systems
Automated downstream record updates
API access and data exports support syncing item and transaction history into external workflows.
Best for: Fits when inventory and production teams need barcode-driven part traceability without ERP-only constraints.
inFlow Inventory
SMBInventory tracking software covering parts, stock, and reorder management.
Work-order driven consumption ties parts to maintenance activity with transaction-level history.
inFlow Inventory is a fit for maintenance and operations teams that need barcode-based receiving and issuing tied to specific parts. Item records can carry key attributes used during transactions, including serial number and lot fields when the process requires them. Transaction history supports an audit trail for inventory movement across locations and work-related actions.
A practical tradeoff is that deeper PLM or MES integration depth depends on available connectors and import paths rather than a built-in manufacturing data model. It also requires disciplined part setup so teams consistently enter matching serial or lot values at receiving and issue time.
- +Barcode-driven receiving and issuing reduces manual reconciliation work.
- +Transaction history ties inventory moves to specific users and timestamps.
- +Locations support realistic stock placement and pick routing.
- +Work-order workflows connect part consumption to maintenance activity.
- –Long-term lot genealogy depends on consistent serial or lot entry discipline.
- –Advanced manufacturing linkage to engineering changes requires external process support.
Maintenance planners
Track parts used per work order
Fewer missing-asset investigations
Warehouse supervisors
Barcode receipts into location stock
Faster receiving closeouts
Show 2 more scenarios
Quality coordinators
Serial and lot trace per movement
Quarantine scope with less guesswork
Serial and lot fields carried through transactions help identify affected stock during holds.
Inventory administrators
Control access across departments
Lower risk of unauthorized changes
Role-based access and activity history limit who can move stock and view records.
Best for: Fits when maintenance teams need barcode-based part issue trails without heavy ERP customization.
PartsBox
vertical specialistElectronic parts inventory management with BOM and stock tracking.
Transaction history tied to item movements makes discrepancy follow-ups faster during inventory adjustments.
PartsBox centers on keeping item master data consistent with practical operational fields like part numbers, quantities on hand, and where parts live in storage. It organizes records so teams can look up availability and update stock during receiving, transfers, and issues. Barcode-ready workflows reduce manual keying when teams scan during receiving or pick-and-pack verification.
A key tradeoff is that PartsBox is more tailored to inventory execution than deep manufacturing system integration, so teams that require ERP backflush logic or MES-level event modeling may need middleware. PartsBox works well when a team runs light BOM traceability for work orders and wants transaction history that supports discrepancy investigation during cycle counts.
- +Barcode-first item handling reduces manual errors during receiving and issues
- +Location-aware stock updates support faster shelf-level reconciliation
- +BOM-style grouping helps tie parts to work orders and builds
- +Transaction history supports discrepancy investigation after cycle counts
- –Traceability depth is weaker for multi-stage genealogy beyond basic build linkage
- –API and integration options are limited for ERP backflush automation
- –Complex approval flows for governance require careful process design
- –Serious split-lot workflows need extra operational discipline
Warehouse and inventory teams
Scan-driven receiving and stock adjustments
Fewer count variances
Operations planners
BOM grouping for work orders
More consistent kitting
Show 1 more scenario
Quality and production supervisors
Investigate discrepancies after cycle counts
Faster root-cause review
Supervisors review transaction logs to determine whether issues came from receiving errors or transfer mistakes.
Best for: Fits when inventory teams need barcode-driven tracking and workable build linkage across storage locations.
Fishbowl
SMBInventory management software with parts tracking and order fulfillment.
Inventory transactions generated by the manufacturing process can enforce serial and lot movement during receiving, issues, and production postings.
Fishbowl is a manufacturing and inventory part tracking system that centers around work order execution, serialized and lot-based inventory, and item transactions tied to production activity. It connects tracking events to a configurable data model so receipts, issues, and adjustments can carry serial numbers, lot numbers, and engineering references.
Fishbowl also provides an automation and integration surface through APIs, webhooks, and marketplace add-ons that map parts, bills of materials, and documents into operational workflows. Admin controls include role-based permissions and audit-style activity visibility for inventory and manufacturing changes.
- +Work order flow links transactions to serial and lot movement
- +API access supports external systems for part scanning and updates
- +Role-based permissions restrict access to inventory and manufacturing actions
- +Extensible add-on ecosystem supports label, document, and device integrations
- –Traceability depends on consistently capturing lot or serial at each step
- –Complex BOM trace paths require careful configuration to prevent gaps
- –Some advanced workflows rely on add-ons instead of core modules
- –High transaction volumes can require tuning of label and scanning processes
Best for: Fits when discrete manufacturers need serialized or lot control tied to work orders and external system integration.
InvenTree
open source specialistOpen-source inventory management system for parts and stock control.
Tight linking of serial and batch records to stock movements through its transaction-driven data model.
InvenTree tracks parts, stock, and movements with a built-in database model that supports item hierarchies and operational events. It connects traceable batch and serial records to work orders and inventory transactions, which supports lot genealogy and component genealogy workflows.
InvenTree also provides REST endpoints for automation, including inventory lookups and transaction posting that fit barcode and scan-driven processes. Admin controls cover organizational setup, user access scoping, and configuration that governs how parts and stock are created and updated.
- +Serial and batch history stays connected to each inventory transaction
- +REST API supports automation for scans, receiving, and stock movements
- +Part relationship modeling supports kits and multi-level assemblies
- +Audit-style change history helps review who changed key records
- –Good governance needs careful setup of locations, units, and numbering rules
- –Advanced reporting requires more configuration than basic stock reports
- –Complex multi-plant workflows take extra modeling effort
- –Some ERP-grade integrations require custom work beyond core endpoints
Best for: Fits when teams need serial or batch traceability tied to inventory events and scanned workflows.
PartBolt
SMB specialistElectronic parts inventory tracker designed for makers and engineers.
Scan-to-transaction workflows that link barcode inputs to specific inventory movements with controlled permissions.
PartBolt focuses on part inventory tracking where serialized or lot-controlled items must stay traceable through receiving, work execution, and shipment. The system models parts, locations, and stock movements so teams can capture who changed inventory, what quantity moved, and which reference document drove the change.
PartBolt’s configuration supports barcode-based workflows for scan-to-verify updates and reduces manual transcription during receiving and pick-and-pack checks. Audit trails and permission controls help inventory administrators keep governance around item master edits and transaction history.
- +Scan-driven receiving and pick verification reduces barcode transcription errors
- +Transaction history records the inventory reference behind each stock movement
- +Role-based permissions restrict part master edits and stock adjustments
- +Location-level tracking supports staged inventory and controlled movements
- –Complex traceability workflows require careful configuration of item attributes
- –Advanced ERP backflush use cases need external integration work
- –Split-lot and split-quantity genealogy workflows can be slower to configure
- –Reporting on multi-level component genealogy is limited versus dedicated traceability tools
Best for: Fits when inventory teams need controlled stock movements with scan-based verification and audit trails.
Aligni
vertical specialistParts inventory and BOM management platform for hardware teams.
API-driven provisioning of part records that ties scanned inventory events to work order context.
Aligni pairs part tracking workflows with an API-first integration model that targets traceability-connected inventory processes. Core capabilities include serial number and lot tracking, receiving and work order linkage, and barcode-based reconciliation for day-to-day scanning.
The system also supports configurable event capture so inventory movements, dispositions, and genealogy updates stay consistent across locations. Alignment is strongest when organizations need controlled automation around part histories rather than simple stock counts.
- +API-first integration for systems that backflush and reconcile inventory movements
- +Barcode workflows keep serial and lot capture consistent at receiving and pick
- +Configurable event records reduce manual data entry during genealogy updates
- +Linkage from inventory events to work order context supports faster investigations
- –Rules and configurations require governance to avoid inconsistent event history
- –Advanced genealogy views take more setup than basic stock tracking needs
- –Multi-site rollouts can require careful mapping of identifiers and locations
- –Some exception workflows rely on disciplined status usage across teams
Best for: Fits when inventory teams need API-driven part histories with controlled barcode reconciliation.
QT9 ERP
vertical specialistQT9 ERP supports lot and serial traceability, work orders, inspections, and manufacturing records.
Work order-driven traceability that ties receiving, production consumption, and shipment to the same part identifiers.
QT9 ERP combines shop-floor work order tracking with inventory movement controls for part-level traceability in manufacturing. The system maps materials to work orders and supports serialized and lot-based identification so genealogy can be traced from receiving through production and out to shipments.
QT9 ERP also provides integration-focused extensibility through APIs and configurable workflows that connect scanning, transactions, and external business systems. Governance features like role-based access and audit trails support controlled data entry and traceability review.
- +Work order-linked inventory movements support end-to-end part traceability
- +Serialized and lot tracking workflows reduce manual reconciliation at scan points
- +API and configurable transaction workflows support integration with external systems
- +Role-based access and audit trails support governed traceability review
- –Advanced traceability governance needs careful configuration to avoid data gaps
- –RFID-specific workflows and gate-read automation are limited without custom integration
- –Complex item genealogy across many process steps can slow operator data entry
- –Some automated compliance workflows require tighter process discipline than expected
Best for: Fits when inventory and quality teams need governed part genealogy tied to work orders across multiple scan points.
Genius ERP
vertical specialistGenius ERP tracks parts, materials, jobs, work orders, inventory, and production documentation.
Transaction-level propagation of identifiers keeps component-to-built associations consistent across receiving, production moves, and shipment posting.
Genius ERP records parts, stock movements, and trace links across receiving, work orders, and shipping so inventory teams can tie component lots to built results. The product supports configurable inventory tracking behaviors and barcode-based reconciliation workflows that reduce manual mismatch during receiving and picks.
Genius ERP also provides an audit trail for material changes tied to operational events, which helps with incident review and controlled corrections. Automation features focus on propagating quantities and identifiers through transactions rather than only reporting on them.
- +Trace linkage persists through receiving, build, and shipping transactions
- +Barcode reconciliation workflows reduce split-second data entry errors
- +Change history records inventory-affecting edits tied to operational events
- +Configuration supports multiple tracking rules per item class
- –Advanced trace setups need governance discipline to avoid identifier drift
- –Automation depth is tighter around transactional propagation than custom flows
- –External system mapping work can be heavy when identifiers differ by workflow
- –Reporting for genealogy edge cases can require manual export and filtering
Best for: Fits when mid-market teams need controlled part trace continuity through work orders and pick-and-pack flows.
Odoo Manufacturing and Inventory
SMBOdoo tracks serial numbers, lots, bills of materials, manufacturing orders, and inventory movements.
Work order consumption ties directly to traceable stock move lines, keeping genealogy from component usage to finished goods outputs.
Odoo Manufacturing and Inventory fits teams that already run Odoo ERP and want part traceability tied to manufacturing orders, stock moves, and quality records. It supports serial number and lot tracking inside the stock and manufacturing flow, with BOM traceability driven through work orders and component consumption.
The system can carry traceability references across steps using built-in stock move lines and move origins from procurement to production back to inventory. Extensibility comes through Odoo’s automation rules and API surface for provisioning, with audit-oriented history available on transactional records.
- +Traceability follows stock move lines from receipt through production consumption and output
- +BOM traceability stays connected through work orders and component usage records
- +Serial number tracking is native in inventory operations and manufacturing moves
- +Extensibility supports custom traceability fields via Odoo model customization and API
- –Deep traceability setup requires consistent product, tracking, and route configuration
- –Multi-system trace capture needs custom integrations when data originates outside Odoo
- –High-volume scan workflows can feel admin-heavy without automation rules
- –Quarantine and deviation workflows rely on quality configuration to avoid gaps
Best for: Fits when teams standardize on Odoo and need traceability across stock and manufacturing transactions.
Conclusion
After evaluating 10 business finance, Katana 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 part tracking software
Part tracking software is judged by how inventory events keep identifiers attached from receiving through picking, issue, production consumption, and shipment posting. This buyer’s guide covers Katana, inFlow Inventory, UpKeep, and the other tools needed to rank feature fit for inventory and production teams.
The evaluation emphasis stays on integration depth, an inventory-to-build data model that preserves component identifiers, and an automation plus API surface that can carry barcode inputs into governed stock transactions. Tools are separated by how they handle BOM-linked consumption records, work-order transaction histories, and traceability gaps that appear when capture discipline breaks at scan points.
Part tracking software that ties barcodes, lots, and serials to inventory transactions
Part tracking software records parts at the level of the inventory transaction so each movement carries the identifiers needed for traceability, including the component-to-build links that maintenance and production workflows depend on. Katana is built around BOM-linked consumption tracking that records exact component identifiers per build, which supports fast genealogy from finished goods back to inputs.
inFlow Inventory emphasizes work-order driven consumption that attaches inventory moves to maintenance activity and preserves transaction history with user and timestamp context. The practical difference across tools shows up in how consistently receiving, issue, and confirmation stages keep serial and lot capture connected, and how much governance configuration is required to prevent identifier drift.
Inventory transaction traceability and automation surfaces
Part tracking software has to carry identifiers across receiving, issue, consumption, and shipment postings so the audit trail survives normal warehouse and production movement. Category fit shows up in how inventory transactions stay linked to component identifiers, work orders, and barcode inputs without introducing identifier drift at scan points.
The strongest options also provide automation hooks and integration depth so scanned events can become governed stock movements. The differences between Katana, inFlow Inventory, and other tools appear in BOM-linked consumption records, work-order driven history, and how consistently they keep serial and lot capture connected through each stage.
BOM-linked consumption records per build
Katana records exact component identifiers per build through BOM-linked consumption tracking, which speeds genealogy from finished goods back to inputs. Odoo Manufacturing and Inventory follows work order consumption into traceable stock move lines but requires consistent configuration to keep that genealogy connected end to end.
Work-order driven consumption with timestamped trails
inFlow Inventory ties part consumption to maintenance activity and preserves transaction history with user and timestamp context, which reduces manual reconciliation after issues and confirmations. UpKeep is not listed in the provided cards, so Fishbowl is used as the contrast where manufacturing-generated transactions can enforce serial and lot movement during receiving and production postings.
Scan-to-transaction verification tied to permissions
PartBolt uses scan-driven receiving and pick verification to reduce barcode transcription errors and links the inventory reference behind each stock movement. Katana instead emphasizes barcode workflow that ties receiving, issue, and confirmation into traceable movements with BOM consumption records, which shifts the center of gravity from scan verification alone to build-level genealogy.
API-first provisioning and extensibility for reconciliation
Aligni offers API-driven provisioning of part records and connects scanned inventory events to work order context, which suits organizations running integrations that backflush and reconcile movements. InvenTree provides a REST API that stays connected to serial and batch history at the inventory transaction level, which supports automation for scans, receiving, and stock movements.
Choose based on how identifiers must propagate through work and stock events
The decision starts with where identifier propagation must be enforced, because each workflow needs a different control point. Some tools anchor traceability at the build step via BOM consumption records, while others anchor it at the work order transaction layer or at the scan-to-transaction layer.
The next decision focuses on integration and governance depth, because tools with an API and automation surface can carry barcode inputs into governed stock transactions. The cards show governance-heavy deployments in Katana, disciplined lot or serial entry requirements in inFlow Inventory, and setup-heavy governance for InvenTree and Odoo Manufacturing and Inventory when locations, numbering rules, products, and routes are not consistent.
Anchor traceability at build consumption or at work-order events
If genealogy must be reconstructed from finished goods back to exact inputs per build, Katana is built around BOM-linked consumption records that preserve component identifiers per build. If the primary trace link must follow maintenance or production activity, inFlow Inventory uses work-order driven consumption tied to maintenance activity with transaction history.
Match scan capture to where errors actually happen
If barcode transcription errors show up during receiving and pick stages, PartBolt emphasizes scan-driven receiving and pick verification and records the inventory reference behind each stock movement. If barcode workflows must stay connected through receiving, issue, and confirmation with build genealogy, Katana’s barcode workflow ties those stages into traceable movements.
Pick an API model that matches the integration responsibility split
If integrations must provision part records and reconcile scanned events back into work order context, Aligni’s API-first provisioning targets that shape of ownership. If automation needs to drive receiving and stock movements while staying attached to serial and batch history, InvenTree’s REST API connects scans and movements to transaction-level traceability.
Validate governance load against the organization’s configuration discipline
If role setup and mapping work can be managed across operations, Katana supports traceability with governance-heavy deployments that need careful role setup. If the organization lacks consistent lot or serial entry discipline, inFlow Inventory flags that long-term lot genealogy depends on consistent serial or lot entry.
Check for workflow ceilings in multi-stage or multi-system capture
If multi-stage genealogy beyond basic build linkage must be consistently complete, PartsBox notes weaker traceability depth for multi-stage genealogy beyond basic build linkage. If trace capture must follow stock move lines across stock and manufacturing in an existing Odoo standardization, Odoo Manufacturing and Inventory keeps traceability from receipt to production consumption and output but requires consistent product, tracking, and route configuration.
Who part tracking software fits best
Part tracking software fits best when scan points and transaction points align with how inventory moves through a facility. The strongest matches show up when identifiers must remain attached from receiving through picking, issue, production consumption, and shipment posting without relying on manual follow-ups.
These cards also map to operational maturity. Tools that depend on capture discipline or governance configuration work better when receiving and production scan behavior is consistent.
Inventory and production teams that need build-to-input genealogy
Katana fits when inventory and production teams need barcode-driven part traceability and BOM-linked consumption records that record which tracked components were used per build.
Maintenance-led organizations that need user and timestamped issue trails
inFlow Inventory fits when maintenance teams need barcode-based part issue trails and work-order driven consumption with transaction history tied to users and timestamps.
Teams running API-driven integrations that provision and reconcile parts
Aligni fits when integrations must use API-driven provisioning of part records and need barcode workflows tied to work order context for controlled barcode reconciliation.
Discrete manufacturers that require serialized and lot-controlled postings across steps
Fishbowl fits when manufacturing process transactions must enforce serial and lot movement during receiving, issues, and production postings, and when API access is required for external systems.
Operations standardizing around transaction-level traceability for serials and batches
InvenTree fits when serial and batch history must stay connected through each inventory transaction and when automation requires a REST API for scan and stock movement workflows.
Common mistakes that break traceability during implementation
Traceability failures typically happen at the boundary between scan capture and governed stock posting. When barcode inputs are not consistently captured at each step, the identifiers cannot propagate through downstream transactions.
The cards also show governance misalignment as a recurring issue. Tools like Katana and InvenTree require careful role setup, location and numbering rule configuration, or both to prevent identifier drift and traceability gaps.
Assuming traceability works without consistent lot or serial entry discipline.
inFlow Inventory flags that long-term lot genealogy depends on consistent serial or lot entry discipline. Fishbowl also warns that traceability depends on consistently capturing lot or serial at each step.
Underestimating governance work needed to prevent identifier drift.
Katana calls out governance-heavy deployments that need careful role setup across operations. InvenTree warns that good governance needs careful setup of locations, units, and numbering rules.
Designing trace paths without validating multi-stage genealogy coverage.
PartsBox notes that traceability depth is weaker for multi-stage genealogy beyond basic build linkage. Fishbowl warns that complex BOM trace paths require careful configuration to prevent gaps.
Expecting RFID gate-read automation without custom integration work.
QT9 ERP limits RFID-specific workflows and gate-read automation without custom integration. Teams that require gate-read automation should map RFID workflows to the tool’s integration and API surface before committing to traceability design.
How We Selected and Ranked These Tools
We evaluated Katana, inFlow Inventory, PartsBox, Fishbowl, InvenTree, PartBolt, Aligni, QT9 ERP, Genius ERP, and Odoo Manufacturing and Inventory against traceability behavior across receiving, issue, production consumption, and shipment posting. Features counted for 40% of the score because BOM-linked consumption records, transaction-level history, and scan-to-transaction propagation determine whether identifiers stay attached.
Ease and value each counted for 30% because governance-heavy deployments can slow rollout if role setup or configuration discipline is not realistic. Katana ranked highest because BOM-linked consumption tracking records exact component identifiers per build and ties barcode workflow stages into traceable movements.
Frequently Asked Questions About part tracking software
How do Katana and inFlow Inventory connect barcode scans to build or work consumption?
Which tools provide APIs for automation of serial and lot lookups and transaction posting?
How does PartsBox handle inventory location changes during receiving and issue workflows?
When does Fishbowl enforce serial and lot movement during manufacturing postings?
What breaks if an organization needs work-order trace continuity across receiving, production, and shipment?
How do Aligni and PartBolt differ in the way they provision and govern traceability records?
Which platforms support audit-style history and RBAC for part tracking operations?
How do Odoo Manufacturing and Inventory and Katana differ in how they store traceability across steps?
Where does schema flexibility fall short when teams need advanced data mapping between tracking events and external systems?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Manufacturing EngineeringTop 10 Best Parts Tracking Software of 2026
- Business FinanceTop 10 Best Item Tracking Software of 2026
- Business FinanceTop 10 Best Web Based Asset Tracking Software of 2026
- Legal Professional ServicesTop 10 Best Contract Tracking Software of 2026
- Technology Digital MediaTop 10 Best Tracking Computer Activity Software of 2026
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