GITNUXSOFTWARE ADVICE
Technology Digital MediaTop 10 Best IT Hardware And Software of 2026
Top 10 it hardware and software tools ranked for engineering teams, with Terraform, Ansible, and Kubernetes comparisons plus InvGate Assets and PDQ Inventory.
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
InvGate Assets is the best pick for IT teams that need end-to-end inventory-to-governance for hardware, software, and cloud resources with automated reconciliation across endpoints, whereas Device42 fits when you need dependency-aware infrastructure discovery across on-prem and cloud.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
InvGate Assets
Asset lifecycle workflows tie reconciliation updates to approvals, assignments, and auditable changes across related records.
Built for fits when IT wants inventory-to-governance workflows with automated reconciliation across endpoints and software..
Device42
Editor pickThe configuration and topology model connects physical and logical asset relationships for change impact reasoning.
Built for fits when operations teams need trustworthy, dependency-aware infrastructure inventory across on-prem and cloud..
PDQ Inventory
Editor pickPDQ Inventory-to-PDQ Deploy targeting lets discovered inventory map directly to deployment packages and phases.
Built for fits when Windows endpoint teams need inventory-driven targeting for patching and app rollouts..
Related reading
Comparison Table
InvGate Assets
mid-marketIT asset management tool that tracks hardware inventory, software licenses, and cloud resources.
Asset lifecycle workflows tie reconciliation updates to approvals, assignments, and auditable changes across related records.
InvGate Assets centers on asset lifecycle management with configurable asset classes, relationships, and status states that map to real ownership and operational roles. Automated collection can be agent-driven for endpoints and can also reconcile external inventory sources into the same asset records, which reduces manual entry. Record updates support workflows for assigning, approving, and auditing changes that affect downstream operations like service desk work.
A key tradeoff is that deeper automation depends on consistent identifier hygiene, such as stable device naming and repeatable software fingerprint matches. For teams running frequent device refresh cycles, InvGate Assets works best when collection cadence and reconciliation rules are tuned so new hardware and retired endpoints flow into the right asset states. For smaller environments with irregular identifiers, manual cleanup can increase admin workload until rules stabilize.
- +Configurable asset relationships connect users, devices, and applications for impact analysis
- +Automated reconciliation keeps asset records aligned with collected inventory over time
- +Role-based controls and approval workflows add governance to asset lifecycle actions
- +Agent-led endpoint collection supports more accurate device attribution than imports alone
- –Automation quality depends on stable identifiers and consistent software matching rules
- –Advanced reconciliation tuning can require administrator time and iteration
- –Complex environments may need multiple collectors to cover every source of truth
- –Workflow configuration can feel heavy for teams that only need simple inventory
IT asset management teams
Automate device and software reconciliation
Fewer orphaned assets
Service desk operations
Resolve requests using linked asset context
Reduced investigation time
Show 2 more scenarios
Security and compliance owners
Track software posture by asset state
Cleaner audit trails
Governed asset statuses help keep evidence aligned with current endpoint software and assignments.
IT governance and operations
Enforce approvals for high-impact changes
Lower risk of drift
Role-based access and approvals control updates to sensitive asset assignments and lifecycle fields.
Best for: Fits when IT wants inventory-to-governance workflows with automated reconciliation across endpoints and software.
More related reading
Device42
enterpriseIT infrastructure discovery and management platform mapping hardware, software, and dependencies across data centers.
The configuration and topology model connects physical and logical asset relationships for change impact reasoning.
Device42 fits engineering and IT operations teams that need a unified inventory across on-prem and cloud footprints, with topology and capacity context tied to assets. The product’s discovery and data normalization are built to reduce manual spreadsheet drift by continuously reconciling device and software inventory into a consistent model. Automation options include API access for synchronizing external systems and workflows that react to inventory changes. Governance is supported with administrative controls such as RBAC and audit logs for traceability of infrastructure record access and changes.
A key tradeoff is that Device42 is most effective when teams commit to curating discovery sources, maintaining accurate naming, and validating relationships in the topology model. It works well in environments where change risk depends on understanding dependencies between hypervisors, hosts, network segments, and application placements. Teams should expect initial effort to tune discovery scope and data import mappings before the inventory becomes trusted for operational decisions.
- +Topology and dependency mapping links assets to relationships for impact analysis
- +Discovery and normalization keep inventory details consistent across mixed environments
- +REST API supports inventory synchronization with external systems and tooling
- +RBAC and audit logs improve governance over asset data access
- –Best results require upfront tuning of discovery inputs and relationship validation
- –Topology accuracy depends on consistent identifiers and naming discipline
- –Advanced workflows can require administrator time to maintain data mappings
IT operations
Run impact analysis before infrastructure changes
Fewer incidents from unsafe changes
Enterprise asset management teams
Maintain consistent inventory across silos
More accurate asset records
Show 2 more scenarios
Platform engineering teams
Sync inventory into automation pipelines
Automation uses consistent infrastructure truth
Use the API to feed asset and configuration context into deployment and compliance workflows.
Security and governance teams
Control access to sensitive asset records
Better traceability for audits
Apply RBAC and audit logs to track who can view and update infrastructure data.
Best for: Fits when operations teams need trustworthy, dependency-aware infrastructure inventory across on-prem and cloud.
PDQ Inventory
SMBWindows endpoint inventory tool that collects hardware specifications and installed software data across machines.
PDQ Inventory-to-PDQ Deploy targeting lets discovered inventory map directly to deployment packages and phases.
PDQ Inventory performs network and endpoint discovery for devices and installed software using Windows-centric collection methods. It supports inventory export and reporting workflows that help teams track what is present before changes are pushed. Administrators can run repeatable discovery schedules and then use the collected inventory to inform downstream deployment targeting.
A tradeoff is that the product’s discovery and management model is strongest in Windows environments and does less to cover non-Windows endpoints. PDQ Inventory fits best when endpoint hardware and installed software data must stay aligned with frequent application deployment runs and patching cycles.
- +Workflow-driven targeting that links inventory results to PDQ Deploy rollout logic
- +Repeatable discovery schedules with centralized reporting for installed software state
- +Windows-centric collection that reduces friction for endpoint inventory at scale
- +Supports operational planning before executing patch and application changes
- –Best results depend on Windows-focused discovery patterns and endpoint access
- –Limited fit for mixed-OS estates without parallel tooling
- –Automation depends on the PDQ workflow model rather than general-purpose APIs
- –Governance and RBAC controls are narrower than enterprise ITSM suites
IT operations teams
Plan patch waves from install inventory
Fewer unnecessary patch installs
Endpoint management teams
Gate application rollouts on prerequisites
Reduced deployment failures
Show 1 more scenario
Desktop engineering teams
Audit software presence across offices
Clear software baseline
Collect consistent installed software inventory and publish reports for audit and lifecycle planning.
Best for: Fits when Windows endpoint teams need inventory-driven targeting for patching and app rollouts.
GLPI
SMBOpen source IT service management and asset management platform covering hardware inventory and software tracking.
Config item links let tickets, change tracking, and asset records reference the same inventory objects.
GLPI is an IT asset and service management application commonly deployed on-prem to track hardware, software, and support work. Its core workflow maps configuration items to tickets, then links changes and requests to actual assets across the same inventory data.
GLPI includes role-based administration, history tracking, and an automation and extensibility model based on plugins and a REST API surface. For engineering teams using Terraform and Ansible, GLPI can integrate through its API to synchronize inventory and ticket context with existing operational workflows.
- +Asset inventory and ticket workflows share one configuration item model
- +Strong audit trail with change and history captured per tracked objects
- +REST API supports integrations for inventory sync and ticket context
- +Plugin system adds site-specific modules for ITAM and support processes
- –Deep customization often requires plugin development and admin conventions
- –Automation is plugin-driven rather than built around standardized workflow engines
- –Reporting can become complex when relationships span many object types
- –User experience depends on taxonomy consistency across asset and CI fields
Best for: Fits when teams need an on-prem IT asset inventory tied to ticket and change history.
ManageEngine
enterpriseEnterprise IT management suite with dedicated modules for hardware asset management and software license management.
Event-to-ticket workflow creation that ties monitoring findings to asset records and support queue context.
ManageEngine runs inventory, monitoring, and lifecycle workflows for IT hardware and endpoints, with tight coverage across Windows, Linux, and network devices. Its desktop and server management toolchain connects patching, configuration tasks, and alerting into a single operational model for IT operations teams.
ManageEngine also adds help desk and asset context, so remediation tickets can be driven from monitoring events rather than manual triage. Admin control relies on role separation, scoped device access, and audit trails across management consoles.
- +End-to-end asset and monitoring context to drive remediation workflows
- +Centralized patching and configuration tasks for endpoints and servers
- +Role-based access and audit logs across administrative actions
- +Works well in hybrid environments with on-prem deployment options
- –Broad suites increase setup and ongoing tuning effort
- –Limited infrastructure automation compared with infrastructure-as-code workflows
- –API depth for advanced integrations can require custom scripting
- –Some reporting requires knowledge of the product data structures
Best for: Fits when mid-size IT teams need console-driven patching and monitoring with ticketable remediation.
Flexera One
enterpriseIT asset management platform focused on software license optimization and hardware asset visibility.
Licensing and entitlement reconciliation that turns discovered usage evidence into governed policy outcomes.
Flexera One is a governance and automation suite for IT asset and software lifecycle across hybrid environments. It combines discovery-led asset intelligence with policy workflows for software licensing, entitlement management, and change control.
Flexera One also provides integration points for systems that manage endpoints, networks, virtualization, and cloud resources. For teams that need audit-ready decisions, it ties inventory findings to role-based workflows and evidence trails rather than dashboards alone.
- +Discovery to licensing analytics flow reduces manual reconciliation work
- +Policy workflows support repeatable approvals for software and entitlement changes
- +Governance controls include role separation and evidence trails for decisions
- +Integration surface supports connecting asset sources from endpoints to infrastructure
- –Setup requires disciplined normalization of identifiers across discovery sources
- –Some automation depends on connector coverage and schema alignment
- –Operational overhead rises when many business rules are maintained
- –Deep reporting favors admin-trained users over general IT staff
Best for: Fits when enterprise IT and procurement teams need governed software licensing workflows tied to asset inventory.
OCS Inventory
SMBOpen source computers and software inventory system that agents report hardware and software details to a central server.
Inventory rule customization that drives which software and device attributes get collected into OCS’ database.
OCS Inventory differentiates itself by focusing on end-to-end IT asset discovery, software inventory, and reporting using an on-prem collector model. The system maps machines and peripherals into an inventory database and tracks changes over time for audits and procurement inputs.
It also supports automated package and software metering workflows through installed agent collection, plus extensibility through custom reports and inventory rules. Admin control is centered on scheduled discovery jobs and role-based access to inventory views.
- +Agent-driven asset discovery with periodic collection and change tracking
- +Granular inventory of hardware and installed software with reporting
- +Extensible inventory rules and custom reports without rebuilding the core
- +Works well in on-prem and hybrid networks with controlled data flows
- –Non-trivial initial setup for collectors, database, and inventory components
- –Automation depends heavily on correctly tuning inventory rules and filters
- –Extensibility often requires admin skills to maintain custom logic
- –Limited out-of-the-box cloud-native management patterns for Kubernetes workloads
Best for: Fits when organizations need on-prem asset and software inventory with scheduled collection and report customization.
Asset Panda
SMBCloud-based asset tracking platform configurable for IT hardware inventory and software license management.
Custom asset and workflow fields that extend the asset model for hardware, assignments, and maintenance events.
Asset Panda is an IT asset management system that focuses on end-to-end tracking of hardware inventory and related lifecycle activities. Its core workflow ties together asset records, check-in and check-out operations, and task-driven maintenance events across locations.
Asset Panda adds customization hooks for forms and fields so organizations can model their own asset and process details. API access and automation features support integrations with IT operations tooling and downstream reporting.
- +Hardware asset lifecycle workflows map to check-in, checkout, and maintenance events
- +Configurable forms and fields support asset-specific attributes and operational processes
- +API supports integration for inventory syncing and reporting from external systems
- +Strong location and assignment structure for multi-site hardware tracking
- –Advanced automation and governance require deliberate admin configuration work
- –Deep integrations with CI/CD and observability stacks depend on external glue
- –Role and access boundaries can feel coarse for highly segmented IT orgs
- –Reporting flexibility may lag teams that need complex cross-object analytics
Best for: Fits when IT teams need inventory traceability with workflow-driven maintenance and integration-ready asset records.
SysAid
SMBIT service management and asset management platform covering hardware discovery, software licensing, and helpdesk.
Asset-driven help desk automation that links discovered device details to routing, approvals, and remediation workflows.
SysAid handles IT asset discovery and help desk workflows with built-in patch and endpoint management. It also supports automation across ticket lifecycles, approvals, and assignment rules tied to discovered device and user data.
SysAid integrates with common enterprise identity sources and expands with an API surface for custom integrations. The result is a configuration and operations workflow that mixes inventory accuracy with service desk execution.
- +Automated ticket workflows can use discovered asset and user context.
- +Patch management covers remediation tracking across endpoints and servers.
- +IT asset discovery feeds both inventory views and service operations.
- +REST API supports custom integrations beyond built-in connectors.
- –Discovery accuracy depends on agent coverage and network reachability.
- –Workflow design can become complex without clear naming and governance.
- –Some deeper enterprise integrations require admin-side configuration work.
- –Endpoint coverage varies by OS and integration method.
Best for: Fits when mid-market teams need asset inventory feeding service desk automation without separate tooling sprawl.
Atera
SMBCloud-based RMM and PSA platform with hardware inventory, software tracking, and patch management for IT teams.
Device-centric remote support plus monitoring in the same agent-managed inventory model.
Atera is an IT hardware and software management system built around remote device support plus monitoring. Agent-based endpoint management covers patching, software inventory, and remote actions in one workflow, which reduces tool sprawl.
Automation is driven by scheduled tasks, alert-to-action patterns, and integrations for help desk and business processes. Atera also provides an API surface for syncing inventory and operational data into external systems.
- +Agent-based patching and software inventory reduce manual asset workflows
- +Remote support tools and monitoring share the same device records
- +Automation schedules cut repetitive maintenance tasks across fleets
- +API enables inventory and operational data synchronization to external systems
- –Automation coverage depends on what the built-in actions expose via the UI
- –Complex enterprise RBAC and approval workflows can require process discipline
- –Hybrid deployments need careful agent rollout and lifecycle management
- –Deep infrastructure-as-code patterns are limited compared with Terraform-centric stacks
Best for: Fits when IT teams need unified endpoint monitoring, patching, and remote support with automation and API sync.
Conclusion
After evaluating 10 technology digital media, InvGate Assets 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 it hardware and software
This buyer’s guide covers IT hardware and software management tools that translate device and application discovery into governed operations workflows. Coverage includes InvGate Assets, Device42, PDQ Inventory, GLPI, ManageEngine, Flexera One, OCS Inventory, Asset Panda, SysAid, and Atera, with engineering and IT operations tradeoffs reflected in their automation mechanisms.
The guide focuses on integration depth across discovery to action loops, including inventory-to-targeting in PDQ Inventory, configuration object linking in GLPI, and licensing reconciliation in Flexera One. It also highlights when automation quality depends on stable identifiers and naming discipline, which shows up in InvGate Assets and Device42.
IT hardware and software inventory to automation platforms and governed workflows
IT hardware and software management tools collect endpoint and software signals, normalize them into inventory records, and then drive actions like patching, deployments, ticket creation, or licensing approvals. The stronger platforms connect collected inventory to downstream workflow logic so changes can be tracked, authorized, and audited across related records.
InvGate Assets anchors asset lifecycle workflows that tie reconciliation updates to approvals, assignments, and auditable changes across related records. Flexera One focuses on licensing and entitlement reconciliation that converts discovered usage evidence into governed policy outcomes for repeatable approvals.
Discovery-to-action integration that preserves governance context
These tools matter most when inventory changes flow directly into downstream operations without losing traceability. That flow decides whether patching, deployments, ticketing, and licensing approvals stay consistent across related records.
Integration depth shows up as workflow wiring between inventory objects and action logic. InvGate Assets anchors reconciliation updates to approvals, assignments, and auditable changes across related records, while Flexera One routes usage evidence into governed licensing and entitlement outcomes.
Reconciliation workflows tied to approvals and assignment logic
InvGate Assets ties asset lifecycle reconciliation updates to approvals, assignments, and auditable changes across related records. Flexera One turns discovered usage evidence into governed licensing and entitlement policy outcomes with repeatable approvals.
Topology and dependency mapping for change impact reasoning
Device42 uses a configuration and topology model that connects physical and logical asset relationships for change impact reasoning. GLPI links config items so tickets, change tracking, and asset records can reference the same inventory objects.
Inventory-to-execution targeting that maps results to rollout phases
PDQ Inventory maps discovered inventory into PDQ Deploy targeting for patching and app rollout logic with phased targeting. ManageEngine uses event-to-ticket workflow creation that ties monitoring findings to asset records and support queue context.
Inventory rule control that controls what gets collected and tracked
OCS Inventory offers inventory rule customization that controls which software and device attributes get collected into its database. InvGate Assets relies on automation quality that depends on stable identifiers and consistent software matching rules across discovery sources.
Help desk and remediation automation driven by discovered asset context
SysAid uses asset-driven help desk automation that routes approvals and remediation workflows using discovered device details. ManageEngine builds end-to-end asset and monitoring context into remediation workflows for endpoint and server patching.
Choose an automation philosophy that matches how inventory becomes action
The decision should start with where the inventory-to-action wiring is strongest. Some platforms drive targeting and rollout stages from discovery results, while others center on reconciliation and approvals across asset or licensing records.
The second decision axis is how dependency and object relationships get represented. Device42 focuses on configuration topology for impact reasoning, while GLPI emphasizes shared config item references across tickets and change history.
Pick the primary workflow loop that must stay auditable
If reconciliation updates must be tied to approvals, assignments, and auditable change history, InvGate Assets is built for that loop. If licensing governance depends on repeatable approvals from discovered usage evidence, Flexera One centers the licensing and entitlement reconciliation workflow.
Match how targeting is generated to the deployment method
If inventory needs to map into deployment package logic and rollout phases for Windows patching and application delivery, PDQ Inventory pairs inventory results to PDQ Deploy targeting. If monitoring findings should generate ticketable remediation workflows with asset and queue context, ManageEngine focuses on event-to-ticket workflow creation.
Decide whether dependency impact reasoning is a requirement or a later step
If change impact reasoning must rely on configuration and topology links across physical and logical assets, Device42 provides dependency-aware infrastructure inventory for mixed on-prem and cloud. If audit history and traceability across tickets and changes is the priority, GLPI links config items so tickets, change tracking, and assets reference the same inventory objects.
Confirm collector tuning effort aligns with available admin time
If the organization can invest time in tuning discovery inputs and relationship validation, Device42 can deliver topology accuracy that depends on consistent identifiers. If stable identifiers and consistent software matching rules are already enforced in environments, InvGate Assets reduces manual drift by keeping reconciliation aligned with collected inventory.
Validate that automation will not rely on external glue
If deep integration into CI/CD and observability requires extra building blocks, Asset Panda explicitly depends on external glue for integrations with those stacks. If unified endpoint monitoring, patching, and remote support must share one device records model, Atera keeps automation inside its agent-managed inventory model.
Ensure discovery accuracy matches the workflow strictness level
If asset-driven service desk automation must route approvals and remediation accurately, SysAid discovery accuracy depends on agent coverage and network reachability. If inventory and software tracking needs periodic agent-driven collection with report customization, OCS Inventory uses agent-driven discovery and periodic collection with granular hardware and installed software reporting.
Who should buy these inventory-to-operations platforms
These products fit teams that need inventory signals to drive governed operational actions with minimal manual reconciliation. The fit varies based on whether the most critical workflow is patching and targeting, asset-change governance, licensing governance, or service desk remediation.
The cards below highlight distinct operating models that show up in each tool’s standout workflow and typical deployment fit.
IT governance teams managing inventory-to-approval reconciliation
InvGate Assets fits when inventory reconciliation must be tied to approvals, assignments, and auditable changes across related asset records. Flexera One fits when software licensing and entitlement decisions must follow governed policy workflows from discovered usage evidence.
Operations teams needing dependency-aware infrastructure inventory
Device42 fits when change impact reasoning requires configuration and topology links across physical and logical asset relationships. GLPI fits when the priority is tying tickets and change tracking to shared inventory objects through config item links.
Endpoint and Windows patching teams that want inventory-driven targeting
PDQ Inventory fits when inventory results must map into PDQ Deploy targeting for phased patching and app rollout logic. ManageEngine fits when monitoring findings must become ticketable remediation workflows tied to asset context.
Mid-market teams consolidating help desk automation with asset inventory
SysAid fits when discovered device details should drive routing, approvals, and remediation workflows for service desk automation. ManageEngine fits when patching and configuration tasks should run from a centralized console tied to monitoring and asset context.
Teams standardizing endpoint operations around an agent-managed device model
Atera fits when remote support and monitoring share the same agent-managed inventory records model alongside patching and automation sync. SysAid and OCS Inventory fit when discovery coverage and collector tuning can be managed to keep automation accurate.
Common mistakes when selecting an IT hardware and software platform
Many failures show up when inventory workflows assume stable identifiers, consistent naming, and correct collector coverage. The result is drift between collected inventory and the actions derived from it.
Other failures come from selecting a tool for flexible configuration and then underestimating admin effort needed for the workflow model to stay coherent across teams.
Choosing reconciliation automation without enforcing identifier stability across discovery sources
InvGate Assets automation quality depends on stable identifiers and consistent software matching rules, so inconsistent matching will degrade approvals and reconciliation correctness. Device42 topology accuracy depends on consistent identifiers and naming discipline, so weak naming and relationship validation will undermine change impact reasoning.
Assuming configuration relationships will exist automatically without up-front tuning
Device42 delivers best results only after tuning discovery inputs and validating relationships across mixed environments. OCS Inventory requires non-trivial initial setup for collectors, database, and inventory components, so the project plan must include collector and rule tuning.
Overestimating how much automation works without workflow governance
Asset Panda supports custom asset and workflow fields, but advanced automation and governance need deliberate admin configuration work. SysAid workflow design can become complex without clear naming and governance, so governance conventions should be defined before workflows scale.
Selecting a tool for integrations it does not provide in its built-in action surface
Asset Panda integrations with CI/CD and observability stacks depend on external glue, so the integration plan must include connector work. Atera’s automation coverage depends on built-in actions exposed via the UI, so unsupported actions require process or tooling changes.
How We Selected and Ranked These Tools
We evaluated each tool on feature coverage that connects discovery outputs to downstream governed actions, and we weighted those capabilities at 40%. Ease of operation and ongoing admin workload were evaluated at 30% and 30%, with emphasis on how repeatable inventory-to-workflow wiring stays over time.
InvGate Assets ranked highest because asset lifecycle workflows tie reconciliation updates to approvals, assignments, and auditable changes across related records while also supporting configurable asset relationships for impact analysis. Flexera One ranked for licensing because it routes discovered usage evidence into governed policy outcomes with repeatable approvals that reduce manual entitlement reconciliation.
Frequently Asked Questions About it hardware and software
How do InvGate Assets and Device42 keep asset inventories accurate across changing environments?
Which tools support API-based synchronization between inventory data and ticket or workflow systems?
How do Terraform and Ansible users typically integrate asset records into operations workflows with GLPI?
What breaks if endpoint patch targeting relies on inventory snapshots instead of inventory-to-workflow coupling?
When should SysAid be used instead of separating help desk from asset and endpoint management?
How do OCS Inventory and Asset Panda differ in how they model changes over time for audits and procurement inputs?
What tradeoff exists between topology-aware impact reasoning and inventory-only asset tracking?
How do Flexera One and InvGate Assets handle governed workflows tied to role-based access and audit evidence?
Where does Atera fall short compared with tools that focus primarily on asset-to-governance lifecycle approvals?
How should organizations start data collection and configuration in these systems to minimize configuration drift across agents and consoles?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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