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Technology Digital MediaTop 10 Best Network Inventory Software of 2026
Compare network inventory software tools and features, with an editorial roundup for IT teams managing devices, discovery, and asset tracking.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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LibreNMS is the best choice for teams that need SNMP-driven inventory that stays rich with topology history, because its custom collectors and consistent polling fields extend device data while LLDP neighbor discovery keeps relationships current, whereas ManageEngine OpUtils fits drift-focused, enterprise teams since its reconciliation ties inventory results to configuration change tracking for device records.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
LibreNMS
Custom device definitions and collectors that extend SNMP inventory fields for new vendors without replacing the core system.
Best for: Fits when teams need SNMP-driven inventory plus ongoing topology relationships and historical visibility in one system.
ManageEngine OpUtils
Editor pickInventory reconciliation flows connect discovery results with ManageEngine configuration change tracking for device records.
Best for: Fits when SNMP-based teams need recurring network inventory plus drift-oriented reporting.
NetBrain
Editor pickNetBrain flow and topology views connect inventory items to end-to-end network paths for impact-oriented troubleshooting workflows.
Best for: Fits when network teams need repeatable inventory refresh tied to topology paths, with automation and integration into ITSM or CMDB processes.
Comparison Table
LibreNMS
open-sourceOpen-source network monitoring software with automatic device discovery and inventory data collection.
Custom device definitions and collectors that extend SNMP inventory fields for new vendors without replacing the core system.
LibreNMS polls SNMP devices to build an asset inventory with interface, hardware, and health data across many vendors. It also correlates topology details from neighbor discovery and records time series for capacity and availability monitoring.
Automation comes from its recurring discovery and polling cycles plus extensibility via custom device definitions and collectors. Administrative control centers on role-based access for users, audit-style activity visibility in the web UI, and configuration stored centrally on the server.
- +Large SNMP polling coverage with consistent device and interface inventory fields
- +Topology enrichment from LLDP neighbor discovery and related relationship records
- +Extensible collectors and device definitions for vendor-specific sensor and inventory gaps
- +Role-based access controls for web administration across teams
- –Initial onboarding requires careful SNMP credential, module, and polling configuration
- –Deeper configuration inventory depends on supported protocols and parser paths
- –Inventory reconciliation can be manual when device naming and interfaces drift
- –Database and storage sizing needs planning for high polling throughput
Best for: Fits when teams need SNMP-driven inventory plus ongoing topology relationships and historical visibility in one system.
ManageEngine OpUtils
enterpriseNetwork IP and switch port management tool with device discovery and inventory scanning.
Inventory reconciliation flows connect discovery results with ManageEngine configuration change tracking for device records.
ManageEngine OpUtils is designed to build an asset inventory from live network data, then maintain it as networks evolve via scheduled discovery runs. SNMP polling is the primary collection method, and the gathered interface and neighbor information is structured to support topology mapping and inventory reconciliation. Configuration collection and comparison features support configuration drift detection workflows tied to discovered device records.
A key tradeoff is that accurate results depend on credential and protocol coverage, especially where SNMP access, reachability, or vendor-specific quirks limit collection. OpUtils fits best in environments that already rely on SNMP and need repeatable inventory refresh for ongoing operations and audits. Teams with mixed or hard-to-poll segments may need additional discovery coverage planning to avoid inventory gaps.
- +SNMP-first inventory collection with interface and neighbor context
- +Configuration comparison reports for drift-focused change tracking
- +ManageEngine integration supports inventory reconciliation into broader systems
- +Discovery scheduling supports recurring inventory refresh without manual export
- –Credential and SNMP reachability coverage gaps create inventory blind spots
- –Topology mapping quality varies with device support and protocol access
- –Large-scale discovery can require careful tuning to control scan throughput
- –Configuration collection coverage depends on device capabilities and access
Network operations teams
Repeatable weekly inventory refresh
Fewer stale asset reports
IT governance teams
Configuration drift reporting
Change visibility across sites
Show 2 more scenarios
CMDB administrators
Inventory reconciliation into CMDB
Cleaner device data matching
Consistent discovered device records help reduce duplicate and mismatched asset entries during reconciliation work.
Security operations teams
Asset tracking for exposure reduction
Faster identification of gaps
Inventory context helps identify unmanaged or misconfigured network endpoints across monitored segments.
Best for: Fits when SNMP-based teams need recurring network inventory plus drift-oriented reporting.
NetBrain
enterpriseNetwork automation software that maintains device inventories, topology maps, and operational data.
NetBrain flow and topology views connect inventory items to end-to-end network paths for impact-oriented troubleshooting workflows.
NetBrain is a network inventory and topology mapping product that focuses on recurring visibility from device connections rather than a one-time asset list. Its core capabilities center on credentialed discovery inputs, inventory reconciliation, and topology views that tie inventory objects back to network paths.
Automation features include scheduled polling, change-oriented baselining workflows, and integration hooks for downstream systems like CMDBs. Strong fit shows up for teams that need audit trails of discovery runs and repeatable inventory refresh across heterogeneous network fleets.
- +Topology mapping ties inventory objects to path-aware troubleshooting workflows
- +Discovery runs support consistent inventory refresh with reconciliation to prior baselines
- +Automation supports scheduled collection and repeatable change analysis workflows
- +Integration options connect inventory outputs to operational and CMDB processes
- –Deeper configuration is needed to get reliable coverage across mixed device models
- –Inventory workflows can be heavy without clear governance for credentials and targets
- –Advanced use cases require careful tuning to control collection throughput
- –Feature breadth is strongest in NetBrain-centered workflows rather than purely external CMDB refresh
Best for: Fits when network teams need repeatable inventory refresh tied to topology paths, with automation and integration into ITSM or CMDB processes.
NetBox
API-firstInfrastructure resource modeling software for IP addresses, devices, racks, circuits, and network relationships.
Tenant and VRF-aware IPAM model with strict prefix and IP allocation objects linked to interfaces.
NetBox models network assets and relationships so teams can run inventory, documentation, and topology views from a single source of truth. It supports endpoint and circuit tracking, structured device and interface data, and IP address management workflows tied to prefixes, VRFs, and tenants.
- +Data model ties tenants, sites, devices, interfaces, and IPs into one graph
- +REST API supports scripted inventory reconciliation and bulk updates
- +RBAC plus audit logging helps control and review asset changes
- +Plugins and scheduled jobs extend ingestion and lifecycle workflows
- –Discovery inputs like SNMP polling and LLDP ingestion require external collectors
- –Configuration file parsing and drift detection are not native inventory workflows
- –Topology views depend on well-maintained relationships and clean source data
- –Schema customization takes careful alignment with existing object types
Best for: Fits when teams need a governed, API-driven source of truth for network inventory and topology relationships.
WhatsUp Gold
SMBNetwork monitoring software with discovery, topology mapping, device inventory, and configuration visibility.
Availability-oriented asset inventory that auto-populates from ongoing SNMP polling targets inside the monitoring data model.
WhatsUp Gold focuses on network availability monitoring and inventory workflows in one toolchain, backed by continuous SNMP-based device communication. Its asset inventory capabilities emphasize polling-driven population of endpoints, interfaces, and supported attributes, which helps keep an inventory current when devices answer standard network queries.
- +SNMP polling plus inventory keeps device attributes aligned with monitoring targets
- +Topology views connect inventory items to network relationships for faster triage
- +Alert events map back to monitored objects to support inventory reconciliation workflows
- +Role-scoped monitoring management via device groups improves operational governance
- –Inventory depth depends on what each device exposes to SNMP polling
- –Automating complex configuration inventory requires more workflow design than point tools
- –Topology mapping quality varies with LLDP and routing visibility from the environment
- –Building CMDB matching pipelines takes extra effort outside the core inventory UI
Best for: Fits when teams need SNMP-driven inventory that stays synchronized with availability monitoring and alerting workflows.
Netdisco
vertical specialistWeb-based network management software that inventories switch ports, MAC addresses, IP addresses, and neighbors.
MAC learning based attribution that maps learned hosts to specific switch ports during live discovery and reconciliation.
Netdisco ties network inventory to live switch and router state by centering SNMP polling, syslog, and topology views over static spreadsheets. Inventory coverage spans Layer 2 learning through MAC address ingestion and neighbor discovery, then extends into interface-level asset tagging.
- +Strong operational inventory tied to interface and switch state
- +Topology and host relationships update from ongoing discovery signals
- +MAC address learning supports attribution when DHCP or DNS data is missing
- +Credentialed polling and reconciliation runs make inventory repeatable
- –Most depth depends on correct SNMP coverage across network devices
- –Workflow automation needs tuning for large multi-site environments
- –Deep CMDB schema mapping often requires custom integrations
- –Access control granularity can be limiting for complex multi-team ops
Best for: Fits when network ops needs continuously updated asset inventory tied to switch and interface context, without building a custom discovery pipeline.
OCS Inventory NG
open-sourceOpen-source asset and network inventory system with agent-based and agentless scanning.
Extensible inventory collection via plugins lets teams add custom hardware, software, and metadata fields.
OCS Inventory NG relies on deployed agents that report inventory data over the network, which tends to reduce guesswork compared with purely unauthenticated polling. The system is built around a persistent inventory database, so repeated scans support change visibility through item history and updated attributes. Credentialed scanning is not positioned as the primary engine, while endpoint reporting is the core collection path.
- +Agent-based inventory captures installed software details reliably
- +Plugin system supports custom inventory collection fields
- +Server-side database supports historical inventory updates
- +Granular device grouping supports report filtering
- –Consistent results depend on agent deployment coverage
- –Configuration and plugin development require governance discipline
- –Purely network-only discovery without agents is limited
- –Complex environments need tighter data matching to CMDB
Best for: Fits when endpoint agents can be deployed and inventory must feed CMDB-style change tracking.
Fing
SMBNetwork discovery and device inventory tool for home and small business networks.
Topology-leaning device mapping from neighbor signals during active discovery runs.
Fing inventories devices using device-level protocol coverage such as ICMP probing and ARP collection, and it can add richer identity data when SNMP is available. The result is a practical endpoint inventory with OS and service cues, plus network neighbor signals that help with topology understanding for day-to-day troubleshooting. Fing works well for IT teams that need fast network reconnaissance results and simple export or reconciliation into existing asset records.
- +Fast subnet scans produce actionable endpoint lists quickly
- +Vendor and device detail enrichment when SNMP is reachable
- +Re-runs support inventory reconciliation between discovery cycles
- +Exports make it usable with existing asset tracking
- –Deep configuration inventory on network gear is limited
- –Credentialed scanning adds operational overhead for access setup
- –Large routed environments need careful scope control
- –Topology depth is less granular than specialized mapping tools
Best for: Fits when IT teams need quick endpoint inventory from known subnets and repeatable reconciliation.
IP Fabric
enterpriseNetwork assurance software that builds normalized inventories from multi-vendor infrastructure data.
Inventory reconciliation workflow that merges new discovery data into existing device, interface, and configuration objects without losing continuity.
IP Fabric focuses on building and maintaining a network asset inventory from live device data and relationships, with emphasis on reconciliation and operational workflows. The core inventory flow ties SNMP polling results to device identity, interface objects, and observed topology inputs so changes can be tracked across collection runs.
- +Inventory reconciliation keeps device and interface records consistent across scans
- +Topology and relationship building ties interface data to a browsable network view
- +Configuration ingestion supports normalization for configuration inventory use cases
- +RBAC and audit logging provide governance around inventory changes
- –Credentialed device interrogation requires careful setup and ongoing maintenance
- –Layer 2 neighbor coverage depends on enabling the right discovery inputs per network
- –Large environments need collector sizing work to keep scan and UI responsiveness
- –Data model customization takes time to align with strict CMDB matching rules
Best for: Fits when teams need reconciled network inventory plus configuration inventory aligned to governance controls.
Sunbird
vertical specialistData center infrastructure management software covering IT assets, network connections, racks, and capacity.
Inventory reconciliation workflows that merge repeated collection outputs into consistent device records.
Sunbird is a network inventory focused on turning device data into a usable asset inventory for operations teams. It supports inventory collection across common network equipment and emphasizes normalization and reconciliation of discovered properties.
- +Inventory refresh workflows reduce manual spreadsheet reconciliation work
- +Normalization aims to keep device identity consistent across multiple collection runs
- +Configurable collection scope supports segregating sites and network segments
- +Operations-oriented views help triage missing or inconsistent inventory fields
- –Automation and API surface are not documented with the same depth as top-tier peers
- –Coverage varies across device models and requires per-vendor tuning for best results
- –Advanced CMDB matching and schema alignment are limited versus CMDB-first products
- –Inventory reconciliation rules need governance discipline to avoid drift in mappings
Best for: Fits when teams need recurring device and configuration inventory without building a full discovery stack from components.
Conclusion
After evaluating 10 network inventory software, LibreNMS 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 Network Inventory Software
Network inventory software turns discovery signals into asset inventory, configuration inventory, and topology relationship records that teams can reconcile across repeated runs. This guide covers ManageEngine OpUtils, Fing, OCS Inventory NG, WhatsUp Gold, LibreNMS, NetBrain, Netdisco, Sunbird, NetBox, and IP Fabric.
Each tool card emphasizes where data gets normalized, where inventory reconciliation closes the loop, and how automation and API access support ongoing change workflows. ManageEngine OpUtils is positioned for SNMP-first recurring inventory plus drift-oriented reporting, while NetBox centers a governed, API-driven inventory data model built around tenants, sites, devices, interfaces, and IPs.
Network Inventory Software for asset, configuration, and topology relationship reconciliation
Network inventory software collects device and endpoint information from network telemetry such as SNMP polling and neighbor signals, then maps results into an inventory graph that can be refreshed and reconciled. The strongest systems also connect inventory refresh to governance workflows like configuration change tracking and device identity normalization across runs.
ManageEngine OpUtils pairs inventory reconciliation flows with device records in a way that aligns discovery output to configuration change tracking, which supports drift-oriented reporting. NetBox focuses on a tenant and VRF-aware IPAM data model with a REST API that enables scripted inventory reconciliation and bulk updates, while leaving discovery inputs like SNMP and LLDP to external collectors.
Network inventory capabilities that keep discovery, identity, and reconciliation aligned
Network inventory software becomes useful when it can refresh inventory repeatedly and keep device identity consistent across runs. Tools in this set differ most on how they reconcile new discovery outputs into stable device records.
Inventory accuracy also depends on how inventory workflows connect to topology relationships and configuration change tracking. ManageEngine OpUtils is built around inventory reconciliation flows that connect discovery results with ManageEngine configuration change tracking for device records, while NetBox centers a governed API-driven inventory data model built around tenants, sites, devices, interfaces, and IPs.
Inventory reconciliation and device identity continuity
Sunbird merges repeated collection outputs into consistent device records using its inventory refresh workflows and normalization. IP Fabric merges new discovery data into existing device, interface, and configuration objects without losing continuity during reconciliation.
SNMP-first inventory refresh with topology context
WhatsUp Gold auto-populates asset inventory from ongoing SNMP polling targets inside its monitoring data model and keeps inventory aligned to availability monitoring. LibreNMS pairs large SNMP polling coverage with topology enrichment from LLDP neighbor discovery and related relationship records.
Topology mapping that connects inventory to troubleshooting paths
NetBrain connects inventory items to end-to-end network paths in its flow and topology views for impact-oriented troubleshooting workflows. Netdisco attributes learned hosts to specific switch ports during live discovery and reconciliation by using MAC learning signals.
Automation and API access for scripted reconciliation
NetBox exposes a REST API that supports scripted inventory reconciliation and bulk updates against its tenant, site, device, interface, and IP object graph. ManageEngine OpUtils pairs inventory reconciliation flows with device records in a way that aligns discovery output to configuration change tracking for drift-oriented reporting.
Extensibility for collecting nonstandard inventory fields
OCS Inventory NG uses plugins to extend inventory collection for custom hardware, software, and metadata fields that can feed CMDB-style change tracking. LibreNMS extends SNMP inventory fields by adding custom device definitions and collectors for new vendors without replacing the core system.
Endpoint inventory workflows anchored to discovery runs
Fing produces fast subnet scans that return actionable endpoint lists quickly during active discovery runs. OCS Inventory NG captures installed software details reliably through agent-based inventory when endpoint agent deployment coverage is in place.
Governed network model when discovery inputs come from outside
NetBox ties tenants, sites, devices, interfaces, and IPs into one graph with strict prefix and IP allocation objects linked to interfaces. NetBox requires external collectors for discovery inputs like SNMP polling and LLDP ingestion, which makes it most valuable as a governed target for inventory reconciliation.
Choose based on reconciliation workflow design and the collection inputs the product truly supports
The category splits into two practical philosophies. Some tools build inventory by running discovery and polling workflows inside the same system, while others treat inventory as a governed data layer that needs external discovery collectors.
Selection also depends on how inventory reconciliation connects to operational governance. ManageEngine OpUtils focuses on SNMP-first recurring inventory tied to configuration change tracking, while NetBox focuses on a tenant-aware API-driven data model that supports scripted reconciliation and bulk updates against inventory objects.
Pick the system that owns reconciliation loops
If reconciliation must connect discovery outputs directly to configuration change tracking for device records, ManageEngine OpUtils is the better fit because its inventory reconciliation flows connect discovery results with ManageEngine configuration change tracking. If reconciliation must preserve inventory continuity across scans while maintaining consistent device and interface objects, choose IP Fabric because it merges new discovery data into existing objects without losing continuity.
Match the product to the discovery inputs available in the environment
If SNMP polling coverage exists and topology enrichment from neighbor relationships is needed inside the inventory system, LibreNMS fits because it runs large SNMP polling with consistent device and interface inventory fields and adds topology enrichment from LLDP neighbor discovery. If discovery must be tightly tied to switch port context using MAC learning signals, Netdisco fits because it maps learned hosts to specific switch ports during live discovery and reconciliation.
Decide where the inventory-to-troubleshooting link should live
If troubleshooting workflows must be path-aware using topology paths tied to inventory objects, choose NetBrain because its flow and topology views connect inventory items to end-to-end network paths. If inventory must align with monitoring workflows where availability monitoring targets drive inventory synchronization, choose WhatsUp Gold because SNMP polling and inventory stay synchronized within its monitoring data model.
Choose an extensibility model that fits admin capacity
If custom inventory collection requires adding new fields and metadata through a plugin system with agent-based capture, choose OCS Inventory NG because its plugins support custom inventory fields and its agent-based inventory captures installed software details reliably. If extensibility should remain anchored to SNMP and be driven by custom collectors and device definitions, choose LibreNMS because it extends SNMP inventory fields for new vendors using custom device definitions and collectors.
Plan for operational overhead where discovery runs differ from polling
If fast endpoint lists from known subnets matter and operational overhead must be limited, choose Fing because fast subnet scans produce actionable endpoint lists quickly and enrich vendor and device details when SNMP is reachable. If deeper configuration inventory on network gear is required, avoid treating Fing as the core configuration inventory engine because deep configuration inventory on network gear is limited in practice.
Validate whether the inventory system is a data layer or a discovery engine
If the organization already has discovery collectors and wants a governed target with a strict tenant and VRF-aware IPAM model, choose NetBox because its data model ties tenants, sites, devices, interfaces, and IPs into one graph with a REST API for reconciliation. If the goal is recurring inventory refresh without building a full discovery stack from components, choose Sunbird because it provides inventory refresh workflows that reduce manual spreadsheet reconciliation work.
Who benefits from these network inventory approaches
Teams should align the inventory tool with how they already run discovery and how they manage identity and change governance. The products in this set split between SNMP-first inventory platforms, reconciliation-centric systems, and governed data layers with APIs.
The best fit depends on whether the environment can support SNMP reachability, neighbor signal capture, and credentialed interrogation workflows in a way that keeps inventory refresh reliable across cycles.
Network operations teams running recurring SNMP polling and needing inventory aligned to availability monitoring
WhatsUp Gold keeps device attributes aligned with monitoring targets by combining SNMP polling plus inventory synchronization in the monitoring data model.
IT teams that must reconcile endpoint inventory into CMDB-style change tracking with custom fields
OCS Inventory NG can capture installed software details reliably via agent-based inventory and uses plugins to add custom hardware and metadata fields for downstream change workflows.
Enterprises that need a governed inventory graph with tenant and VRF-aware IP allocation objects
NetBox ties tenants, sites, devices, interfaces, and IPs into one graph and exposes a REST API for scripted inventory reconciliation and bulk updates.
Organizations that want inventory-to-topology path links for impact-oriented troubleshooting
NetBrain connects inventory objects to end-to-end network paths in its flow and topology views so troubleshooting can follow inventory-aware paths.
Network teams focused on switch port attribution for continuously updated asset inventory
Netdisco maps learned hosts to specific switch ports during live discovery and reconciliation so host inventory updates stay tied to interface context.
Common mistakes when selecting Network Inventory Software
Inventory accuracy fails when discovery coverage assumptions do not match the environment. Multiple tools in this category depend on SNMP reachability, credential access, and protocol support to produce consistent inventory depth.
Governance and workflow design also affect outcomes because reconciliation needs stable identity fields and clear rules for merging repeated runs into existing records.
Assuming an SNMP inventory tool will produce configuration depth on every network device model.
WhatsUp Gold inventory depth depends on what each device exposes to SNMP polling, and LibreNMS deeper configuration depends on supported protocols and parser paths.
Building reconciliation workflows without ensuring stable identity mapping across runs.
Sunbird focuses on normalization that aims to keep device identity consistent across multiple collection runs, while IP Fabric is designed to merge new data into existing objects without losing continuity.
Using a governed inventory data model without planning external discovery inputs.
NetBox can model tenants, sites, devices, interfaces, and IP allocation objects with a REST API, but SNMP polling and LLDP ingestion require external collectors.
Treating topology enrichment as automatic without onboarding the needed SNMP modules and collectors.
LibreNMS onboarding requires careful SNMP credential, module, and polling configuration, and Netdisco inventory depth depends on correct SNMP coverage across network devices.
Choosing endpoint inventory speed without verifying configuration inventory requirements for network gear.
Fing can produce fast endpoint lists from subnet scans, but deep configuration inventory on network gear is limited and credentialed scanning adds operational overhead for access setup.
How We Selected and Ranked These Tools
We evaluated ManageEngine OpUtils, Fing, OCS Inventory NG, WhatsUp Gold, LibreNMS, NetBrain, Netdisco, Sunbird, NetBox, and IP Fabric using feature coverage for inventory reconciliation, collection depth, and inventory-to-topology relationship handling with weights that favored the reconciliation workflow. We weighted ease of administration and repeatable refresh operations so SNMP polling configuration complexity and agent deployment coverage translated into measurable operational fit.
We weighted value and integration outcomes around how inventory reconciliation connects into governance workflows and how far an API can support scripted reconciliation and bulk updates. ManageEngine OpUtils ranked first because its inventory reconciliation flows connect discovery results with ManageEngine configuration change tracking for device records, which directly supports drift-oriented reporting while maintaining SNMP-first recurring inventory with interface and neighbor context.
Frequently Asked Questions About Network Inventory Software
How do ManageEngine OpUtils and LibreNMS differ in keeping inventory current from polling?
Which tools handle topology mapping directly from inventory objects instead of treating it as a separate view?
How does Fing achieve fast asset inventory compared with agent-based systems like OCS Inventory NG?
What breaks if Netdisco’s workflow depends on static spreadsheet inputs while automation requires fully dynamic discovery?
How do NetBox and IP Fabric support programmatic updates for inventory and reconciliation workflows?
When should configuration drift detection become part of the inventory process rather than a separate tooling layer?
How do OCS Inventory NG and LibreNMS differ in extensibility approaches for vendor coverage?
Which tools support governance and audit visibility for inventory changes from discovery runs?
How should teams plan data migration from a spreadsheet-based workflow to structured inventory in NetBox or NetBrain?
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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