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246 products across 27 categories. Find the right mining software for your operation.
246 products
Deswik.Planning is a mine scheduling platform particularly strong in underground operations. Built on a scheduling engine that handles both long-term and short-term planning horizons, it dynamically links mine designs to schedules, enabling rapid scenario analysis and re-planning without switching between tools. The ability to unify strategic and tactical planning within a single environment is a key differentiator. The platform competes with RPMGlobal's XPAC and MinePlanner, Maptek Evolution, and Hexagon MinePlan Schedule Optimizer. Deswik.Planning was formerly known as Deswik.Sched.
Originally developed by Polymathian (acquired by Sandvik in February 2023), APEX applies advanced mathematical optimisation to determine the optimal strategic plan for underground mines. It addresses the challenge of scheduling tens of thousands of tasks over decades while satisfying complex constraints — ventilation, drilling capacity, hoist performance, and mill throughput. APEX complements Deswik.Planning by providing mathematically proven optimal solutions at the strategic level. Rather than heuristic-based scheduling, it uses mathematical programming to identify schedules that demonstrably cannot be improved further.
Vulcan is Maptek's flagship product and one of the most widely used mining software platforms globally, with a heritage dating to the early 1980s as the world's first true 3D mining software. It provides a comprehensive 3D visualization environment for managing, validating, and transforming geological data into geological models, mine designs, and operational plans across open pit and underground operations. Vulcan's modular architecture includes a core platform with specialized add-ons. The Geology & Estimation add-on provides drillhole management, lithological/geophysical data validation, integrated stratigraphic and implicit block modelling, and grade estimation (Inverse Distance, Simple Kriging, Ordinary Kriging, Indicator Kriging, and Indicator Simulation), along with variogram modelling and analysis tools. Vulcan is the core environment into which GeologyCore and DomainMCF plug, forming Maptek's integrated geology workflow. Vulcan's differentiators include its long 3D heritage, modular architecture allowing mines to license only what they need, and integration with Maptek's broader hardware/software ecosystem (laser scanners, BlastLogic, Evolution scheduling, Sentry monitoring). It competes head-to-head with Datamine Studio RM, Seequent Leapfrog, GEOVIA Surpac, and Hexagon MinePlan.
Leapfrog Geo is Seequent's flagship product and a widely recognized tool for implicit geological modelling. Rather than requiring geologists to manually digitize interpretations on cross-sections, Leapfrog Geo constructs geological surfaces mathematically from data using its proprietary implicit modelling engine. This approach is faster, more reproducible, and easier to audit than traditional explicit methods. The software supports drillhole data, GIS data, maps, geophysical data, structural measurements, and geochemical data in dynamic, linked workflows that update instantly when new data is added. Leapfrog Geo is used by exploration geologists, resource geologists, hydrogeologists, and geotechnical engineers across mining, civil engineering, and environmental sectors. In 2023, users created nearly 200,000 new geological models globally. The software is available as named or shared subscription licenses, with extensions for resource estimation (Leapfrog Edge), geophysical interpretation, and hydrogeological modelling. The latest version (2025.3) includes enhanced structural trends, face mapping, and comprehensive integration with the Seequent Evo cloud platform. Leapfrog Geo's dominant position in the implicit modelling space, particularly among junior to mid-tier mining companies and geological consultancies, makes it one of the two most recognized geology products in the mining industry alongside GEOVIA Surpac. Its key differentiator is the speed and ease of model updates — a critical advantage during fast-moving exploration and resource definition drilling programs.
DISPATCH uses linear programming, best-path, and dynamic programming algorithms to automatically assign haul trucks to loading and dumping points, minimizing queue times and maximizing production. It provides centralized management of all mine operations — equipment allocation, shift changes, refueling, and downtime events — via real-time mine graphics and in-cab operator guidance. The system supports all major truck and equipment brands with over 175 OEM interfaces. Four companion apps launched in 2024 extend the platform: DISPATCH Simulate (scenario modelling for shift planning), DISPATCH Roadways (GPS-based road network maintenance), DISPATCH Replenish (automated fuel/charge scheduling), and DISPATCH Look Ahead (multi-objective mine plan scheduling). DISPATCH also supports underground environments, first installed underground at a South African diamond mine in 1991, and provides the supervisory dispatch layer for Komatsu's FrontRunner AHS, deployed at operations including Rio Tinto's Pilbara mines.
SHOTPlus is Orica's flagship desktop blast design and modelling software, in the market for over 35 years and widely regarded as an industry standard. It enables users to design, visualise, and analyse blast initiation sequences across surface mine, quarry, and construction applications. The suite includes SHOTPlus (surface production), SHOTPlus Underground, and SHOTPlus Tunnel, each tailored to specific application environments. SHOTPlus Premier, the advanced tier, offers capabilities for complex multi-pit operations including blast design templates per pit, advanced timing capability for electronic blasting systems, and automated data transfer to the BlastIQ platform. Users can develop loading rules using an extended range of parameters including bench height, burden, spacing, row number, hole parameters, and geological intercepts. The software integrates with Orica's i-kon electronic blasting systems and features import/export templates for streamlining data transfers.
GEOVIA Surpac is a widely used mine planning and geological modelling platform. It provides 3D geological modelling including drillhole data management, geostatistical analysis, resource modelling, and mine design for both open-pit and underground operations. The modular, customisable design supports workflows from deposit characterisation through ore-recovery-maximising design to survey and production management. Surpac competes directly with Maptek Vulcan, Hexagon MinePlan, and Deswik.Spatial as a core mine design platform. It is increasingly connected to the Dassault 3DEXPERIENCE platform for enterprise collaboration. The product has been continuously developed since Gemcom's founding in 1985 and is deployed at mining operations across 100+ countries.
Datamine Discover is an ArcGIS Pro plugin designed specifically for mineral exploration geology. Built into Esri's industry-standard GIS platform, it provides geoscience-specific tools that exploration geologists need daily: importing and centralising diverse geoscience data types (drillhole, geochemistry, geophysics, mapping), creating cartographic-quality drillhole plans and section templates, and viewing geological data in 3D within a familiar GIS environment. Discover bridges the gap between the GIS tools exploration geologists use for spatial data management and the specialist mining software they use for modelling. It is particularly valuable during early-stage exploration when teams are working predominantly with surface and geophysical datasets and coordinating field mapping campaigns. The plugin connects exploration geological data with the broader Datamine ecosystem for downstream modelling. Discover competes with standalone GIS tools and field data capture platforms at the early-stage exploration end of the market. Its differentiator is the native ArcGIS Pro integration, which means organisations do not need to learn a separate application for their exploration GIS workflows.
BlastLogic is Maptek's enterprise-level drill and blast software for surface mining operations. It provides a centralised, single-source repository for all operational blast data, linking blast designs directly with geological and geotechnical data, mine plans, and field measurements. The system supports the full D&B workflow including drill pattern management, charge design with multi-zone energy factor control, tie-up and initiation design, and comprehensive post-blast analysis and reconciliation. Real-time data synchronisation between office and field is handled via the BlastLogic Tablet application, which enables dynamic plan updates, drill data validation, and charge sheet management on the bench. The system interfaces with leading drill navigation systems for live transfer of drilling data and integrates with Maptek's Eureka geological modelling system for lithology boundary assignment and charge plan optimisation using MWD data. BlastLogic is sold as an enterprise system; customers include major miners globally.
Micromine Origin is Micromine's flagship geology and resource estimation software, covering the full workflow from early-stage exploration through geological modelling, resource estimation, and grade control. It provides comprehensive tools for drillhole data management, GIS/spatial data visualization, implicit and explicit modelling, geostatistics, block modelling, resource estimation with compliant reporting, and grade control. The software supports 70+ file formats from 25+ industry tools and handles datasets exceeding 15 million rows. A major differentiator is the AI-powered Grade Copilot, a cloud-based neural network modelling tool included in all geology and resource estimation subscriptions as of the 2025 release. Grade Copilot generates plausible grade and geology models using machine learning, revealing patterns traditional methods may miss. Other notable capabilities include the Vein Network tool for complex vein deposits, Hierarchical Clustering, and a Constrain to Pit tool embedding Reasonable Prospects for Eventual Economic Extraction (RPEEE) assessment directly into estimation workflows. Micromine Origin is targeted at exploration, resource, and production geologists. The product is positioned as intuitive and accessible for smaller exploration companies while scalable for large enterprises through the Micromine Origin for Enterprise offering. It integrates with Micromine Beyond (mine design) and the Micromine Nexus cloud platform.
Aegis was created by iRing Inc. and acquired by Datamine in January 2023. It comprises two core modules. Aegis Designer enables rapid automated creation of underground drill and blast patterns for entire stopes in seconds, including slot design and placement, charging, priming, and timing. Extensive editing tools allow engineers to explore alternative designs, and it generates customisable reports and IREDES exports for direct transmission to compatible drill rigs. Aegis was the first software to market with tools to automate ring design and claims at least a five-times increase in ring planning productivity over previous-generation tools. Aegis Analyser is an advanced underground blast analysis program enabling engineers to compare multiple blast outcomes using industry-recognised analysis models — observing how changes to a pattern impact fragmentation, tonnage, cavity shape, costs, and profit.
Deswik.OPS extends mine planning into operational execution, providing real-time shift management and compliance-to-plan monitoring. It includes an Operator App that brings planning tools to field operations, allowing operators to view tasks directly from the shift schedule and record progress. The tool bridges the planning office and on-the-ground execution. It competes with CiteOps (formerly Fewzion) and RPMGlobal's XECUTE in the short-interval control space.
AVEVA PI System (formerly OSIsoft PI System) is the dominant operations data management platform in heavy industry, deployed across 14,000+ sites in 127 countries. In mining, PI System serves as the system of record for all operational data — ingesting time-series data from process control systems, remote sensors, IIoT devices, and SCADA systems via hundreds of native connectivity options. Core components include PI Server (data archive and asset framework), PI Vision (browser-based visualisation dashboards), PI DataLink (Excel integration for ad-hoc analysis), Asset Analytics (streaming calculations), and Event Frames (contextual event capture for batch operations and shift reporting). PI System's value in mining lies in its ability to create a unified, trusted data layer across the entire operation — from pit sensors through processing plant to port logistics — without requiring replacement of existing control systems. This data foundation enables downstream analytics including process optimisation, energy management, environmental compliance, and predictive maintenance. Mining clients including Vale, Rio Tinto, and Newmont rely on PI System as the backbone of their digital operations. Newmont reported $1.5M in annual fuel savings at a single PNG site using AVEVA digital tools built on PI System data. The platform is now branded as AVEVA PI System but remains widely known by its legacy OSIsoft name. Nine of the top 10 mining companies use PI System as their operations data foundation.
A modular platform with integrated capabilities for workforce management (contractor onboarding, competency tracking, compliance verification), safety management (incident reporting, inspections, permit-to-work), Solo lone worker protection, access control (biometric and card-based site entry), fatigue management, machine safety (MDG-compliant risk assessments and pre-start checks), and training compliance. The platform's biometric access control is a distinctive feature — ensuring that workers presenting at a mine gate are verified against their training records, medical clearances, and induction status before entry. This automated gate check prevents non-compliant workers from accessing hazardous areas, reducing the risk of incidents caused by unqualified or unfit personnel. Used across mining operations in Australia, Africa, and the Americas. The platform's coverage of the full compliance lifecycle — from contractor onboarding and training verification through to site access and incident reporting — makes it a comprehensive workforce safety system for operations with complex contractor management requirements and stringent site access controls.
A comprehensive library of online safety training courses specifically developed for the mining industry. Content covers new miner training, annual refresher training, hazard recognition, emergency procedures, first aid, equipment safety, and task-specific training for both surface and underground operations. Courses use 3D animation and interactive scenarios to present safety content in an engaging format suited to site-based workers. All courses are developed to MSHA standards and approved for Part 46 (surface mining) and Part 48 (underground mining) compliance. The animated 3D format allows accurate depiction of hazardous situations — cave-ins, equipment hazards, chemical exposures — without the cost and risk of live demonstrations. Delivered through Vector LMS or compatible with other SCORM-compliant learning management systems, giving mining operations flexibility to use Vector's training content within their existing LMS infrastructure if preferred.
Deswik.NOVA is a unified open-pit planning platform combining mine scheduling, blending, and haulage optimisation in a single tool. It represents Deswik's latest generation of open-pit mine planning technology, extending the suite's traditionally strong underground capabilities into surface mining. NOVA provides an integrated approach where scheduling, haulage, and blending decisions are made together rather than sequentially, reducing the optimisation gaps that arise when these workflows are handled by separate tools.
A full camp management system covering room reservations, mobile and kiosk check-in, housekeeping management, catering and meal tracking, billing and invoicing, and occupancy reporting. Designed specifically for remote workforce accommodation rather than traditional hospitality, SmartLodge handles the unique requirements of mining camps — including bulk bookings, roster-linked reservations, room allocation optimisation, and contractor billing. Available for cloud, on-premises, or hybrid deployment to accommodate the connectivity limitations of remote mine sites. The on-premises and hybrid options are a practical necessity for camps in regions where reliable internet is unavailable or intermittent — a common challenge in remote Australian, African, and South American mining locations. Deployed by Civeo Corporation across its North American lodge portfolio and by B2Gold at the Fekola Mine in Mali. SmartLodge manages the full accommodation lifecycle from reservation through checkout, providing operations with real-time occupancy data to optimise bed utilisation and reduce accommodation costs.
CorePlan 2.0 (launched September 2024) is a SaaS platform that replaces paper-based and spreadsheet-driven drilling operations with a digital workflow. For exploration companies, it provides one place for geologists to plan drill programs, track production against budget, manage sample dispatch and laboratory turnaround, and generate operational and management reports. For drilling contractors, it digitises plod (Progressive Log of Drilling) capture on the rig and automates data sharing, approvals, and invoicing with clients. Key features include digital plod management with colour-coded approval statuses, real-time drilling cost tracking with planned-vs-actual analysis, a mobile app that works offline, customisable safety and inspection forms, granular roles and permissions, and export integrations to geological databases. The usage-based pricing model (typically per plod/shift) targets both junior explorers running campaign programs and mid-tier/major companies with multiple concurrent projects. CorePlan differentiates from older tools by being a modern, mobile-first SaaS platform with rapid implementation (2–3 weeks) and a focus on bridging the gap between drilling contractors and mining company geologists. It is complementary to geological database systems rather than a replacement for them.
Carlson Mining is an AutoCAD-based (and IntelliCAD-compatible) engineering and design suite consisting of multiple modules: Carlson Geology (stratigraphic and block modelling), Surface Mining (pit design, scheduling), Underground Mining (mine projections, ventilation), Basic Mining (drillhole entry, fence diagrams, mapping), and Natural Regrade (reclamation back to natural landforms). Carlson Mining covers the full mine lifecycle — drillhole management, geological modelling (stratigraphic for sedimentary and block modelling for hard rock), surface and underground design, scheduling, and reclamation. The Natural Regrade module, endorsed by the U.S. Office of Surface Mining, provides a unique reclamation capability. Carlson Mining differentiates on affordability, ease of learning, and integration with Carlson's broader surveying and civil ecosystem.
JKSimBlast is a comprehensive blast design and analysis suite with modules covering the full range of surface and underground applications. Key modules include 2DBench (surface bench blast design), 2DRing (underground ring blast design), 2DFace (tunnel and development face blast design), JKBMS (Blast Management System for organising operational data), 2DView/TimeHEx (extended blast analysis and energy visualisation), and Blastatistics (QC software for drilling and blasting in open-cut mines). The software provides detailed simulation capabilities including timing contour plots, energy distribution analysis, charge optimisation, and vibration modelling. Its energy analysis tools — particularly the ability to visualise explosive energy distribution in 3D — are unique capabilities not commonly found in competing products. JKSimBlast is used extensively for mine-to-mill optimisation studies, where understanding the relationship between blast energy input and downstream processing performance is critical.
