Unplanned downtime costs industrial operations an estimated $50 billion per year. In mining, where a single piece of heavy equipment can cost millions and operate around the clock in extreme conditions, the stakes are even higher. When a haul truck stalls underground or a handheld scanner fails at a remote processing site, the consequences ripple through the entire operation — from delayed ore processing to missed safety inspections.
Enterprise asset management (EAM) gives mining companies a structured way to track, maintain, and optimise every asset across its full lifecycle. But effective EAM depends on more than software. It requires rugged mobile devices that work in harsh conditions, reliable connectivity at remote sites, and a management strategy that keeps those devices operational without pulling your team away from production.
This post breaks down what EAM looks like in a mining context, why it matters, and how managed mobility services (MMS) fit into the picture — particularly for operations spread across remote Canadian sites.
What is enterprise asset management in mining?
Enterprise asset management is the practice of managing the full lifecycle of physical assets — from procurement and deployment through maintenance, repair, and eventual retirement. In mining, those assets include everything from excavators and conveyor systems to ventilation equipment, safety sensors, and the mobile devices that workers use to log inspections, track maintenance tasks, and communicate underground.
An EAM system centralises asset data so that operations, maintenance, and safety teams can make decisions based on real-time information rather than spreadsheets and radio calls. That means knowing exactly which assets are in service, what condition they are in, when they are due for maintenance, and where they are located across multiple sites.
EAM vs. CMMS: what’s the difference?
A computerised maintenance management system (CMMS) focuses specifically on scheduling and tracking maintenance work orders. EAM is broader. It encompasses the entire asset lifecycle — procurement, installation, operation, maintenance, compliance documentation, and decommissioning. A CMMS is often one component within a larger EAM strategy.
For mining operations managing thousands of assets across multiple remote locations, a CMMS alone rarely provides enough visibility. EAM connects maintenance data with procurement records, compliance logs, and operational performance metrics, giving decision-makers a complete picture of asset health and cost.
Why mining operations need a dedicated EAM strategy
Mining is not a typical industrial environment. The combination of scale, geography, and regulatory pressure creates asset management challenges that generic approaches cannot address.
The scale of mining assets
A single mine site can operate hundreds of heavy vehicles, thousands of sensors, and a mobile device fleet that spans handheld scanners, rugged tablets, and vehicle-mounted computers. Multiply that across several sites — some in northern Ontario, others in British Columbia or the territories — and the asset tracking challenge becomes enormous.
Without a centralised EAM approach, maintenance teams at each site often develop their own processes. The result is inconsistent data, duplicated spare parts inventories, and no reliable way to compare asset performance across the operation.
Harsh environments and remote locations
Mining equipment operates in conditions that would destroy standard commercial hardware: extreme cold (–20°C and below), dust, moisture, vibration, and constant physical impact. Mobile devices face the same conditions. A consumer-grade tablet will not survive a shift underground, and a standard smartphone is useless in a processing plant where workers wear heavy gloves.
Remote locations compound the problem. When a device fails at a mine site three hours from the nearest city, you cannot send someone to a retail store for a replacement. You need a plan — pre-staged spares, a logistics process for same-day replacement, and devices that are pre-configured and ready to work the moment they arrive.
Regulatory and safety compliance
Canadian mining operations must comply with federal and provincial safety regulations, environmental standards, and workplace health requirements. EAM systems help by maintaining auditable records of inspections, maintenance activities, and equipment certifications. When a regulator asks for proof that a ventilation system was inspected on schedule, the data needs to be accessible immediately — not buried in a paper logbook at a remote site.
Mobile devices play a direct role here. Workers use handheld devices to complete digital inspection forms, capture photographic evidence, and submit reports in real time. If those devices are unreliable or unavailable, the compliance process breaks down.
Core components of an effective mining EAM system
An EAM strategy is only as strong as its weakest component. These four elements form the foundation.
Asset lifecycle management
Every asset — whether it is a $2-million haul truck or a $1,500 rugged scanner — follows a lifecycle: procurement, deployment, operation, maintenance, and eventual retirement. Lifecycle management means tracking each stage, knowing when an asset is approaching the end of its useful life, and planning replacements before failures occur.
For mobile device fleets, lifecycle management includes staging (configuring devices with the right applications, security policies, and network settings before they reach the field), ongoing maintenance, and secure decommissioning — ensuring that retired devices are wiped to auditable standards so that sensitive operational data does not leave your control.
Preventive and predictive maintenance
Predictive maintenance can reduce maintenance costs by 25–30% and cut breakdowns by 70%. In mining, where unplanned equipment downtime can halt an entire production line, the financial case is clear.
Preventive maintenance follows a fixed schedule — change the oil every 500 hours, inspect the conveyor belt every two weeks. Predictive maintenance goes further by using sensor data and analytics to identify problems before they cause failures. Globally, the predictive maintenance market is projected to grow from USD 13.89 billion in 2026 to USD 23.79 billion by 2031, at a compound annual growth rate of 11.4% (MarketsandMarkets, 2026) — reflecting how broadly the approach is being adopted across heavy industry, including mining and metals.
Both approaches depend on reliable data collection. If the devices that workers use to log maintenance activities are offline, broken, or misconfigured, the data pipeline breaks — and the predictive models lose accuracy.
Real-time monitoring with IoT and mobile devices
Modern mining EAM systems integrate Internet of Things (IoT) sensors on heavy equipment with mobile devices carried by maintenance and operations teams. Sensors track vibration, temperature, fluid levels, and operating hours. Mobile devices give workers access to that data in the field, along with the ability to create work orders, update asset records, and flag issues as they find them.
The challenge is keeping those mobile devices operational in environments that destroy consumer hardware. Rugged devices — purpose-built for industrial conditions — are essential. But even rugged hardware needs management: firmware updates, security patches, application deployments, and replacement logistics when a device reaches the end of its service life.
Data-driven decision-making
EAM generates enormous volumes of data. The value comes from turning that data into decisions: which assets should be replaced this quarter, where are maintenance costs trending upward, which sites have the highest failure rates, and where are spare parts inventories running low.
In a global survey by IoT Analytics, 95% of predictive maintenance adopters reported a positive return on investment. That ROI comes not from collecting data, but from acting on it — and acting on it requires devices and systems that deliver accurate, timely information to the people who make decisions.
How managed mobility supports asset management in mining
EAM systems are only as effective as the devices that feed them data. In mining, where conditions are harsh and sites are remote, keeping mobile devices operational is a distinct challenge that requires its own management strategy.
Rugged devices for underground and extreme conditions
Standard commercial devices fail quickly in mining environments. Dust infiltrates ports and screens. Cold temperatures drain batteries and crack displays. Drops onto rock surfaces destroy unprotected hardware. Mining operations need devices rated for these conditions — ruggedised handhelds, tablets with Gorilla Glass and IP67 or IP68 enclosures, and vehicle-mounted computers designed for constant vibration.
Strategic sourcing for mining means selecting devices from manufacturers with proven industrial track records. As a Premier Zebra Technologies partner, PiiComm works with operations that rely on Zebra scanners, Honeywell handhelds, and rugged tablets built to operate in –20°C conditions — the same devices used in Canadian transportation, warehouse, and manufacturing environments where equipment failure is not an option.
Mobile device management (MDM) for field teams
Deploying rugged devices is only the beginning. Each device needs to be configured with the correct applications, security policies, and network settings — and those configurations need to be managed continuously as software updates roll out, security threats evolve, and operational requirements change.
MDM as a Service (MDMaaS) provides centralised control over the entire mobile fleet. For mining operations, this means the ability to push a new safety inspection application to 200 devices across three sites simultaneously, enforce encryption policies on devices that access sensitive geological data, and remotely lock or wipe a device that is lost underground.
Without MDM, each site manages its own devices independently — creating inconsistencies in security posture, application versions, and compliance documentation.
Device lifecycle management across remote sites
Consider a mining operation with 200+ handheld devices spread across three remote sites in northern Ontario. A Zebra scanner used for underground inspections takes a hard fall and the screen shatters. The nearest electronics retailer is a four-hour drive away. The maintenance technician who lost the device cannot complete their inspection round, which means a compliance gap in the daily safety log.
With a managed mobility programme that includes Spare-in-the-Air — pre-staged replacement devices shipped same-day — the operation looks different. PiiComm ships a pre-configured replacement device from its Canadian staging facility. The device arrives the next business day, already loaded with the correct applications, MDM policies, and network credentials. The technician swaps the broken device for the replacement and is back to work within minutes. The broken device is returned, assessed, and either repaired or securely decommissioned with certified NIST 800-88 data erasure.
That process — sourcing, staging and deployment, break-fix logistics, and secure retirement — is device lifecycle management applied to the specific demands of remote industrial operations.
Measurable benefits of EAM in mining
When EAM is implemented effectively — with the right software, devices, and management processes — the results are measurable.
Reduced unplanned downtime
Unplanned downtime is the single most expensive problem in mining operations. Every hour that a critical asset sits idle costs the operation in lost production, idle labour, and cascading delays. Predictive maintenance, enabled by reliable IoT sensors and mobile data collection, catches problems before they become failures. When the devices feeding those systems are themselves managed proactively — with pre-staged replacements and remote configuration — the data pipeline stays intact.
Lower maintenance costs
Shifting from reactive to preventive and predictive maintenance reduces emergency repair costs, extends equipment life, and optimises spare parts inventory. The 25–30% reduction in maintenance costs reported by Deloitte (2024) reflects the combined impact of better scheduling, earlier fault detection, and fewer catastrophic failures.
For mobile device fleets specifically, lifecycle management reduces costs by ensuring devices are replaced on a planned schedule rather than in response to failures — and by recycling or reselling devices that still have residual value rather than discarding them.
Improved safety and compliance
Reliable mobile devices allow workers to complete safety inspections digitally, in real time, with photographic evidence and GPS-stamped timestamps. This creates an auditable compliance record that paper-based systems cannot match. When devices are managed centrally through MDM, security policies are enforced consistently across every site — reducing the risk of data breaches or compliance gaps.
How to choose the right EAM approach for your mining operation
Not every mining operation needs the same EAM configuration. The right approach depends on the number of sites, the size and diversity of the asset fleet, the regulatory environment, and the maturity of existing maintenance processes.
Start with these questions:
- Asset visibility: Do you have a centralised view of every asset across all sites, or does each site maintain its own records?
- Maintenance strategy: Are you primarily reactive (fixing things when they break) or have you implemented preventive and predictive programmes?
- Mobile device management: Are your field devices managed centrally, or does each site handle its own deployments, updates, and replacements?
- Compliance documentation: Can you produce auditable inspection and maintenance records on demand, or does pulling that data require manual effort?
- Device logistics: When a device fails at a remote site, how long does it take to get a replacement into a worker’s hands — hours, days, or weeks?
If the answers reveal gaps — particularly in mobile device management and replacement logistics — those gaps directly affect the reliability of your EAM data and, by extension, every decision that depends on it.
How PiiComm helps mining companies manage mobile assets
PiiComm’s expertise is in managed mobility — managing the full lifecycle of enterprise mobile devices, from strategic sourcing through secure decommissioning. While mining is not a named PiiComm vertical, the operational challenges mining companies face with their mobile device fleets — rugged hardware requirements, remote site logistics, centralised MDM, and compliance documentation — are the same challenges PiiComm addresses across manufacturing, field services, and warehouse environments every day.
With 500,000+ devices managed across thousands of Canadian locations and nearly two decades of managed mobility operations, PiiComm brings operational scale and proven logistics to industries where device downtime is not an inconvenience — it is a production and safety risk.
What that looks like in practice:
- Rugged device sourcing: As a Premier Zebra Technologies partner, PiiComm sources and configures devices built for extreme conditions — Zebra scanners, Honeywell handhelds, and rugged tablets rated for –20°C operation, dust, and impact.
- Pre-configured staging and deployment: Devices arrive at your site ready to work — loaded with your applications, MDM policies, and network credentials through PiiComm’s Canadian staging and deployment facilities.
- Spare-in-the-Air: Pre-staged replacement devices shipped same-day from Canadian inventory, so a broken device at a remote site does not mean a worker without a tool.
- AIM portal: The Asset Intelligence Manager (AIM) portal provides real-time visibility into your entire device fleet — where every device is, what condition it is in, and when it is due for replacement.
- 24/7 bilingual support: A Canadian service desk staffed in English and French, available around the clock — not a call centre overseas operating on a different time zone.
- Device as a Service** (DaaS):** Convert unpredictable device capital expenditures into a predictable monthly operating cost that includes hardware, staging, MDM, and ongoing support.
Key takeaways
Enterprise asset management in mining depends on reliable data — and reliable data depends on devices that work in the harshest conditions, at the most remote sites, without gaps. A strong EAM strategy combines predictive maintenance, real-time IoT monitoring, and centralised asset tracking. But the mobile devices feeding those systems need their own lifecycle management: rugged hardware, centralised MDM, pre-staged replacements, and secure decommissioning. When the device layer is managed proactively, the entire EAM system performs better — and downtime, maintenance costs, and compliance risks all go down.
No time for downtime. Talk to a mobility expert about managing your mining device fleet. Contact PiiComm.
Frequently asked questions
What is enterprise asset management?
Enterprise asset management (EAM) is the practice of managing the complete lifecycle of an organisation’s physical assets — from acquisition and deployment through operation, maintenance, and retirement. EAM systems centralise asset data, automate maintenance scheduling, track compliance documentation, and provide analytics to support capital planning decisions. In mining, EAM covers everything from heavy equipment and infrastructure to the mobile devices that workers use for inspections and data collection.
How does asset management software work in mining?
Asset management software in mining connects data from IoT sensors on equipment, mobile devices carried by workers, and operational systems into a single platform. Maintenance teams use the software to schedule preventive work, track asset condition, manage spare parts inventory, and generate compliance reports. Workers in the field use rugged handheld devices or tablets to access work orders, log inspections, and update asset records in real time — even at remote or underground sites.
What are the main challenges in the mining industry?
Mining faces several interrelated challenges: managing assets spread across remote and geographically dispersed sites, operating equipment in extreme environmental conditions (cold, dust, moisture, vibration), maintaining regulatory and safety compliance across multiple jurisdictions, controlling maintenance costs on high-value equipment, and keeping mobile technology operational in conditions that destroy standard commercial hardware. Unplanned downtime remains the single most expensive operational challenge, with industrial operations collectively losing an estimated $50 billion per year.
What is remote asset management?
Remote asset management refers to the ability to monitor, maintain, and manage assets at locations that are geographically distant from central operations — without requiring on-site technical staff for every task. In mining, this includes remotely monitoring equipment health through IoT sensors, managing mobile device configurations through cloud-based mobile device management (MDM) platforms, and using logistics programmes like Spare-in-the-Air to deliver replacement devices to remote sites same-day without maintaining large local inventories.
How do you track and manage hardware assets?
Hardware asset tracking starts with a centralised asset register that records every device — serial number, model, location, assigned user, configuration, warranty status, and maintenance history. MDM platforms automate much of this for mobile devices, providing real-time visibility into fleet status, software versions, security compliance, and device health. For mining operations with devices across multiple remote sites, a managed mobility partner can provide fleet-wide visibility through portals like PiiComm’s AIM portal, which consolidates device data across all locations into a single dashboard — eliminating the need for manual spreadsheets and site-by-site tracking.