Mining operations live and die by asset utilization. A haul truck sitting idle is burning operator pay and depreciation; a piece of mobile equipment that can't be found when needed delays a shift; a critical conveyor that fails without warning costs hundreds of thousands per hour. The good operators know this and have invested in asset tracking software. The great operators have figured out which tracking system actually fits how they run.
This is a practical selection guide for mining asset tracking software — what's on the market, what to look for, and when custom development makes more sense than configuration. It applies to surface and underground operations, hard-rock and aggregate, single-site and multi-site.
What "asset tracking" actually means in mining
Three different problems get bundled under one phrase:
- Location tracking. Where is each piece of equipment right now? Most relevant for mobile fleet (haul trucks, loaders, dozers, light vehicles, drills) and for valuable handheld assets.
- Utilization tracking. When was each asset working, idling, or down — and on what? This is the operational data that drives shift planning, cost-per-ton calculations, and operator performance.
- Lifecycle and condition tracking. Hours, maintenance history, condition monitoring, parts inventory, warranty status. The data that drives capital planning and preventive maintenance.
A real mining asset tracking system handles all three. The dominant SaaS platforms (Hexagon Mining, Modular Mining, Wenco, MineWare, MineStar) cover them well for standard operations. Custom mining asset tracking software development becomes the right call when one of these is true:
- Your operation is large enough or specialized enough that platform pricing scales painfully.
- You operate equipment from mixed OEMs and the platforms don't integrate cleanly with all of them.
- You have proprietary operational metrics (shift productivity formulas, blending models, ore-grade reconciliation) that you don't want sitting in a vendor's database.
- You need integration with non-standard systems — ERP, dispatch from another vendor, custom safety platforms, ore-tracking through processing.
The four core components of a custom mining asset tracking system
1. Location and telemetry layer
The hardware: GPS on every mobile asset, accelerometer and engine telemetry from each unit's onboard controller (Cat MineStar, Komatsu KOMTRAX, Hitachi GlobalEService, Volvo CareTrack), and where needed, RFID or tag-based tracking for handheld equipment.
The software job here is mostly translation — different OEMs expose telemetry through different APIs, with different sampling rates and field names. A custom platform that unifies this layer cleanly is what makes mixed-fleet operations feasible at scale.
2. Operational state engine
Determining what each asset is actually doing right now — loading, hauling, dumping, traveling empty, queuing, refueling, maintenance, shift change, idle, down. This sounds simple and isn't. Most operations layer 6–10 state categories that drive their KPIs (effective hours, mechanical availability, asset utilization, payload per hour).
The state engine is where most off-the-shelf systems get rigid. The states are defined by the vendor, and changing them — to align with your operation's definitions — is hard. Custom shines here: your states, your transition rules, your KPI calculations.
3. Maintenance and lifecycle data model
Hours, work orders, parts, warranty, condition monitoring. Integrates with your CMMS or replaces it. The mining equipment software that wins is the one that connects utilization data to maintenance schedules — so the haul truck that ran hot for three shifts last week gets prioritized for inspection, not the one due on a calendar date.
4. Reporting and decision support
Shift reports, period reports, cost-per-ton, cost-per-load, productivity by operator, productivity by route, mechanical availability, mean time between failures. The reports SaaS gives you are usually 80% of what mine ops needs; the 20% gap is the operation-specific math that justifies the custom build.
Cost ranges for custom mining asset tracking
- Small operation, single site, <20 mobile assets: $80k–$180k upfront. Hosting and support typically $2,000–$5,000/month.
- Mid-size operation, single site or two sites, 20–80 mobile assets: $180k–$400k upfront, $5,000–$12,000/month operating.
- Large or multi-site, 80+ mobile assets: $400k–$1M+ upfront, $12,000–$40,000/month operating, with hardware costs (telemetry retrofits, sensors, network infrastructure) layered on top.
For comparison, comparable SaaS platforms run roughly $150–$500 per asset per month, plus hardware and integration. The crossover where custom becomes cheaper in pure dollars usually lands somewhere between 50 and 150 mobile assets, with multi-site operations crossing earlier because of pricing tier-ups.
Build vs configure: where each wins in mining
| Scenario | Better choice |
|---|---|
| Single-site aggregate or sand-and-gravel, <20 assets | Configured SaaS |
| Single-OEM fleet, standard underground or open-pit operation | OEM platform (Cat MineStar, Modular) |
| Mixed OEM fleet, 30+ assets | Custom or third-party platform-agnostic SaaS |
| Multi-site with significant intercompany asset movement | Custom |
| Mining contractor servicing multiple owner-operators | Custom (white-label per client) |
| Operation with proprietary blending or grade-control math | Custom |
Technical requirements that consistently matter
- Connectivity-aware design. Underground, pit-bottom, and remote-site connectivity is unreliable. Onboard devices and field tablets need to buffer and sync.
- OEM telemetry integration with named protocols. Don't accept "we integrate with major brands" — get the protocol names (J1939, ISO 15143-3, OEM-specific APIs) and confirm coverage of your specific fleet mix.
- Time-zone and shift-boundary correctness. Mining operations cross shift boundaries that aren't midnight. Your reports need to align with operational shifts, not calendar days.
- Safety system integration. Proximity detection, collision avoidance, fatigue monitoring — these are increasingly required and need clean integration with asset tracking.
- Data sovereignty. Mining operations often operate in jurisdictions with data-residency requirements. Your platform's hosting story has to address this from day one.
- Bandwidth-constrained reporting. Reports that field supervisors actually use on tablets in low-coverage areas — not just dashboards designed for a 4K monitor in the office.
How to evaluate a mining asset tracking software vendor
Three questions:
Have you delivered an asset tracking system for an operation our size and mix? Mining is a domain where generic web dev experience does not transfer. The right answer is named references with comparable scale, OEM mix, and operational complexity.
What's your protocol coverage for the OEMs in our fleet? Not "we integrate with major brands." Specific protocol names, specific OEMs, specific tested telemetry fields. The honest answer for any vendor includes some "we'd need to build that" — and the timeline for that work needs to be in the proposal.
What does the system look like during an unplanned outage of our network? Mining IT environments are harsh. The right vendor has a clear answer for buffering, store-and-forward, and graceful degradation. The wrong vendor talks about "high uptime" without explaining what happens when uptime fails.
What to do next
Under 30 mobile assets at a single site: pick an OEM platform if your fleet is single-brand, or a mid-market SaaS like Pedigree Technologies or Tenna if it's mixed. Don't build custom.
30+ assets, mixed fleet, multi-site, or contractor servicing multiple operators: a real evaluation is worth running. List the integrations the SaaS platforms in your shortlist won't cover, the operational metrics you can't get out of them, and the multi-year cost projection at your asset count. Compare against the ranges above.
If you're going to build, our free software development RFP template covers the technical and field requirements that vendors consistently underestimate. Our mining asset tracking system, mining safety, and mining shift management product pages cover how we structure these engagements.