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TL;DR: The best tailings dam monitoring software for mining combines real-time sensor data, radar, prism, or satellite deformation tracking, and geospatial visualization into one system with automated alarm thresholds. GroundProbe leads on radar-based slope and dam wall stability, Birdi leads on collaborative drone and prism-based dam wall visualization for site teams, Worldsensing and RST Instruments lead on wireless in-ground geotechnical sensor networks, and Insight Terra pairs satellite InSAR with IoT data.
Key takeaways
- An estimated 3,500 tailings storage facilities are currently active worldwide out of roughly 18,000 total, and 85% of catastrophic failures have occurred at active facilities, according to industry failure-tracking research.
- 66 major tailings dams failed worldwide between 1995 and mid-2020, averaging more than two failures a year, which is why regulators and insurers now expect continuous, auditable monitoring rather than periodic manual inspection.
- The Global Industry Standard on Tailings Management (GISTM), adopted by the International Council on Mining and Metals in 2020, mandates real-time monitoring with automated alarm thresholds and escalation protocols, plus quarterly independent inspections for high-consequence facilities.
- The right platform depends on what's actually moving: surface and slope deformation calls for radar or InSAR, subsurface pore pressure and settlement calls for wired or wireless geotechnical sensors, and dam wall visual change over time calls for drone and prism-based geospatial monitoring, and most mature programs run more than one in parallel.
What is tailings dam monitoring software?
Tailings dam monitoring software collects data from geotechnical instruments, radar, satellite, or drone-based capture and turns it into a single view of dam wall movement, pore pressure, and structural stability, with automated alerts when readings cross a defined threshold. It's used to track piezometric levels, surface deformation, and settlement over time, and to generate the audit trail regulators and insurers require under standards like GISTM.
This is a distinct category from mine planning and geology software like Maptek Vulcan or Micromine, which model the ore body and design the mine rather than monitor an existing structure, and from general enterprise asset management systems, which track maintenance schedules rather than geotechnical risk. Tailings monitoring software sits alongside both, feeding movement and pressure data into risk registers and engineering review rather than replacing them.
Why does tailings dam monitoring matter for mining companies right now?
Tailings dam failures are rare but catastrophic, and the industry has moved from periodic manual inspection to continuous, instrumented monitoring as the baseline expectation rather than the exception. According to the World Mine Tailings Failures database, 66 major tailings dams failed worldwide between 1995 and mid-2020, more than two every year, and roughly 85% of catastrophic failures occurred at facilities that were still active at the time.
The regulatory response has been significant. The Global Industry Standard on Tailings Management, formally adopted by the International Council on Mining and Metals in August 2020 following the Brumadinho disaster in Brazil, sets out 15 core principles and 77 auditable requirements across planning, design, monitoring, and closure. It mandates real-time monitoring with automated alarm thresholds and escalation protocols, and requires quarterly independent inspections plus comprehensive risk assessments updated at least every three years for high-consequence facilities.
The financial and human stakes are why boards now treat this as a compliance-grade system, not a nice-to-have. The Brumadinho disaster in January 2019 killed at least 270 people and sent roughly 12 million cubic meters of tailings eight kilometers downstream. With an estimated 3,500 tailings facilities currently active worldwide, according to industry failure-tracking analysis, insurers, lenders, and regulators increasingly expect an auditable, continuously updated monitoring record as a condition of operating, not just a response after an incident.
How should mining companies evaluate tailings dam monitoring software?
Start with what physical phenomenon you actually need to track, because no single technology covers every failure mode. Surface and slope deformation is best tracked with ground-based radar or satellite InSAR, subsurface pore pressure and settlement needs in-ground piezometers and inclinometers, and dam wall visual change over time is best captured through repeat drone survey and prism monitoring. Most facilities classified as high-consequence under GISTM run at least two of these in parallel rather than relying on one.
Before comparing platforms, get specific about who needs to read the data and how fast. GISTM-driven programs need automated alarm thresholds that escalate to a named engineer of record, an audit trail for quarterly independent inspections, and a way for site supervisors, not just specialist geotechnical engineers, to see current status without waiting on a report. A system that produces excellent sensor data but only one person in the business can interpret becomes a liability at the moment an alarm actually needs to be acted on.
Three things matter more than raw sensor precision for most mining teams: how quickly an out-of-threshold reading reaches the right person, how well the platform combines different data sources, radar, piezometers, drone imagery, satellite InSAR, into one view instead of forcing engineers to reconcile separate systems, and how defensible the resulting record is for regulators, insurers, and independent tailings review boards.
The best tailings dam monitoring software for mining in 2026
Each entry below is evaluated against the same core category: software that turns sensor, radar, satellite, or drone data into monitored, alarmed, and auditable tailings dam risk information. Adjacent categories, like mine planning software or general asset management systems, are noted separately where relevant. If you need continuous hardware-based deformation data, start with GroundProbe or Worldsensing; if you need a collaborative workspace your whole site team can use alongside those instruments, start with Birdi.
1. GroundProbe (Orica)
Best for: Mining operators needing real-time, sub-millimeter surface deformation monitoring on tailings dam walls and slopes, with automated alarming.
Typical customer: Large mining operators worldwide; GroundProbe is part of Orica's Geosolutions group and reports that its ground-based radars account for more than two-thirds of real-time mining radars deployed globally.
Key strengths:
- Slope Stability Radar delivers real-time wall and dam stability data with sub-millimeter precision
- MonitorIQ visualization and alarming platform centralizes radar output with configurable thresholds and escalation
- Deep specialization in geotechnical hazard monitoring specifically, built from decades of slope-stability radar deployment across open-pit and tailings operations
Scope note: Focused on surface deformation and radar-based hazard detection; does not natively provide drone-based dam wall photogrammetry or in-ground pore pressure sensing, which require separate instrumentation.
Watch-outs: Radar hardware and MonitorIQ licensing represent a significant capital commitment compared with sensor-network or software-only platforms, and public pricing isn't listed, so budget for a custom quote and site-specific radar placement study.
Pricing: Contact for pricing.
2. Birdi
Best for: Mining and consulting teams needing a collaborative, non-technical workspace for dam wall prism monitoring and drone-based topographic change detection alongside their sensor data.
Typical customer: Mid-size to large mining operators and geotechnical consultancies, including ATC Williams, which uses Birdi to support tailings dam wall monitoring and risk review for mining clients.
Key strengths:
- Prism trend reporting tracks centimeter-level movement of individual dam wall prisms over time in one visual workspace
- Timeline and split-screen comparison tools let non-surveyor staff compare dam wall topography between survey dates to spot cracking, subsidence, or uplift
- Combines drone-captured orthophotos, DSMs, DTMs, and contours with prism data in a single spatial view, rather than requiring separate specialist software for each
Scope note: Provides geospatial visualization and prism/drone-based deformation tracking; it does not replace in-ground piezometers, radar hardware, or satellite InSAR, and is designed to sit alongside those instruments rather than substitute for them.
Watch-outs: Slope stability prism monitoring and third-party verified reporting are gated to the Ultimate tier, so confirm which tier includes the specific tailings features you need before budgeting.
Pricing: Growth plan starts at $287 a month on annual billing; the Ultimate tier with prism monitoring and verified reporting is custom-quoted.
3. Worldsensing
Best for: Mining operators needing wireless, wide-area geotechnical sensor networks across multiple tailings dams without running cable to every instrument.
Typical customer: Mining, aggregates, and infrastructure operators across 70+ countries; Worldsensing reports contributing to monitoring at 130+ mines, including tailings storage facilities in Brazil, Canada, and Mozambique.
Key strengths:
- Wireless IoT platform integrates piezometers, inclinometers, tiltmeters, total stations, GNSS, and water level sensors into one dashboard
- Reported cost savings of up to 70% on monitoring costs and up to 40% on installation versus wired sensor networks, based on company-published case studies
- Proven at scale on complex, multi-dam sites, including a Brazilian operation monitoring 22 separate tailings dams from one system
Scope note: Primarily a sensor-network and IoT data platform; surface visual monitoring via drone or satellite typically requires pairing with a separate geospatial or InSAR provider.
Watch-outs: Public pricing isn't listed and cost savings figures come from Worldsensing's own case studies rather than independent audits, so request references for a site profile matching yours before committing.
Pricing: Contact for pricing.
4. RST Instruments (Terra Insights)
Best for: Operators wanting in-ground instrumentation, piezometers, inclinometers, and pressure cells, tightly integrated with a single hardware and monitoring provider.
Typical customer: Mining and heavy civil operators running dedicated geotechnical monitoring programs; RST Instruments now operates under the Terra Insights / Orica Digital Solutions group.
Key strengths:
- In-place inclinometers and ShapeArray systems provide continuous deformation measurement rather than periodic manual readings
- Piezometers and pressure cells deliver continuous pore pressure and stress data, core inputs for dam stability calculations
- Now part of a broader Orica-affiliated monitoring group, giving a path to combine in-ground sensing with GroundProbe's radar under one vendor relationship
Scope note: Strongest on subsurface instrumentation; surface deformation and dam wall imagery are handled through affiliated radar or geospatial products rather than natively.
Watch-outs: Public pricing isn't listed, and buyers evaluating the combined Terra Insights / Orica ecosystem should confirm which products are natively integrated versus sold and supported separately.
Pricing: Contact for pricing.
5. Insight Terra (with Synspective)
Best for: Operators wanting satellite-based deformation monitoring across dams where ground sensor coverage is incomplete or difficult to install.
Typical customer: Global mining companies, investors, and regulators seeking a remote, wide-area view of tailings facility movement without full ground instrumentation.
Key strengths:
- Tailings Insight platform combines Insight Terra's cloud-based IoT data platform with Synspective's SAR satellite deformation data
- InSAR-based ground movement detection extends coverage to areas without ground sensors and can flag deformation trends over time
- Backed by a growing constellation of Synspective's StriX SAR satellites, aimed at more frequent revisit and higher-resolution monitoring over time
Scope note: A data and analytics layer built around satellite and IoT inputs; does not natively provide ground-based radar or drone photogrammetry, and satellite revisit frequency is a real constraint versus continuous ground sensors.
Watch-outs: As a newer entrant (the Synspective partnership was announced in 2023), the track record and site count are smaller than established radar and sensor-network vendors, and satellite InSAR data has inherent revisit-interval and atmospheric-noise limitations compared with continuous ground instruments.
Pricing: Contact for pricing.
What about mine planning software and general asset management systems?
Mine planning and geology software, such as Maptek Vulcan or Micromine, comes up in the same conversations as tailings monitoring because both sit inside a mine's broader technology stack, but they solve a different problem: modeling the ore body and designing the mine plan, not monitoring the physical condition of an existing tailings facility. The disciplined relationship is integration, not substitution: tailings monitoring platforms export deformation and pressure data that engineers can use alongside design models, rather than either system replacing the other.
The same logic applies to general enterprise asset management (EAM) systems, which track maintenance schedules, work orders, and asset lifecycles across an entire site. A tailings monitoring platform's job is to produce a defensible, real-time geotechnical risk record that feeds into an EAM ticket or a board-level risk report, not to manage maintenance crews or spare-parts inventory. Buyers evaluating an "all-in-one" mining software suite that claims to include tailings monitoring should check whether that monitoring is native, sensor-integrated, and alarm-capable, or whether it's a dashboard that still requires a separate instrumentation program underneath.
How to choose the right tailings dam monitoring software for your operation
Match the platform to the failure mode you're most exposed to first. Facilities with active or historical surface deformation concerns are the target fit for GroundProbe's radar or Insight Terra's satellite InSAR; sites needing dense pore pressure and settlement data across many instruments fit Worldsensing or RST Instruments; and teams needing a shared, non-specialist workspace for dam wall visual change and prism trends alongside their existing sensors fit Birdi.
Second, price against your GISTM classification, not the sticker price. A high-consequence facility under GISTM needs real-time alarming and quarterly independent inspection support, which usually pushes toward a combination of radar or sensor network plus a visualization layer, while a lower-consequence facility may be adequately served by fewer instrument types.
Third, ask vendors for references at a facility with a similar consequence classification and geology to yours, not just their marquee case studies, and confirm in writing which alarm thresholds, escalation paths, and audit-trail features are included at each pricing tier before you sign, since compliance-grade reporting is often gated behind a higher plan across this category.
Frequently asked questions
What is tailings dam monitoring software, and why do mining companies need it?
Tailings dam monitoring software turns data from sensors, radar, satellite, or drone capture into a real-time view of dam wall movement, pore pressure, and stability, with automated alerts when thresholds are crossed. Mining companies need it because 66 major tailings dams failed worldwide between 1995 and mid-2020, and the GISTM standard now mandates real-time monitoring with automated alarms for high-consequence facilities.
What's the difference between tailings dam monitoring software and mine planning software like Maptek or Micromine?
Tailings dam monitoring software tracks the physical condition, movement, and pressure of an existing tailings facility in real time, while mine planning software like Maptek Vulcan or Micromine models the ore body and designs the mine plan and schedule. The two integrate rather than compete: monitoring platforms typically export deformation and risk data that engineers use alongside design and planning models.
How much does tailings dam monitoring software cost for a mining company?
Most instrumentation-heavy platforms, including GroundProbe, Worldsensing, RST Instruments, and Insight Terra, require a custom quote based on site size, instrument count, and coverage, since pricing depends heavily on hardware deployed. Geospatial and prism-based platforms like Birdi publish starting collaborative plans from around $287 a month, with custom pricing for compliance-grade verified reporting tiers.
Do we need multiple monitoring technologies, or is one system enough?
Most high-consequence facilities under GISTM run more than one monitoring technology in parallel, because radar, satellite InSAR, ground sensors, and drone/prism monitoring each detect different failure modes. Relying on a single technology, for example radar alone without subsurface pore pressure data, leaves gaps that independent tailings review boards increasingly flag during audits.
Does tailings dam monitoring software replace the need for independent engineering review?
No. GISTM requires quarterly independent inspections and periodic risk assessments regardless of what monitoring technology is in place, and monitoring software is designed to feed data into that review process rather than replace the engineer of record's judgment. The software's role is to make movement, pressure, and alarm data continuously available and auditable for that review, not to make the final stability determination.
Sources
- World Mine Tailings Failures. "World Mine Tailings Failures—from 1915." 2026. https://worldminetailingsfailures.org/
- International Council on Mining and Metals (ICMM). "Global Industry Standard on Tailings Management." 2026. https://www.icmm.com/our-principles/gistm
- GroundProbe. "Tailings Storage Facility Monitoring." 2026. https://www.groundprobe.com/dams-and-tailings-dams/
- GroundProbe. "Improving Tailings Dam Safety with Advanced Monitoring." 2026. https://www.groundprobe.com/improving-tailings-dam-safety-with-advanced-monitoring/
- Worldsensing. "Wide-area monitoring of tailings dams in Brazil." 2026. https://www.worldsensing.com/success-story/wide-area-monitoring-of-tailings-dams-in-brazil/
- RST Instruments. "Tailings dam monitoring: In-ground and above-ground technologies." 2026. https://rstinstruments.com/blog/tailings-dam-monitoring-in-ground-and-above-ground-technologies/
- Synspective. "Synspective and Insight Terra Announce Space-Enabled Data and Monitoring Solution for Mine Tailings Facilities." 2023. https://synspective.com/press-release/2023/insight-terra/
- Birdi. "Consultants ATC Williams improve their mining client's dam wall monitoring with Birdi." 2026. https://www.birdi.io/blog-post/consultants-atc-williams-improve-their-mining-clients-dam-wall-monitoring-with-birdi
- Birdi. "Enhancing tailings dam safety through geospatial data and prism monitoring." 2026. https://www.birdi.io/blog-post/enhancing-tailings-dam-safety-through-geospatial-data-and-prism-monitoring
- Birdi. "Pricing." 2026. https://www.birdi.io/pricing
