Oil and gas asset tracking: challenges, technologies and common mistakes to avoid

Oil and gas fleet management uses advanced digital tools like telematics and real-time tracking to monitor, maintain and optimize vehicles, equipment and assets. In high-risk, remote environments, even minor downtime or inefficiency can cost thousands per hour. 

For fleet managers for oil and gas responsible for expensive equipment in hazardous environments, this visibility is foundational to keeping crews safe and projects on schedule. In this guide, you will learn the challenges oil and gas fleets face, how to manage them, the role of telematics and asset tracking and strategies to improve uptime and control costs.

What is oil and gas asset tracking? 

Oil and gas fleet management is the process of overseeing all vehicles, equipment and assets used across exploration, drilling, production and transportation. Unlike general fleet management, oil and gas operations require tools that can withstand harsh environments and maintain visibility over assets spread across vast remote regions.

Challenges of tracking assets in oil and gas

Oil and gas operations face tracking hurdles that most other industries never encounter. The combination of extreme environments, strict regulatory requirements and geographically distributed assets creates a level of complexity that even the best standard equipment tracking software is not designed to handle. 

Harsh and remote environments

Oil and gas operations often take place in rugged, remote regions where fleets face extreme weather, limited infrastructure and challenging terrain. These environments can lead to equipment breakdowns, delayed maintenance and serious accessibility issues.

Consumer-grade trackers fail quickly in these conditions. Exposure to extreme temperatures, constant vibration, moisture, dust and contact with chemicals degrades hardware not made for the field. For assets operating near flammable gases or volatile materials, Intrinsically Safe (IS) certification, which confirms a device will not ignite, is a must-have.

Regulatory and safety compliance

The industry operates under strict health, safety and environment (HSE) and emissions regulations. Failure to comply can lead to hefty fines and operational delays. According to OSHA, there is a maximum fine of $16,550 per violation Open in new window. In 2023, OSHA issued $1.6 million Open in new window in penalties to the oil and gas sector. 

Regulations from DOT, EPA, OSHA and CARB each impose documentation requirements for inspections, certifications and maintenance events. Manual record-keeping makes it difficult to demonstrate compliance during audits, and a single missed inspection can trigger a work stoppage. 

This is why the ability to produce a complete, timestamped audit trail on demand is one of the most practical benefits a tracking platform can deliver for oil and gas fleet safety programs. 

Equipment downtime and unplanned maintenance

Unplanned downtime from equipment failure is a major source of lost production and high costs. With some downtime costing fleets up to $760 a day Open in new window, catching mechanical issues before they escalate is critical for protecting productivity and safety.

On remote sites, the cost of a breakdown goes well beyond the initial repair. Mobilizing parts and technicians to isolated locations adds hours, and sometimes days, to recovery time. Real-time condition monitoring shifts teams from reactive repairs to preventive scheduling, reducing the likelihood of failures.

Complex data integration 

Companies often use separate systems for different operational functions — from dispatch to inspections — creating data silos that prevent a unified view of fleet performance. This fragmented approach can lead to missed opportunities for optimization, delayed reporting and poor decision-making.

Adopt an open-platform telematics solution that integrates seamlessly with your maintenance, ERP and compliance systems. Centralizing data allows for more robust analytics, better cross-team collaboration and faster responses to issues.

Geopolitical and economic instability 

Fluctuating global oil prices impact capital spending, while geopolitical events — such as trade sanctions, regional conflicts or blockades of key shipping routes — require adaptive logistics and real-time fleet monitoring to ensure operational continuity.

Fleets must be prepared to pivot quickly while maintaining high safety and compliance standards.

Labor shortages

Many fleets struggle to recruit and retain qualified drivers, technicians and equipment operators, especially in rural areas where demands are highest. As experienced workers retire, organizations are turning to telematic methods and advanced diagnostics to bridge the skills gap and maintain high safety and productivity standards.

These technology investments help less experienced crews make data-driven decisions, automate routine compliance tasks and reduce the risk of human error in critical processes. 

Over time, companies that proactively adopt digital tools and training programs are better positioned to mitigate the impact of labor constraints on fleet performance.

Oil and gas asset tracking technologies 

No single technology covers every asset type and site condition when it comes to oil and gas asset tracking. The right solution depends on what you are tracking, where it operates and how frequently you need updates. Most operations benefit from a combination of approaches.

GPS tracking

GPS provides real-time location data for both powered and non-powered assets by communicating with satellites to pinpoint positions. For powered vehicles, GPS devices draw from the vehicle's power supply for continuous updates. For non-powered equipment like trailers, containers and skids, battery-powered GPS trackers can provide coverage. 

Satellite-based GPS extends coverage to remote areas where cellular networks are unavailable, making it the baseline technology for most oil and gas deployments. Key variables to evaluate here include: 

• Update frequency 
• Battery life for non-powered assets
• Power source required for different environment types

The Geotab GO Rugged is purpose-built for these environments, offering reliable tracking in conditions that would degrade standard hardware. 

RFID tracking

Radio Frequency Identification (RFID) identifies tagged assets when they pass within range of a reader, making it well suited for environments where assets move through defined checkpoints like yard gates, warehouse entry points or staging areas. 

Common use cases include: 

• Tool tracking in yards
• Parts inventory management
• Site gate check-ins

The key limitation here is proximity. RFID does not provide continuous location data for assets once they leave reader range. It is most effective as a complement to GPS instead of a standalone field tracking solution. 

IoT sensors and condition monitoring

Internet of Things (IoT) sensors go beyond location to track the physical condition of an asset: 

• Temperature 
• Pressure 
• Vibration
• Fluid levels
• Run hours

This data feeds directly into preventative maintenance programs, flagging potential failures before they cause downtime. Remote fleet management platforms that incorporate sensor data can monitor equipment health from a central dashboard, regardless of how far the asset is from the nearest office. 

Connectivity is a prerequisite here. Sensors require either cellular or satellite data transmission to deliver real-time updates, which adds infrastructure considerations for ultra-remote sites.

Satellite communication

For assets in offshore platforms, pipeline rights-of-way or other locations beyond cellular range, satellite communication is often the only reliable option. It delivers tracking and condition data where no other network reaches. 

The trade-offs are painful, though. Satellite data transmission costs more than cellular, and update frequency is typically lower. Hybrid solutions like Geotab's GO Anywhere asset tracker that switch automatically between cellular and satellite connectivity offer a cost-effective middle ground, using a cheaper network and falling back to satellite when needed. 

Benefits of oil and gas asset tracking

Oil and gas operations are high-risk, capital-intensive and geographically complex. A strong fleet strategy helps companies cut costs, increase uptime and strengthen safety while staying agile in a volatile market.

Leading fleets are already gaining a competitive edge by using advanced telematics and asset tracking systems to operate more efficiently, respond faster to change and uncover new areas for savings.

Increased equipment uptime 

Unplanned downtime can cost up to $200,000 an hour Open in new window. That is why leading fleets focus on predictive maintenance and real-time visibility to keep operations running. 

Real-time location data eliminates time spent searching for equipment, getting it back into service faster. When a manager can see exactly where a generator or pump is located instead of dispatching someone to find it, those time savings compound across every shift. 

Condition monitoring data like engine hours, temperature readings and fault codes allow for preventative maintenance driven by actual usage instead of arbitrary calendar dates. Research suggests preventative maintenance programs can increase vehicle uptime by up to 25% Open in new window and save $2,000 per vehicle per year by cutting maintenance costs. 

Lower risk of theft and loss

High-value portable equipment like drill bits, pumps, generators and compressors are frequent theft targets on active sites and in transit. GPS tracking with geofencing (virtual boundary alerts) delivers immediate notifications when an asset moves outside an approved area without authorization. 

Beyond theft prevention, detailed tracking records support insurance claims and recovery efforts when equipment does go missing. A timestamped location history provides documentation that manual logs simply cannot match. 

Improved fleet safety and compliance records

Fleet management tools help these organizations protect their workers, vehicles and high-value equipment, especially in rugged environments where risk levels are high. 

Tracking platforms create a digital audit trail for every automated inspection, certification and maintenance event: 

• Automated documentation simplifies regulatory audits and eliminates manual error gaps.
• Managers can also flag assets overdue for inspection before they are deployed to a site. 
• Driver behavior monitoring helps safety managers identify risky behaviors before they become collisions.

Better utilization of equipment and operating costs

Fuel, downtime, fleet refueling and maintenance represent a huge portion of operating costs for these fleets. These solutions help reduce unnecessary expenses through data and proactive monitoring. 

By identifying inefficiencies and automating reporting, these tools help reduce fuel burn, extend equipment life and streamline compliance tasks, ultimately lowering total fleet costs.

Tracking data also reveals which assets are actively working and which are sitting idle. This visibility enables operations teams to redeploy underused equipment across sites instead of renting or purchasing additional units — a direct reduction in capital expenditure and rental costs. 

Say you have a fleet that has identified 20% to 30% idle capacity in its equipment pool. It can reallocate those assets to active projects, cutting rental spend without compromising productivity. Combined with better route optimization and fleet refueling management, the savings add up quickly, especially for a large organization. 

Improved operational efficiency

For oil and gas fleet managers, centralized visibility reduces the administrative burden on field teams and speeds up decisions about equipment deployment, maintenance scheduling and logistics. When everyone works from the same data, coordination improves and the back-and-forth that slows projects down decreases. 

Integrating tracking data with a Computerized Maintenance Management System (CMMS) or Enterprise Resource Planning (ERP) platform amplifies these gains further. Reviewing fleet costs holistically, across fuel, maintenance and utilization, gives leadership a clearer picture of where to invest and where to cut. 

Common mistakes in oil and gas asset tracking

Selecting the right technology is only the first step. Implementation strategy and hardware choice matter equally, and mistakes made during the rollout undermine the value of an otherwise solid platform. 

Relying on a single tracking technology

A GPS-only approach works well for over-the-road vehicles but leads to gaps for yard-level inventory, hand tools and assets that move through fixed checkpoints. Conversely, RFID alone cannot track equipment once it leaves the reader's range. 

Combining oil and gas management software is the key to complete coverage: 

• GPS for field assets
• RFID for yard management
• IoT sensors for conditional monitoring

A one-size-fits-all approach across different asset classes creates blind spots that defeat the purpose of tracking in the first place.

Skipping staff training

A tracking platform is only as good as the people using it. Field teams that do not understand how to use the system correctly or see it as extra work rather than a helpful tool will work around it. 

Compound failure points include: 

• Unscanned RFID tags
• Uncharged or misplaced tracking devices
• Ignored alerts

Building a structured onboarding and training process into the implementation plan, not as an afterthought, is one of the highest returns on investment an organization can make when rolling out new tracking tools.

Underestimating total cost of ownership

Hardware is the most visible line item, but it represents only part of the total cost of ownership (TCO). Make sure to also include: 

• Connectivity costs
• Software licensing
• Ongoing maintenance
• Device replacement 

Calculate TCO over a three- to five-year period and measure return on investment against avoided downtime, reduced theft, lower rental spend and fewer compliance penalties, not just upfront hardware price. Operations that focus solely on sticker price often underinvest in connectivity or software and are stuck with an incomplete solution.

Choosing hardware not rated for the environment

Standard commercial hardware trackers degrade quickly in oilfield conditions because of the extreme heat, freezing temperatures, chemical exposure and constant vibration. This leads to data gaps and hardware failures that disrupt operations at the worst possible time. 

Look for devices with:

• IP67 or IP68 ratings: These are sealed against water and dust. 
• ATEX or IECEx certification: These are for use in explosive atmospheres and provide verified performance across extreme temperature ranges. 

Hardware that meets these standards costs more upfront but lasts significantly longer and delivers the continuous data availability that oil and gas operations need.  

Improve visibility and uptime with oil and gas asset tracking

The right oil and gas asset management software, built on ruggedized hardware, the optimal mix of technologies and a platform that connects data across your organization, gives your team the visibility needed to perform well. 

Geotab's solutions for the oil and gas industry are designed to thrive in exactly these conditions, offering anything from ruggedized hardware to open platforms that integrate with systems you already run. See how it works for your operations today.