GITNUXSOFTWARE ADVICE
Business FinanceTop 10 Best Part Tracking Software of 2026
Top 10 best part tracking software ranked by features and fit for inventory teams, with Katana, inFlow Inventory, and UpKeep compared.
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 strongest pick for manufacturers who need event-based part genealogy tied to work execution, whereas PartsBox fits mid-size teams managing electronic components that want scan-driven receiving, picking, and usage history across jobs.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Katana
Event-linked tracking that preserves identifier lineage from receipt through work completion inside the same workflow.
Built for fits when manufacturers need event-based part genealogy across work execution and investigations..
inFlow Inventory
Editor pickBarcode scanning with item transaction history makes it quick to reconcile on-hand balances to the exact stock movements.
Built for fits when inventory teams need barcode-led part movements with transaction traceability..
UpKeep
Editor pickWork order-driven part usage records link spare consumption and replacement events in one operational history trail.
Built for fits when maintenance teams need part usage traceability across work orders and inventory moves..
Related reading
Comparison Table
Katana
SMBManufacturing inventory and production tracking with parts management.
Event-linked tracking that preserves identifier lineage from receipt through work completion inside the same workflow.
Katana fits part tracking teams that need a single workflow for receiving, work execution, and completion while preserving per-part identifiers and associated quantities. Serial-level operations are supported through attribute storage and movement events, and batch tracking can be handled through lot-like grouping in the item attributes workflow. Automation is strongest when barcode reconciliation is part of receiving and pick-and-pack verification, because updates can be driven from scan results rather than manual edits.
A tradeoff appears when processes require strict FIFO or FEFO enforcement at the moment of issuance, since Katana’s enforcement depends on configured workflow rules rather than a dedicated rotation engine. Katana works best when a shop-floor traveler mirrors Katana work status and the team records deviations and nonconformance quarantine as structured status changes during execution.
- +Serial or batch attributes stay linked across work execution events
- +Scan-driven updates reduce manual data entry during receiving and issuance
- +Automation and API integration support event mirroring from ERP and MES
- +Role separation and change history support traceability investigations
- –FIFO and FEFO enforcement rely on workflow configuration, not built-in rotation rules
- –Complex traceability matrices need careful mapping from source systems
- –Some advanced aerospace-style fields require custom attribute setup
Quality engineering teams
Trace serials through nonconformance handling
Faster containment and root-cause review
Operations planners
Maintain work-order traveler context
Less mismatch between planned and built
Show 2 more scenarios
Warehouse and receiving teams
Barcode reconciliation on intake
Lower rework from incorrect counts
Scan-driven receipt updates connect entered identifiers to subsequent issuance and completion events.
Integration and IT teams
Synchronize ERP and MES events
Higher throughput with fewer transcription errors
API automation supports mirroring production events into Katana to avoid double entry.
Best for: Fits when manufacturers need event-based part genealogy across work execution and investigations.
More related reading
inFlow Inventory
SMBInventory tracking software covering parts, stock, and reorder management.
Barcode scanning with item transaction history makes it quick to reconcile on-hand balances to the exact stock movements.
inFlow Inventory centers on item records with on-hand balances, reorder signals, and transaction history for traceability of stock movements. It handles barcode scanning for fast receiving, picking, and cycle counts, and it logs adjustments such as corrections and transfers between locations. Audit context is practical for day-to-day inventory governance because every stock-moving action is recorded as a transaction tied to a user session.
A tradeoff appears in how inventory genealogy can feel limited for complex compliance workflows that require strict chain-of-custody across many document types. inFlow Inventory works best when teams want disciplined part movement tracking and reconciliation without building a full MES or ERP backflush layer. A common usage situation is warehouse and service operations that need consistent counts and quick lookups from a barcode scan to the transaction trail.
- +Transaction history tracks receiving, issues, and adjustments by item
- +Barcode scanning speeds counting, receiving, and pick verification
- +Supplier and purchase linkages make stock reconciliation faster
- +Multi-location transfers support controlled inventory movement
- –Serial or lot genealogy depth is limited for strict regulatory chains
- –Advanced automation requires process discipline outside the core workflows
- –Integrations depend on add-on patterns rather than native enterprise orchestration
- –Custom document traceability for audits is not the strongest focus
Warehouse operations teams
Run barcode cycle counts
Lower variance and faster reconciliation
Field service coordinators
Track issued parts to work orders
Fewer misused components
Show 1 more scenario
Procurement and inventory managers
Reconcile supplier receipts quickly
Tighter stock control
Receiving records link to supplier and purchase activity for audit-ready lookup.
Best for: Fits when inventory teams need barcode-led part movements with transaction traceability.
UpKeep
SMBMaintenance management software with spare parts inventory tracking.
Work order-driven part usage records link spare consumption and replacement events in one operational history trail.
UpKeep’s core model ties parts to work orders and maintenance records, so consumption and replacement events stay in the same workflow trail. Item records can track units, locations, and status states used during receiving, issuing, and quarantine-style holds. Admin controls cover account roles and change visibility through history views that support compliance-oriented reviews. Integration depth is strongest when the team uses its automation hooks to sync inventory events with other systems and relies on consistent item identifiers.
A tradeoff is that UpKeep’s part genealogy depth is driven by how maintenance events are recorded, not by a configurable traceability matrix or lot-level model for regulated materials. The system fits when spare parts are managed around maintenance execution and warehouse moves, such as replacing failed modules and reconciling on-hand counts against usage. It is less ideal when requirements demand strict FIFO or FEFO enforcement at a lot level with split-lot lineage across multiple production stages.
- +Maintenance-linked part consumption keeps history aligned with work orders
- +Item records support locations and status changes for receiving and holds
- +User activity history supports audit-style review of part record changes
- +Automation hooks reduce manual reconciliation between inventory and jobs
- –Lot genealogy depth depends on how teams model items and events
- –FIFO or FEFO enforcement at a lot level is not the primary workflow focus
- –Advanced serialization workflows require disciplined identifier entry
- –Complex ERP backflush scenarios may need external process mapping
Maintenance managers
Track spare consumption per repair job
Fewer lost parts, clearer maintenance evidence
Warehouse leads
Reconcile on-hand inventory with scans
Lower variances, faster count recovery
Show 2 more scenarios
Quality assurance teams
Review part history for changes
More consistent inspection preparation
Use activity and edit histories to trace how item records changed over time.
Operations leaders
Control parts status during holds
Reduced accidental usage of held parts
Move parts through status states to separate quarantine items from ready stock.
Best for: Fits when maintenance teams need part usage traceability across work orders and inventory moves.
Fishbowl
SMBInventory management software with parts tracking and order fulfillment.
Work order driven inventory movements link component usage to finished goods, preserving traceability without spreadsheet reconciliation.
Fishbowl focuses on end-to-end inventory and production movement, so each transaction can carry trace data like serial numbers and lots.
Work order activity maps to component consumption and finished goods output, which tightens BOM traceability between procurement, production, and fulfillment.
The automation surface includes rule-driven receiving and picking steps, and it can connect to external systems through API and integration tools.
- +Serial and lot tracking supports part genealogy across receiving to shipment
- +Work order consumption and build output keep BOM traceability aligned with transactions
- +Barcode-based workflows reduce manual mismatch during receiving and pick-and-pack verification
- +Integration options and API surface support automated data exchange with connected systems
- –Traceability depends on consistent capture of scan events at each warehouse step
- –Complex rule sets for rotation and holds require disciplined admin governance
- –Reporting for multi-level component ancestry can feel slow with large histories
- –RFID-specific workflows need external process design rather than native gate-read handling
Best for: Fits when manufacturers and distributors need serial or lot traceability tied to work orders and warehouse execution.
PartsBox
vertical specialistElectronic parts inventory management with BOM and stock tracking.
Scan-to-inventory reconciliation with a clear mismatch workflow that routes exceptions for correction before closing receiving or picks.
PartsBox records and manages parts inventory with per-item identity fields, receiving and usage events, and traceable stock history. The system focuses on tracking build and maintenance consumption through work-order style flows, with barcode-friendly identifiers and location-aware inventory.
PartsBox supports automated reconciliation between scanned receipts and on-hand quantities and keeps chain-of-custody style audit history for later review. Reporting covers available stock, consumption by job, and exception views for mismatches and missing scans.
- +Event history per part supports investigation of what changed and when
- +Barcode-first workflows reduce manual entry during receiving and picking
- +Location-aware inventory supports warehouse and kitting operations
- +Exception reports highlight quantity and scan mismatches quickly
- –More advanced traceability views require careful field setup
- –Integrations depend on supported connectors and may need custom mapping
- –Split-lot genealogy across multi-stage builds is limited without strict process
- –Bulk data import and backfilling require governance to avoid duplicates
Best for: Fits when mid-size teams need scan-driven receiving, picking, and usage history for parts across jobs.
Sortly
SMBVisual inventory tracking app for parts and assets with QR codes.
Location-centered scanning with configurable custom fields keeps part records tied to where they were stored and moved during operations.
Sortly is a part tracking app that centers on visual, barcode-friendly item records for warehouses, labs, and field operations. It supports location-based organization so parts can be scanned into storage and retrieved by item and container context.
Workflows can be configured around status updates and custom fields to keep receiving, kitting, and internal handoffs consistent. Sortly also offers an API surface for integrations that need automated item creation, updates, and bulk synchronization.
- +Visual item and container tracking speeds scan-to-find operations
- +Custom fields support company-specific part metadata and workflows
- +API supports automated item and record updates for integrations
- +Import tools help bootstrap catalogs and existing inventory records
- –Traceability depth for BOM and split-lot genealogy needs careful process design
- –Advanced governance like audit log granularity is limited for regulated programs
- –Automation rules are not as expressive as full MES-style routing
- –Complex receiving and quarantine states require manual discipline
Best for: Fits when teams need fast visual part tracking with barcode scanning and lightweight integration.
InvenTree
open source specialistOpen-source inventory management system for parts and stock control.
InvenTree’s stock and item genealogy model keeps batch and serial history linked through stock movements.
InvenTree is a part tracking system with a configuration-first data setup that supports structured part libraries and production workflows. Core capabilities include item master data, BOM handling, batch and serial workflows, and traceable stock movements through controlled statuses.
Inventory sessions can enforce receiving and consumption flows with barcode-friendly handling and audit trails of key changes. Extensibility is driven by documented automation and an API surface that supports integrations with internal tooling.
- +API enables automation around part creation, stock moves, and genealogy queries
- +BOM support ties assemblies to components with traceable substitutions and splits
- +Audit trails record edits across items, stock, and workflow state changes
- +Status-driven workflows fit receiving holds and controlled consumption patterns
- –Workflow depth requires careful configuration to match receiving to issue rules
- –Complex traceability reports can require learning query patterns and filters
- –Role design needs discipline to avoid broad access to sensitive batch data
Best for: Fits when teams need audit-backed part and stock traceability with API-driven integration.
OpenBOM
SMBCloud-based BOM and parts data management for product teams.
Replacement and alternate handling keeps engineering substitutions linked to the same part master record.
OpenBOM tracks engineering parts and their lifecycle links with a focus on build-ready accuracy across BOMs and substitutions. It models part records with manufacturer details, alternates, and traceable replacements while supporting workflows for review, change, and approval.
The system ties part usage back to projects and BOM structures so teams can see what changed and why. OpenBOM also supports integrations and an API surface for connecting part data to PLM and ERP workflows without manual rekeying.
- +Part record model supports alternates and replacement reasoning for BOM updates
- +BOM linking shows where each part is used across projects and revisions
- +Workflow states support structured review and change handling for part data
- +API and integration hooks help keep part attributes aligned with other systems
- –Advanced governance needs consistent naming rules and controlled attribute updates
- –Split-lot and heat-number workflows are not native to the core part records
- –Bulk reconciliation for barcode-level scanning requires more setup than web entry
- –Role permissions work, but fine-grained controls per attribute need tighter discipline
Best for: Fits when engineering and operations teams need controlled part master data synced into BOM changes.
MRPeasy
SMBMRP software with parts inventory, BOM, and production scheduling.
Lot-level inventory history that ties receiving and issue activity to the specific work order context.
MRPeasy tracks parts across purchasing, receiving, inventory, and kitting by tying transactions to items and stock movements. It supports barcode-driven workflows and work order consumption so teams can reconcile what was used against what entered inventory.
The system handles lot-based tracking for traceability needs and produces history views for parts used on specific jobs. MRPeasy also offers integrations and an automation surface for syncing item and stock events with external systems.
- +Barcode-first receiving and usage flows reduce manual stock entry
- +Lot-based tracking links inventory movements to identifiable lots
- +Work order consumption supports better material accountability
- +Inventory history views speed part genealogy checks
- –Advanced serial-level traceability requires stricter process discipline
- –Complex attribute schemas for regulated materials remain limited
- –API depth for deep MES and ERP backflush scenarios is narrow
- –Role controls and audit trails are not granular enough for high-governance sites
Best for: Fits when manufacturers need lot-level traceability and barcode reconciliation with work order consumption.
PartsTech
vertical specialistAuto parts sourcing and ordering platform for repair shops.
Fitment-aware part selection that ties inventory transactions to the catalog context used during ordering.
PartsTech is a parts tracking solution built around vehicle and component catalogs, with inventory movement tied to specific fitment contexts. Core capabilities include part search, location and stock management, and workflow support for receiving, picking, and issuing parts to jobs.
PartsTech also supports serial number capture and traceability-oriented records for shipments and work orders. Integration coverage is centered on importing and syncing catalog and inventory data rather than deep ERP-level backflush or MES roundtrips.
- +Catalog-first part lookup reduces mismatch during receiving
- +Serial number capture supports tight shipment traceability
- +Location-based stock tracking supports internal material flow
- +Workflow screens map to common pick and issue steps
- –Traceability depth is narrower than AS9100-focused systems
- –Automation coverage depends on import-based workflows, not event-driven sync
- –Governance controls like RBAC and audit log depth are limited in practice
- –Barcode reconciliation and RFID gate reads are not native workflows
Best for: Fits when service and maintenance teams need serial-aware inventory tied to part fitment details.
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
This buyer's guide covers how part tracking software supports identifier-linked inventory movement, from receiving through issuing, work completion, and shipment. It evaluates Katana, inFlow Inventory, UpKeep, Fishbowl, PartsBox, Sortly, InvenTree, OpenBOM, MRPeasy, and PartsTech using concrete workflow and integration signals.
The guide focuses on integration depth, automation and API surface, and governance controls like role separation and audit trails. It also maps common failure modes such as weak rotation enforcement, thin genealogy depth, and scan discipline requirements.
Part tracking software that connects item identifiers to work and inventory events
Part tracking software records how parts move through receiving, stores, kitting, work order consumption, and shipment while preserving serial or batch identifiers. It solves mismatches between what was received and what was issued by attaching transactions to item histories and work context.
Manufacturers, distributors, and maintenance teams use these tools to support part genealogy during investigations and to keep BOM traceability consistent across warehouse steps. Katana shows what this looks like when event-linked tracking preserves identifier lineage from receipt through work completion, while Fishbowl shows the same requirement handled through work order-driven inventory movements tied to build and fulfillment activity.
Evaluation points that determine whether part genealogy survives real operations
Part tracking tools succeed when they attach each scan or transaction to the correct workflow step and the correct identifier record. They also succeed when automation and integrations replicate events from ERP and MES without creating duplicate or conflicting history.
Governance matters because identifier lineage only stays trustworthy when changes are controlled and traceable. Katana and InvenTree show how audit trails and role separation support investigations, while Sortly shows where custom-field workflows can outpace regulated governance.
Event-linked serial or batch lineage across receiving to completion
Tools like Katana and InvenTree keep batch and serial history linked through stock movements and workflow events so investigators can follow identifier lineage end to end. Fishbowl achieves this through work order-driven inventory movements that keep component usage aligned with finished goods and recall scope.
Scan-driven receiving, picking, and reconciliation workflows
inFlow Inventory uses barcode scanning plus item transaction history to reconcile on-hand balances to the exact stock movements. PartsBox adds a mismatch workflow that routes exceptions for correction before closing receiving or picks, which reduces downstream variance caused by missed scans.
Work order and maintenance consumption records tied to part usage
UpKeep connects spare usage and replacement events to the equipment serviced through work order-driven part usage records. Katana and Fishbowl tie issued components and build output into a lineage view that preserves BOM traceability without spreadsheet reconciliation.
Rotation and enforcement modeled as workflow rules
Katana supports FIFO and FEFO enforcement through workflow configuration, so enforcement behavior depends on how status workflows are set up. Fishbowl supports rotation and holds but requires disciplined admin governance when rule sets get complex, which impacts whether the system consistently blocks wrong lots.
BOM traceability that stays aligned with substitutions and replacements
OpenBOM keeps engineering substitutions and replacement reasoning linked to the same part master record so BOM changes show where each part is used across projects and revisions. Fishbowl aligns BOM traceability with work order consumption so component ancestry stays consistent across receiving to shipment.
API and automation surface for synchronizing part and stock events
Katana provides automation hooks and API-based integrations for mirroring ERP and MES events, which reduces manual rekeying during shop-floor and warehouse transitions. InvenTree provides an API for automation around part creation, stock moves, and genealogy queries, which supports integrations into internal tooling.
Decision framework for matching part genealogy requirements to tool workflows
Start by mapping the lifecycle state changes that must be auditable, including receiving holds, issuance, consumption, and shipment confirmation. Katana and Fishbowl handle this through work order context, while inFlow Inventory and PartsBox emphasize barcode-first reconciliation around receiving and picking.
Then choose the tooling philosophy that matches governance and integration expectations. InvenTree and Katana fit teams that can configure workflows and use an API surface for automation, while OpenBOM fits teams that need controlled part master data synced into BOM change workflows.
Select the workflow anchor: work execution, maintenance, or warehouse reconciliation
If part genealogy must follow components into finished goods, use Katana or Fishbowl because both preserve traceability through work order driven inventory movements and build output alignment. If part genealogy must follow spare consumption and replacement events, use UpKeep because work order-driven part usage records keep maintenance history aligned with inventory moves.
Validate identifier depth against the compliance chain, not just basic serial fields
When regulatory investigations require strict chain-of-custody depth, test whether serial or lot genealogy stays intact across the full workflow in Katana and InvenTree. When genealogy depth is secondary and transaction traceability is the priority, inFlow Inventory can be sufficient because it ties receiving, issues, and adjustments to item-level transaction history.
Confirm scan capture rules for every step that affects on-hand and genealogy
In operations where mismatch handling must be corrected before closing moves, choose PartsBox because scan-to-inventory reconciliation routes exceptions through a mismatch workflow. For teams that rely on barcode counting and pick verification, inFlow Inventory supports barcode scanning plus receiving and pick workflows that connect directly to transaction history.
Choose rotation enforcement based on whether rules are native or configuration-dependent
If FIFO and FEFO enforcement must be consistent, treat Katana as a configuration-driven requirement because rotation depends on workflow configuration rather than built-in rotation rules. If rotation and holds require disciplined admin governance, validate how Fishbowl behaves under the specific rule complexity used at each warehouse step.
Match integration depth and automation needs to the tool's API and event model
For teams mirroring ERP and MES events, choose Katana because it includes automation hooks and API-based integration for event mirroring. For teams that need inventory automation and genealogy queries through a programmable interface, InvenTree fits because its API supports automation around part creation, stock moves, and genealogy queries.
Align BOM governance to engineering replacement behavior
If the core problem is controlled alternates, replacements, and revision-linked usage, choose OpenBOM because it keeps alternates and replacements linked to part master records with structured review and change handling. If the core problem is tying component usage to build and shipment with BOM traceability aligned to transactions, choose Fishbowl or Katana instead.
Which organizations get the most value from part tracking workflows
Different part tracking tools optimize for different anchors like work completion, maintenance consumption, or scan reconciliation. The right fit depends on which state transitions must preserve identifier lineage.
The segments below map to the tool best suited for each operating style.
Manufacturers needing event-based part genealogy across work execution and investigations
Katana fits because it preserves identifier lineage from receipt through work completion inside the same workflow with role separation and change history for investigations. Fishbowl also fits when work order driven inventory movements must keep component usage aligned to finished goods for traceability without spreadsheet reconciliation.
Inventory teams running barcode-led receiving, picking, and transaction reconciliation
inFlow Inventory fits because barcode scanning plus item transaction history makes on-hand reconciliation match exact stock movements. PartsBox fits when scan mismatch handling must route exceptions for correction before closing receiving or picks.
Maintenance organizations connecting spare usage to serviced equipment and work orders
UpKeep fits because work order-driven part usage records link spare consumption and replacement events in one operational history trail. It also keeps location and status changes aligned with receiving and holds tied to maintenance activity.
Engineering and operations teams managing controlled alternates and BOM change workflows
OpenBOM fits because replacement and alternate handling stays linked to the same part master record and usage can be tracked across projects and revisions. This is the best match when engineering substitution decisions must be governed before build execution.
Service and maintenance teams using catalog context with serial capture for shipments
PartsTech fits because fitment-aware part selection ties inventory transactions to the catalog context used during ordering. It supports serial capture for tighter shipment traceability even when deep event-driven ERP or MES roundtrips are not the priority.
Common project pitfalls that break part genealogy or slow adoption
Part tracking failures usually come from workflow gaps where scans are not captured consistently or where enforcement depends on configuration discipline. The fixes come from selecting the tool with the right workflow anchor and confirming that each required step has a matching operational screen.
Governance gaps also create audit risk because history and roles must cover the fields that actually change during investigations.
Assuming FIFO or FEFO is automatic without workflow configuration
Katana relies on FIFO and FEFO enforcement through workflow configuration, so rotation behavior depends on how status workflows are set up. Fishbowl can also require disciplined admin governance when rule sets for rotation and holds get complex.
Treating traceability as a reporting problem instead of a scan-capture problem
Fishbowl traceability depends on consistent capture of scan events at each warehouse step, so missed scans break ancestry continuity. PartsBox and inFlow Inventory reduce mismatch risk by tying barcode workflows to reconciliation and exception handling before closing moves.
Overbuilding complex traceability matrices without a matching mapping plan
Katana can require careful mapping from source systems when complex traceability matrices are needed, so teams should define the attribute mapping and status workflow up front. OpenBOM requires consistent naming rules and controlled attribute updates for advanced governance, so uncontrolled attribute naming can fragment change history.
Choosing shallow genealogy depth for strict regulatory chains
inFlow Inventory has limited genealogy depth for strict regulatory chains, so it fits better when transaction traceability and reconciliation are the main need. InvenTree and Katana fit better when batch and serial history must stay linked through stock movements and workflow state changes.
How We Selected and Ranked These Tools
We evaluated Katana, inFlow Inventory, UpKeep, Fishbowl, PartsBox, Sortly, InvenTree, OpenBOM, MRPeasy, and PartsTech on features coverage, ease of use, and value using the provided tool capability summaries and quantified ratings. Features carried the most weight at 40 percent, while ease of use and value each accounted for 30 percent. This criteria-based scoring reflects editorial research with tool capability evidence and does not rely on hands-on lab testing or private benchmark experiments.
Katana separated from lower-ranked tools because event-linked tracking preserves identifier lineage from receipt through work completion inside the same workflow, which raises how well part genealogy survives real receiving, issuance, and completion events. That specific workflow preservation strength lifted its features score and supported its high overall rating alongside role separation and change history controls for traceability investigations.
Frequently Asked Questions About part tracking software
How do Katana and Fishbowl differ in traceability workflow design for work orders?
When does barcode reconciliation matter most, and which tool handles it with an exception workflow?
Which tool is best suited for item-level transaction history tied to who changed inventory and when?
What breaks if lot and serial attributes are treated as metadata instead of operating fields?
How do integrations and API automation differ between InvenTree and Katana?
Where does SSO and security administration typically show up, and which tools separate access via configuration?
How is data migration handled when existing serial and lot histories must move into a new system?
Which tool fits maintenance-linked spare usage records across work orders rather than asset-only tracking?
What setup tradeoff appears when location and container context are required for tracking?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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