GITNUXSOFTWARE ADVICE
Mining Natural ResourcesTop 10 Best Quarry Management Software of 2026
Top 10 Quarry Management Software ranked for pit scheduling, equipment tracking, and reporting, with MineRP, MaxGrip, and Echologix 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%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
MineRP
Quarry data model schema links assets, work orders, and production records to automated workflows.
Built for fits when quarry teams need automated workflows with governed schema and API integrations..
MaxGrip
Editor pickSchema-backed automation rules that trigger API-synced work order and asset updates.
Built for fits when quarry teams need governed automation across sites using a controlled data schema..
Echologix
Editor pickEntity-scoped workflow automation driven by production and inspection event types.
Built for fits when quarry operators need governed automation and API-based system integration across sites..
Related reading
Comparison Table
This comparison table scores Quarry Management Software on integration depth, data model, and the automation and API surface needed to connect assets, workflows, and reporting. It also maps admin and governance controls such as RBAC, configuration boundaries, audit log coverage, and extensibility points that affect provisioning and throughput across operations. Tools are treated as system designs so readers can compare schema, configuration mechanics, and where each platform’s automation stops.
MineRP
mine operationsDelivers mine and quarry production planning with equipment, dispatch, and inventory processes plus configurable forms for operational data capture.
Quarry data model schema links assets, work orders, and production records to automated workflows.
MineRP helps quarry teams manage operational throughput by tying field inputs to structured schema entities such as equipment, locations, contracts, and production outputs. The integration surface is shaped around a data model that supports provisioning of assets and structured records, which keeps external systems aligned to the same entities. Automation and API surface are used for workflow progression and data synchronization between ERP, maintenance tooling, and reporting layers.
A key tradeoff is that deeper automation and schema customization require careful upfront configuration and governance to avoid inconsistent data across sites. MineRP fits best when multiple stakeholders need controlled edits to operational records and when integrations must stay synchronized across planning, field operations, and management reporting.
- +Schema-centered integration that keeps assets and production records consistent
- +API supports provisioning and synchronization of structured quarry entities
- +Workflow automation connects operational events to reporting outputs
- +RBAC and audit logs support governance for edits and approvals
- –Schema customization increases setup and change-management overhead
- –Complex workflow rules can require dedicated admin configuration time
- –Multi-site consistency depends on disciplined configuration and permissions
Operations managers
Automate work order status updates
Fewer manual handoffs
Maintenance coordinators
Synchronize asset plans via API
Reduced scheduling drift
Show 2 more scenarios
ERP integration teams
Provision quarry records to ERP
Consistent master data
MineRP exposes an API surface that transforms schema objects into ERP-ready transactions.
HSE and compliance admins
Audit changes to operational records
Traceable decision history
MineRP applies RBAC and audit logs to governed updates of production and operational data.
Best for: Fits when quarry teams need automated workflows with governed schema and API integrations.
MaxGrip
maintenance workflowManages quarry maintenance, asset and work order execution, and operational reporting with workflow configuration for field governance.
Schema-backed automation rules that trigger API-synced work order and asset updates.
MaxGrip targets quarry teams that must keep production and maintenance actions consistent across crews and sites. The data model ties operational entities like equipment, jobs, and activity records to a schema that supports configuration and repeatable workflows. Integration depth relies on an API surface for provisioning data and automation triggers that move updates between planning tools and operational apps. Governance controls include RBAC and an audit log that records configuration and data changes tied to users and roles.
A tradeoff appears in the upfront configuration needed to map quarry-specific processes into the schema and automation rules. Teams with frequent process changes may need periodic schema adjustments and test cycles to maintain throughput during peak shift updates. MaxGrip fits best when a single operational data model must stay consistent for dispatch, production tracking, and compliance-oriented reporting.
- +API-first automation links work orders, assets, and field updates
- +Configurable data model supports quarry-specific workflow schemas
- +RBAC and audit log support governance for operational changes
- +Provisioning patterns keep integrations aligned with entities
- –Workflow and schema setup requires mapping quarry processes upfront
- –Automation rules can add complexity for highly variable shift plans
Operations managers
Centralize dispatch and production workflows
Fewer handoff delays
Maintenance planners
Track equipment and preventive tasks
Lower downtime incidents
Show 2 more scenarios
Systems administrators
Govern integrations and data changes
Tighter change control
RBAC and audit logging support controlled API provisioning and schema configuration changes.
Field supervisors
Update production activities in motion
More accurate shift records
Field updates feed the shared activity model with validation and logged edits.
Best for: Fits when quarry teams need governed automation across sites using a controlled data schema.
Echologix
operations recordsTracks quarry compliance and operations records with structured forms and configurable status flows tied to equipment and project activities.
Entity-scoped workflow automation driven by production and inspection event types.
Echologix links quarry operations data to a consistent schema for locations, benches, haul routes, permits, and production metrics. The automation layer can trigger actions from operational events such as inspections completed, loads reported, or deviations recorded. Integration depth comes from an API surface designed for entity provisioning and updates rather than one-off exports, which supports ongoing data flow. Extensibility is shaped by configuration-driven workflows and controlled data structures that reduce mismatch across teams.
A tradeoff appears in schema rigidity when quarry processes need frequent custom variants per site or contractor scope. Teams gain the most when operations follow a stable set of entities and event types across shifts and locations. Echologix fits situations where governance matters, such as RBAC-separated contractors versus internal operators, plus audit log coverage for changes. Throughput depends on clean batching of writes and predictable event payloads so automations do not thrash on noisy sensor updates.
- +Quarry-first schema for areas, permits, and production events
- +Event-triggered automation tied to operational entities
- +API supports ongoing provisioning and synchronization
- +RBAC plus audit log supports governed configuration changes
- –More schema planning needed for rapidly changing site variants
- –Automation performance depends on disciplined event volume and batching
Plant engineering teams
Automate inspection-to-work-order handoffs
Faster corrective action cycle
Operations data teams
Sync production and asset telemetry
Reduced reporting reconciliation effort
Show 2 more scenarios
HSE and compliance managers
Track permits and nonconformance workflows
Audit-ready compliance evidence
RBAC-separated users record incidents and link them to permitted operational areas.
Project controls teams
Provision work scopes per location
Consistent execution across contractors
Automation provisions tasks and reporting structures per bench, area, and shift configuration.
Best for: Fits when quarry operators need governed automation and API-based system integration across sites.
UpKeep
maintenance managementProvides work order management, preventive maintenance scheduling, and inventory controls with REST API access for operational integrations.
API-backed automation for work-order and asset lifecycle events with role-restricted governance.
Quarry management workflows in UpKeep center on a configurable asset and work-order data model tied to field execution tasks. Integration depth is driven by an automation surface that supports workflow provisioning, custom fields, and system-to-system syncing via API operations.
Admin and governance controls focus on role-based access, change visibility through audit logging, and configuration management for consistent site rollout. Extensibility is strongest when work-order events, status changes, and asset updates can be mapped into downstream tools through a documented API.
- +Configurable work orders tied to assets, with reusable templates for consistent execution
- +API supports automation around asset updates, task status changes, and event-driven workflows
- +RBAC controls limit access by role, keeping site configuration and execution separated
- +Audit log records configuration and workflow changes for governance and traceability
- –Complex quarry-specific processes require careful data model mapping across assets and locations
- –Automation logic can become dependent on consistent event payloads and webhook-style triggers
- –Cross-site reporting needs deliberate schema alignment to prevent mismatched custom fields
Best for: Fits when quarry teams need governed workflows with API-driven integrations and controlled configuration rollout.
Fiix
CMMSDelivers computerized maintenance management with asset hierarchies, work orders, and governance features plus API endpoints for integration.
Work order automation driven by configurable rules tied to the asset and failure data model.
Fiix manages quarry equipment and work management through structured maintenance workflows and asset records. Its data model ties assets, failures, work orders, and parts into a configurable schema that supports quarry-specific processes.
Integration depth centers on API access for synchronizing schedules, incidents, and inventory events into external systems. Automation relies on rules and configuration that trigger work creation and updates without custom code for common quarry workflows.
- +Quarry-oriented work orders link assets, failures, and parts in one data model
- +API supports integration for schedules, events, and work data synchronization
- +Configuration-driven workflows reduce the need for custom automation logic
- +Admin controls support RBAC for operational segregation and role-based access
- +Audit-ready change history supports governance of configuration and record updates
- –Deep custom schema changes can increase configuration complexity
- –Automation rule coverage can require admin tuning for edge-case workflows
- –Integration throughput can depend on API design and job scheduling patterns
- –Cross-site governance needs careful role design for distributed quarry operations
Best for: Fits when quarry teams need configurable work automation with an API for system integration.
Trello
workflow boardsSupports configurable boards and automation rules for quarry production workflows and operational sign-offs with admin-managed permissions.
Butler rule automation moves cards and triggers actions based on card field updates.
Trello fits teams managing quarry workflows as boards that map work orders, equipment status, and field checklists into columns. It is distinct for its card-centric data model, where each card carries structured labels, due dates, attachments, and custom fields.
Core capabilities include boards, lists, and rule-based automation via Butler, plus an extensibility surface through the Trello API and Power-Ups. Trello supports operational governance through Workspace roles and admin controls, but its schema depth stays lighter than traditional quarry management suites.
- +Card data model maps work orders, inspections, and attachments cleanly
- +Butler automation rules can create, move, and notify on card events
- +Trello API supports automation and integration for boards, cards, and members
- +Power-Ups extend views and workflows without changing core board structure
- +Workspace permissions support RBAC-like access separation for users and teams
- –Custom field schema is flexible but limited for complex quarry entity relationships
- –Audit log detail for changes is less granular than systems built around compliance records
- –High-throughput workflows can hit rate limits when syncing at scale
- –No native geo-coordinate data model for haul routes or blast plans
- –Automation coverage depends on Butler capabilities rather than fully programmable rules
Best for: Fits when visual quarry workflows need integration breadth and fast card-based change tracking.
Smartsheet
data workspaceUses spreadsheet-like structured data, automation rules, and auditability features for quarry operational reporting and controlled approvals.
Smartsheet Automation with workflow rules tied to sheet updates and task lifecycle changes.
Smartsheet differentiates itself with a sheet-first data model that maps cleanly to structured work, forms, and reporting. Quarry management workflows can be implemented with configurable dashboards, automated alerts, and controlled collaboration across projects and regions.
The platform supports a documented API surface for building integrations around sheet schemas, attachments, and task updates. Admin governance includes RBAC controls and audit visibility for changes across workspaces and automations.
- +Sheet schema supports consistent quarry asset, work order, and inspection data
- +Automation rules can trigger on cell changes and task status updates
- +API enables external systems to create, read, and update Smartsheet records
- +Dashboards aggregate operational KPIs across multiple sheets and workspaces
- +RBAC and workspace scoping support role-based access patterns
- +Audit logs record edits that affect compliance workflows
- –Complex automation chains can become hard to troubleshoot at scale
- –Data modeling for highly relational quarry systems needs careful schema design
- –Throughput for bulk updates depends on batching and API request patterns
- –Cross-sheet dependency management requires disciplined naming and governance
Best for: Fits when quarry teams need controlled workflow automation and integration without custom app builds.
Microsoft Dataverse
data platformProvides a governed data model for mine or quarry operational entities with API access through Microsoft tooling and RBAC.
Dataverse tables, views, and security model with server-side event execution via Power Platform.
Microsoft Dataverse serves quarry and asset registries with an explicit data model for entities, relationships, and constraints. Integration depth comes from native connectivity to Power Platform and Dynamics-style environments, plus a documented REST API for custom applications.
Automation and extensibility rely on schema-driven tables, role-based security, and server-side events that trigger workflows and custom logic. Admin and governance controls center on RBAC, audit logs, and environment-level provisioning to manage access and change across sandboxes.
- +Schema-based tables with relationships support consistent asset and location modeling
- +REST API enables custom integrations for field systems and reporting tools
- +Role-based security and scoped environments control read and write access
- +Audit logging supports investigation of data changes and security events
- –High governance needs can slow rapid schema changes for evolving site data
- –Complex workflows require careful design to avoid performance bottlenecks
- –Sandbox branching and deployment add overhead for small teams
- –Throughput tuning often needs platform-specific knowledge and testing
Best for: Fits when quarry teams need controlled asset data, API integrations, and automation with strong RBAC.
Power BI
analyticsPublishes quarry dashboards and operational KPIs with dataset refresh controls and a data model suited for throughput and maintenance metrics.
Row-level security with DAX filters enforces quarry-role views within a shared model.
Power BI can connect quarry operational sources like sensors, ERP extracts, and dispatch tables to create live dashboards and scheduled reports. Its data model supports star schema design with DAX measures, supporting throughput reporting, inventory, and production KPIs with governed refresh.
Integration depth relies on a documented REST API for pushing datasets, managing workspaces, and triggering refresh, plus gateway connectivity for on-prem data. Automation and governance come through workspace roles, dataset permissions, sensitivity labels, and audit log coverage across key admin actions.
- +REST API supports dataset and workspace automation
- +On-prem gateway fits edge-to-cloud quarry data flows
- +Star schema and DAX support controlled KPI definitions
- +Row-level security applies schema-level access filters
- –Complex permissioning grows with many workspaces
- –High-frequency data may strain import model refresh windows
- –Custom visuals require separate lifecycle management
- –API automation covers many actions but not every admin workflow
Best for: Fits when quarry reporting needs governed dashboards with API-driven refresh and RBAC.
ServiceNow
enterprise workflowSupports asset, maintenance requests, approvals, and workflow governance with audit logs and API integrations for quarry operations.
Scoped application development with platform RBAC and audit log coverage.
ServiceNow fits organizations that need quarry operations tied to enterprise workflows with strong integration and governance. The data model centers on configurable tables, relationship records, and workflow states, which support cross-module automation for work orders, asset maintenance, approvals, and incident management.
Automation relies on catalog items, workflow designer logic, and event-driven triggers that connect quarry activities to downstream systems via REST and messaging. Extensibility uses a documented API surface and scoped application patterns, which support RBAC-aligned access control and auditability across custom logic.
- +Extensible data model via configurable tables and record relationships
- +Workflow automation integrates quarry processes with approvals and asset maintenance
- +Strong API and integration tooling for event, REST, and system connectivity
- +Scoped development and RBAC support controlled governance of custom apps
- –Heavy platform configuration can slow quarry-specific schema and workflow setup
- –API-driven customizations require careful governance of access and data contracts
- –Workflow throughput depends on instance design and queue management
- –Admin overhead increases when multiple quarry business units need custom schemas
Best for: Fits when quarry operations require enterprise-grade workflow integration and strict RBAC governance.
How to Choose the Right Quarry Management Software
This buyer's guide covers Quarry Management Software tools including MineRP, MaxGrip, Echologix, UpKeep, Fiix, Trello, Smartsheet, Microsoft Dataverse, Power BI, and ServiceNow. It focuses on integration depth, data model design, automation and API surface, and admin and governance controls across these platforms. The guide explains what to evaluate for controlled configuration rollout, schema alignment for multi-site operations, and automation reliability under high event volume.
Quarry operations platforms that model assets, work, and production events with governed workflows
Quarry Management Software coordinates equipment, work orders, production records, and compliance activities inside a structured data model that supports workflow execution and reporting. Tools like MineRP and MaxGrip link assets and work orders to production or activity records so operational updates flow into governed outputs.
The core problem solved is keeping cross-site operational data consistent while controlling who can change what, and when automation creates downstream work and approvals. Teams typically use these systems to run maintenance execution, inspection and sampling tasks, inventory and parts tracking, and operational KPI reporting with auditability.
Evaluation criteria focused on schema governance, automation triggers, and controlled integration
Integration depth determines whether quarry entities like assets, work orders, and production records can be provisioned and synchronized with external systems using an API that matches the internal schema. Data model control determines whether custom quarry fields and process variations map into core entities without breaking cross-site reporting or automation rules.
Automation and API surface matter most when operational events must trigger work creation, status changes, and reporting updates without manual rekeying. Admin and governance controls matter most when edits must be restricted and traced using RBAC and audit logs across environments and sites.
Schema-centered integration for quarry entities
MineRP models quarry operations with a connected data model where the schema links assets, work orders, and production records to automated workflows. MaxGrip also centers automation on a configurable data model with assets, work orders, production activities, and geospatial context so API integrations can sync queryable operational entities.
Documented REST API and provisioning patterns
UpKeep exposes REST API access to support integrations around work-order and asset lifecycle events with API-backed automation around asset updates and task status changes. Microsoft Dataverse provides a documented REST API plus environment-level provisioning patterns that support custom applications and controlled access to tables and relationships.
Automation rules that trigger on operational event types
Echologix drives entity-scoped workflow automation from production and inspection event types tied to equipment, areas, permits, and production events. Fiix connects work order automation to a configurable rules engine tied to asset and failure data so incidents and failures can generate work without custom code for common paths.
RBAC plus audit logs for governance of configuration and record changes
MineRP includes role-based access and admin audit trails to support controlled changes to schema-linked workflows. ServiceNow adds scoped application development patterns with platform RBAC and audit log coverage so workflow logic and custom apps can be governed alongside operational records.
Extensibility through custom fields and workflow configuration tied to the core model
MineRP provides extensibility points for custom fields and workflow rules that map into the core quarry schema while keeping entity consistency. Trello supports extensibility through the Trello API and Power-Ups and runs workflow actions using Butler rules based on card field updates.
Reporting with governed access and repeatable KPI definitions
Power BI supports row-level security enforced via DAX filters so quarry-role views stay separated inside a shared model. Smartsheet supports dashboards and KPI aggregation with automation triggered on sheet updates and task lifecycle changes while keeping RBAC and audit visibility for edits that affect collaboration workflows.
Select quarry software by matching integration contracts and governance requirements
A quarry tool choice should start with the integration contract between the operational system and external systems. MineRP and MaxGrip excel when quarry entities need schema-consistent provisioning and synchronization through an API that aligns to assets, work orders, and production records or activities.
The second step is choosing how automation should be triggered and governed. Echologix and UpKeep focus on event-driven workflow automation tied to operational entities with RBAC and audit logging for controlled change management.
Map the quarry data model to the tool’s core entities
Define the minimum entity set required for operations such as assets, work orders, production records, and inspection or sampling activities and validate the tool’s schema supports those objects natively. MineRP links assets, work orders, and production records into its quarry schema so automated workflows can reference consistent entity relationships.
Stress test the API and automation surface against real workflow events
List the operational events that must trigger automation like task status changes, failure incidents, inspection completion, or production milestones and confirm the tool provides documented API actions that match those events. UpKeep supports API-backed automation around asset lifecycle events and work-order events while Fiix automates work creation through rules tied to asset and failure data.
Require RBAC and audit logs for both configuration and operational edits
Verify the governance model covers user access boundaries plus audit visibility for configuration changes that alter workflows and record outcomes. MineRP provides RBAC and admin audit trails for controlled changes while ServiceNow provides platform RBAC and audit log coverage for scoped applications.
Plan for multi-site consistency and schema alignment upfront
If multiple sites run related processes, define how schema configuration and permissions will stay aligned across sites and environments. Echologix and MaxGrip rely on disciplined schema planning and mapping for site variants because entity-scoped workflows and automation rules depend on consistent definitions.
Pick the reporting stack based on data refresh and access enforcement
If dashboards must be governed by role and enforce access filtering inside a shared model, evaluate Power BI for row-level security with DAX filters. If the workflow and reporting need to stay tied to sheet or task lifecycle updates, Smartsheet can aggregate KPIs through dashboards while automation triggers on sheet changes.
Teams that benefit most from quarry schema governance and event-driven automation
Different quarry teams need different data model depth and automation control. Tools like MineRP and MaxGrip fit organizations that must keep assets and production records consistent while running governed automation through a schema. Other teams need event-driven compliance workflows or enterprise integration patterns where RBAC and audit trails cover both operational records and workflow logic.
Quarry teams standardizing production planning with governed schema and API integrations
MineRP fits when production planning, equipment dispatch, and inventory processes must run inside a connected data model where automated workflows reference schema-linked assets and work orders.
Operations teams coordinating maintenance execution across sites with controlled workflow automation
MaxGrip fits when governed scheduling and field updates must trigger API-synced work order and asset updates with RBAC and audit logging that track operational decision-impacting changes.
Operators running inspection, sampling, and permit-linked compliance workflows that must integrate via API
Echologix fits when workflows need entity-scoped automation driven by production and inspection event types tied to equipment, areas, permits, and production events.
Enterprises integrating quarry workflows into broader IT approval and maintenance systems
ServiceNow fits when approvals and workflow states must connect quarry activities to asset maintenance and incident management using REST and messaging, with scoped development and platform RBAC.
Quarry reporting teams enforcing quarry-role views inside shared analytics models
Power BI fits when dashboards require governed access enforcement via row-level security using DAX filters, especially when quarry operational sources feed star schema models.
Common failure modes when quarry workflow systems miss integration or governance needs
Many implementations fail when the data model and automation rules are treated as a flexible afterthought instead of an integration contract. MineRP and MaxGrip both increase setup effort when schema customization and workflow rules are complex, so mapping quarry processes upfront reduces later rework.
High-volume automation can also fail when event payload consistency or API throughput planning is missing. UpKeep and Echologix depend on consistent event payloads and disciplined event batching for stable automation performance.
Building custom workflows without locking the schema alignment
Failing to map quarry process variations to the tool’s schema can cause cross-site reporting mismatches in tools that rely on configurable data models like MaxGrip and Echologix. Corrective action is to define the entity relationships for assets, work orders, and production events first, then configure workflow rules to reference those stable objects.
Relying on automation that cannot be triggered or controlled through the API
Treating automation as only a UI feature creates integration gaps when external systems must create or update records. Corrective action is to validate API-backed automation coverage for the key operational events in tools like UpKeep and Fiix before committing to the workflow design.
Skipping governance on configuration edits and workflow logic changes
Allowing broad edit access without audit visibility creates traceability failures when workflow configuration changes affect operational outcomes. Corrective action is to enforce RBAC and confirm audit logging for both operational edits and configuration changes in tools like MineRP and ServiceNow.
Overlooking automation and throughput constraints during bulk syncs
Large-scale synchronization can hit rate limits or create delays when API calls are not batched and queued carefully. Corrective action is to plan throughput testing for API request patterns in Smartsheet and Trello when bulk updates and high-throughput workflow syncing are required.
How We Selected and Ranked These Tools
We evaluated MineRP, MaxGrip, Echologix, UpKeep, Fiix, Trello, Smartsheet, Microsoft Dataverse, Power BI, and ServiceNow using feature coverage, ease of use, and value as the scoring pillars, with features carrying the biggest share because quarry workflows depend on schema and automation fit. The overall score for each tool is a weighted average where features drive forty percent of the result, while ease of use and value each contribute thirty percent. This ranking reflects editorial research based on the provided capability descriptions, including integration depth via documented APIs, automation trigger behavior, and governance controls like RBAC and audit logging.
MineRP separated itself from lower-ranked tools by tying a quarry data model schema that links assets, work orders, and production records directly to automated workflows, and it also scored 9.7 For features and 9.4 Overall. That combination lifted performance where integration contracts and controlled automation depend on consistent quarry entities across planning, execution, and reporting.
Frequently Asked Questions About Quarry Management Software
How do Quarry Management platforms differ in their core data model for assets and work orders?
Which tools provide a documented API surface for integrating quarry systems like ERP or planning software?
What integration pattern works best when quarry teams need to sync workflow updates in near real time?
How do security controls typically handle role-based access and controlled change management?
Which tools support SSO, and how does that relate to RBAC enforcement?
What is the typical approach for migrating quarry data into these tools without breaking workflow automation?
How do admin controls and configuration rollout differ between highly governed suites and worksheet-style tools?
Which platform is better when quarry operations need extensibility through custom fields and workflow rules?
What common integration issues arise when reports or dashboards depend on operational data quality?
Conclusion
After evaluating 10 mining natural resources, MineRP 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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