Acquiring assets like machinery and vehicles is a major business milestone. Holding onto those assets—and using them efficiently—is often the more challenging part. Investing in asset tracking can help.
Asset tracking software and tools help reduce loss and theft, prevent assets from sitting idle, and provide operational insights that support purchasing, maintenance, and resource allocation decisions. Properly implemented, asset tracking can lead to real cost savings, such as lower maintenance expenses and less equipment loss.
In this guide, you’ll learn how asset tracking works, which technology fits your business needs, and proven practices for reducing equipment loss while improving operational efficiency.
What is asset tracking?
Asset tracking refers to monitoring the location, status, condition, and usage of your company’s physical assets, including equipment, vehicles, tools, and IT hardware. To track these items, businesses typically use methods like QR codes, radio frequency identification (RFID), and GPS sensors. Depending on the technology, these asset tracking systems provide real-time or near-real-time visibility into an asset’s location and, in some cases, who is using it.
Some businesses—particularly those in technology, media, and design—also use asset tracking to manage digital assets, like licensed software, proprietary design files, or cloud-based infrastructure tied to specific teams or projects.
Why is asset tracking important?
For many businesses, fixed assets—assets a business purchases with the expectation of retaining them for more than 12 months—represent a significant capital investment. Without reliable asset data, items that appear on a balance sheet may actually be lost, stolen, or broken. Over time, these blind spots can inflate costs and distort financial decision-making.
Asset-tracking solutions address four key business needs:
1. Financial reporting. Effective asset tracking ensures your company’s valuation is accurate for tax and insurance purposes.
2. Regulatory compliance. Asset management supports compliance with safety and industry standards that require proof of regular inspection and maintenance.
3. Theft prevention. GPS asset trackers and location data can help establish a clear chain of custody, keeping teams accountable for the equipment they use.
4. Overall operational efficiency. Tracking asset usage patterns and locations helps optimize asset performance across your organization, so equipment is available when and where it’s needed—without unnecessary replacement or downtime.
Because asset data often feeds financial reporting, maintenance planning, or project workflows, consider how asset tracking systems integrate with existing accounting software, enterprise resource planning (ERP) systems, or project management tools.
Asset tracking vs inventory tracking
While asset tracking focuses on long-term, high-value items that support operations (e.g., machinery, laptops, or vehicles), inventory tracking manages goods intended for sale or consumption, including raw materials and finished products.
Assets are used to run the business, whereas inventory is sold, transformed, or replenished as part of day-to-day commerce. Confusing the two can lead to inaccurate financial reporting and inefficient resource planning.
Depending on the scale of your organization, asset management and inventory management may be handled by the same or different departments. Large organizations may assign multiple dedicated roles to oversee asset management and inventory management separately, while ecommerce startups operating with minimal staff may rely on a single person to monitor both.
Popular asset tracking technologies
- Radio frequency identification (RFID) tags
- GPS asset tracking systems
- Bluetooth Low Energy (BLE) beacons
- Barcode and QR code tracking
- Real-time location systems (RTLS)
Given how valuable assets are, many companies invest in tracking technologies to gain visibility into asset usage and location. Implementation complexity varies by technology. Simpler systems, like barcode or QR code tracking, can often be deployed quickly with minimal setup, while options like Bluetooth Low Energy (BLE), GPS, or real-time location systems (RTLS) may require more configuration, hardware installation, or ongoing management.
Here are some of the most popular tracking systems—from simple identification methods to real-time location solutions—to optimize asset utilization.
Radio frequency identification (RFID) tags
RFID uses electromagnetic fields to automatically find and track tags attached to objects. Unlike barcodes, RFID does not require a direct line of sight.
RFID is commonly used in environments where assets move frequently or need to be scanned in bulk, such as warehouses, manufacturing facilities, or large equipment pools.
How it works: An RFID reader emits radio waves. When a tag comes within range, it transmits data back to the reader. The system then sends this data to asset management software, which updates the status of the company’s assets.
Pros:
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Allows for rapid cycle counts of hundreds of items at once
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Highly durable tags
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Reduces human error and manual data entry
Cons:
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Costly initial purchase of RFID readers
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Metal and liquids can produce signal interference
GPS asset tracking systems
GPS asset tracking systems use the Global Positioning System—a satellite‑based navigation system—to provide near-real-time visibility into the location of outdoor or mobile assets.
GPS tracking is commonly used by mobile or field-based teams for outdoor assets or those that move across wide geographic areas, such as vehicle fleets, trailers, or shipping containers.
How it works: Asset tracking devices equipped with GPS modules receive signals from satellites to calculate their coordinates. They transmit this information via cellular or satellite networks to a centralized software database.
Pros:
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Provides location visibility across large geographic areas
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Well-suited for tracking vehicles, trailers, or high-value shipping containers
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Helps reduce theft and asset loss by flagging unauthorized movements
Cons:
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Tracking devices consume significant battery power
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Accuracy degrades in urban canyons, indoors, underwater, or under dense foliage
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May require ongoing data subscription fees
Bluetooth Low Energy (BLE) beacons
BLE is a short-range wireless technology commonly used for indoor asset tracking. It’s increasingly part of real-time location systems in environments where GPS is ineffective.
BLE beacons are commonly used in indoor environments where room-level or zone-level visibility is sufficient, such as offices, hospitals, warehouses, or retail backrooms.
How it works: BLE beacons (small tracking devices) transmit signals at regular intervals. Dedicated gateways—or, in some cases, smartphones—pick up these signals to identify assets within a specific room or zone.
Pros:
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Excellent for indoor asset and inventory tracking
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Low power consumption
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Cost-effective for long-term asset monitoring
Cons:
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Limited range (typically under 100 meters)
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Requires a dense network of receivers for high positional accuracy
Barcode and QR code tracking
Scanning barcodes is one of the older asset tracking methods, but remains widely supported by modern asset management software, including systems that also support QR codes. Unlike radio-based asset tags, barcode and QR code systems rely on manual scans to collect data and track asset movement.
Barcode and QR code tracking is commonly used in lower-volume or cost-sensitive environments, where manual scans can be incorporated into regular workflows, such as small offices, schools, or light equipment inventories.
How it works: Teams label assets with barcodes or QR codes that are scanned manually using mobile devices. Asset management software, often integrated with accounting software or inventory systems, stores the data.
Pros:
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Cheaper than BLE, GPS, and RFID systems, giving you the benefits of asset tracking at significant cost savings
Cons:
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High reliance on manual scans increases the chances of human error
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Incompatible with real-time tracking since you can track assets only when they’re scanned
Real-time location systems (RTLS)
RTLS takes an integrated approach to asset tracking, combining multiple radio-based asset tracking technologies and storing the resulting data in a unified software solution.
RTLS is commonly used in complex, asset-dense environments that require continuous location visibility, such as health care facilities, manufacturing plants, or large institutional campuses.
How it works: RTLS combines multiple tracking protocols—including Wi-Fi, BLE, RFID, and ultrasound—to deliver real-time or near-real-time location visibility within defined environments.
Pros:
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Lets you harness the power of multiple technologies to track assets, manage equipment usage, and evaluate asset utilization
Cons:
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Implementation may be complex
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Requires robust infrastructure to make asset tracking work
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May be too costly for small businesses
Best practices for asset tracking
Asset tracking can enable more informed, data-driven decision-making and help your business maintain regulatory compliance. Here are five best practices to help you get the most from your asset tracking efforts:
1. Track assets across the full asset life cycle. Monitor assets from acquisition to disposal to maintain accurate records, assess asset performance over time, and support long-term planning.
2. Use collected data to improve asset utilization. Analyze usage patterns to identify underused or idle assets, reduce excess inventory, and make smarter resource allocation decisions.
3. Standardize asset tagging protocols. Establish a uniform method for how asset tags are applied and recorded across departments. This becomes particularly important as you scale and add more assets.
4. Prioritize compliance- and risk-sensitive assets. Apply stronger controls and monitoring to regulated or high-risk items to support compliance and minimize operational risk. For example, a health care company stands to gain more from tracking critical medical equipment than from tracking office supplies.
5. Set up automated alerts. Use your asset management software to create automated triggers based on usage or time intervals. For example, an alert when a delivery vehicle stops reporting location data for 24 hours can flag potential equipment or connectivity issues before they cause downtime.
Asset tracking FAQ
What is meant by asset tracking?
Asset tracking refers to monitoring the location, status, usage, and condition of your company’s assets throughout their life cycle, from acquisition to disposal.
How do I track my assets?
You can track assets by tagging them with barcodes, RFID, GPS, or Bluetooth devices and monitoring their location, usage, and status through the use of asset management software. The level of automation and visibility depends on your tracking technology.
What is the best asset tracking software?
There’s no single best asset tracking software for every business. The right choice depends on your organization’s scale, asset types, and tracking needs. Many businesses use tools like Asset Panda, EZO, or AssetTiger. Look for software that offers robust security measures, can scale as your asset base grows, and is compatible with your existing systems.
