9 best asset tracking technologies for optimized efficiency

Keeping track of physical assets used to be a headache, since manual, spreadsheet-based methods compounded errors and slowed down daily operations. Asset tracking is the practice of monitoring the location, status, and use of physical assets so businesses can cut losses and work more efficiently.

Modern asset tracking gives teams smarter, real-time ways to monitor assets, reduce losses, and tighten operations. In sectors like warehousing, logistics, and manufacturing, the right technology turns guesswork into visibility. Retail asset tracking, for instance, helps stores account for goods across every location. The global IoT-based asset tracking and monitoring market is projected to grow from $5.0 billion in 2024 to $9.2 billion by 2029, according to MarketsandMarkets.

Keep reading to learn about some common tools and methods for real-time asset tracking.

Key takeaways

• The nine asset tracking technologies in this guide trade off cost, range, and accuracy, so the best fit depends on facility size and budget.
• Retail asset tracking curbs shrinkage and speeds up returns by showing where goods sit from warehouse to shelf.
• RFID enables bulk, hands-off scanning across large operations, while barcodes stay the cheapest and simplest option to deploy.
• Fishbowl pairs barcode scanning with QuickBooks to give teams real-time visibility into asset locations and costs.

9 asset tracking technologies

Plenty of asset tracking systems are available, but they aren’t created equal. Here’s an overview of the most popular ways to manage assets and track their locations.

1. Bluetooth Low Energy

Bluetooth Low Energy (BLE) transmits low-power radio signals between small battery-powered tags and nearby receivers. These tags broadcast their unique IDs at intervals, and the receivers pick up these signals to determine the tag’s location inside the facility.

Pros

• Energy-efficient tags last longer, reducing maintenance
• Easily integrates with mobile devices and most inventory management systems
• More affordable than indoor tracking alternatives like UWB

Cons

• Signal range is typically limited to 100 meters or less, making it less effective for large or open facilities
• Interference is common in environments with heavy machinery, metal shelving, or concrete walls
• Requires a dense network of receivers throughout the area for accuracy

2. Wi-Fi

To track assets with Wi-Fi, you equip them with Wi-Fi-enabled tags or devices. These tags connect to your facility’s existing Wi-Fi access points. The system estimates the asset’s live location by measuring the signal strength from access points.

Pros

• Easy and inexpensive to implement since it leverages existing Wi-Fi systems
• Provides frequent location updates for real-time visibility
• Compatible with many mobile devices and inventory software

Cons

• Less energy-efficient than alternatives like BLE, increasing costs
• Presents potential security risks if the network isn’t properly secured
• Accuracy depends on network stability and coverage

3. Barcodes

Barcodes encode asset information into a pattern of black and white lines or squares. Workers scan these into the system to log each asset’s location. Once assets have been scanned, you can easily look up their details and locations in your inventory database.

Pros

• Low-cost and straightforward implementation
• No power needed for tags
• Scannable with handheld readers or smartphones

Cons

• Requires manual scanning, so there’s no real-time tracking
• Labels can degrade or become unreadable over time
• Human errors during scanning or data entry can compound, leading to inaccurate inventory records

4. Radio-frequency identification

Radio-frequency identification (RFID) uses radio waves to communicate between a tag and a reader. There are two kinds of RFID tags: active tags, which use their own battery to broadcast signals, and passive tags, which rely on the reader’s signal to power them. Readers pick up signals from these tags to identify and locate assets, even when they’re not in direct sight.

For example, a reader placed in a doorway can detect assets moving in or out without manual scanning. The National Retail Federation reports that RFID can reach inventory accuracy rates of over 98%, with American Eagle Outfitters improving from 95% to 99% after deploying it across more than 500 stores.

Pros

• Automatic bulk scanning enables high-volume inventory tracking
• Easily scalable across large facilities or multiple locations
• Speeds up inventory processes and cuts manual scanning steps

Cons

• Higher initial cost compared to barcode systems; Location data is often vague
• Identifies when a tag is within range of a reader but can’t precisely pinpoint its exact location
• Performance can be disrupted by metals or liquids through electromagnetic interference

5. Long Range Wide Area Network

Long Range Wide Area Network (LoRaWAN) tags send small data packets of low-frequency radio waves over long distances to LoRa gateways. This allows you to track assets spread over large outdoor areas or remote sites with limited cellular coverage.

Pros

• Covers large geographic areas with fewer gateways (useful for industries that manage field equipment or remote assets, like agriculture and construction)
• Lower infrastructure costs compared to cellular tracking alternatives
• Reliably transmits data in crowded environments (LoRa signals cut through noise and physical obstructions better than high-frequency systems)

Cons

• Low bandwidth means LoRa updates only happen periodically, which can make asset location tracking imprecise
• Inadequate for live monitoring, because data transfers slowly and real-time visibility is limited
• Interference becomes more likely as more industries adopt this technology

6. Global Positioning System

Global Positioning System (GPS) devices receive satellite signals to calculate an asset’s precise latitude-longitude coordinates. They then transmit location data via cellular or satellite networks, enabling real-time tracking over wide areas.

Pros

• Well-suited for tracking industrial assets over vast outdoor distances, and essential for fleet management and logistics
• Widely used and understood, so your team is less likely to face a steep learning curve
• Real-time, accurate updates simplify location tracking

Cons

• Requires high visibility; Satellites can’t penetrate solid structures, so performance drops in tunnels, dense forests, and underground or indoor environments
• Satellite disruptions may occur and can’t be corrected by end users
• GPS devices can drain batteries quickly, increasing maintenance needs

7. Ultra-wideband

Ultra-wideband (UWB) transmits short, high-frequency pulses over a broad spectrum. By measuring the time it takes for these pulses to travel between tags and sensors, UWB can triangulate the precise position of an asset.

Pros

• Extremely accurate indoor tracking, within inches or even centimeters
• Resistant to interference from solid objects and overlapping radio signals
• Fast, secure data transmission

Cons

• Higher initial costs, including infrastructure setup
• Shorter range than other options, making it less effective for large facilities
• Requires a dense sensor network to maintain accuracy.

8. Near-field communication

Near-field communication (NFC) uses short-range radio waves to help tags and readers communicate when they’re just a few centimeters apart. Tags are typically embedded in labels or devices, and users trigger a scan by tapping a reader or smartphone against them.

Pros

• Inexpensive and easy to deploy
• No power needed for NFC tags because they’re passive
• Secure, short-range data exchange

Cons

• Due to NFC’s limited range, scans require close physical interactions
• Not suitable for bulk scanning due to one-at-a-time tag reading
• Tags can wear out or become damaged with frequent handling

9. Cellular tracking

Cellular tracking devices use built-in cellular radios to send data over mobile networks. These devices may use GPS to determine their location and status, then upload that data in real time via 3G, 4G, or 5G networks to an inventory management platform.

Pros

• Ideal for tracking mobile assets over large geographic areas
• Real-time updates are available anywhere with cellular coverage
• No need for local infrastructure like readers or gateways.

Cons

• Ongoing cellular data fees add up quickly
• Battery life can be short due to constant data transmission
• Coverage gaps may occur in remote or obstructed areas

Why is asset tracking important?

Efficient asset tracking gives you more than visibility. It offers the control you need to optimize operations and protect your bottom line. Here’s how:

• Reduced loss and theft: With real-time monitoring, you always know where your assets are. This visibility deters theft and helps you recover missing items faster. U.S. retailers’ average shrink rate reached 1.6% of sales in FY2022, or $112.1 billion, according to the National Retail Federation’s 2023 National Retail Security Survey. Combining retail loss prevention strategies with asset tracking means tighter security and fewer write-offs.
• Improved operational efficiency: When you track assets accurately, your team spends less time searching for the items they need and more time getting the job done. Automated tracking also reduces manual data entry, freeing up staff and cutting the costly errors that slow down workflows.
• Better maintenance and asset lifespan: Tracking helps you stay on top of preventive maintenance for fixed assets like machinery. You can set usage-based alerts or service schedules to avoid equipment failure and downtime. Over time, this leads to longer asset lifespans and lower replacement costs.

Which industries use asset tracking?

Here’s how different industries put asset tracking technology to work:

• Manufacturing: Manufacturers track assets like tools, machinery, and raw components to improve inventory management and optimize production cycles.
• Construction: Construction companies monitor equipment inventory across multiple sites. This reduces theft and loss, improves equipment utilization, and keeps projects on schedule.
• Retail: Retail asset tracking helps stores follow inventory assets from warehouse to shelf, curb shrinkage, and speed up returns, so stores keep enough stock on hand to meet customer demand.
• Logistics: Tracking shipments, containers, and delivery vehicles provides end-to-end visibility. This allows logistics providers to optimize routes and enhance customer service by offering more accurate delivery times.

How does Fishbowl help with asset tracking?

Fishbowl’s inventory management software provides real-time updates on asset locations, usage, and availability. It’s compatible with barcode scanning technology, which simplifies tracking for manufacturers, retailers, and other industries. And with broader, more accurate asset visibility, Fishbowl helps you improve accountability across your operations.

Fishbowl AI Insights lets you generate custom reports in plain language, without SQL or custom report requests, alongside integration with accounting tools like QuickBooks. Together, these features deliver detailed insights into asset performance and costs, helping you make smarter decisions that boost efficiency.

For example, Mendingshed, an appliance repair and spare parts business in Orem, Utah, cut order-picking time from two hours to about 15 minutes per 100 orders using Fishbowl Warehouse’s location and barcode features.

Get started with retail asset tracking in Fishbowl

If you’re looking for better inventory control, improved traceability, and easier asset accounting, Fishbowl has your back. With real-time data and reliable QuickBooks and barcode integrations, Fishbowl empowers your team to track inventory assets more efficiently and manage costs confidently.

Book a demo to learn how Fishbowl can support your operations from the factory floor to the balance sheet.

Frequently asked questions about retail asset tracking

What is the difference between asset tracking and inventory management? Asset tracking monitors the location, condition, and use of physical items your business owns and reuses, such as tools, machinery, and fixtures. Inventory management focuses on the stock you buy and sell, tracking quantities, reorder points, and turnover. Asset tracking answers “where is it,” while inventory management answers “how much do we have.”

How does RFID compare to barcode scanning for asset tracking? RFID reads many tags at once using radio waves and needs no line of sight, which speeds up bulk counts and gate checks. Barcode scanning reads one label at a time and requires a clear view, but it costs far less to set up. Choose RFID for high-volume operations that need hands-off reads, and barcodes for tighter budgets or lower item counts.

Which asset tracking technology works best with QuickBooks? Barcode scanning pairs most smoothly with QuickBooks when routed through inventory software like Fishbowl. Fishbowl syncs scanned asset and stock data to QuickBooks Desktop and QuickBooks Online, so location updates flow straight into your books and keep cost of goods sold accurate without manual re-entry. RFID and GPS data can reach QuickBooks through the same platform too, but barcode workflows remain the simplest, most affordable place for most retail teams to start.

What is the most cost-effective asset tracking technology for multiple retail locations? Barcodes are usually the most budget-friendly choice for stores spread across several sites, because tags print cheaply and scan with smartphones or handheld readers. Locations that need faster, hands-off counts can layer in RFID at a higher setup cost. Wi-Fi tracking can also help where stores already run strong wireless networks. The right mix depends on item volume and staffing, though barcodes deliver the lowest entry cost for connecting many retail locations under one system.

How can asset tracking reduce retail shrinkage? Asset tracking cuts shrinkage by showing where goods sit at every step, from the receiving dock to the sales floor. Real-time visibility discourages internal theft, flags missing items sooner, and narrows the gaps where stock disappears. Accurate counts also expose paperwork mistakes and vendor discrepancies that inflate loss totals.

What are the steps to implement an asset tracking system? Begin by listing the assets you need to track and the details you want on each, such as location, condition, and owner. Then pick a technology that fits your range, budget, and accuracy needs, tag your assets, and install readers or scanners. Connect the system to your inventory and accounting software so data lands in one place. Finally, train your team and review reports on a regular schedule. Setup takes time, but a dedicated implementation specialist can guide the rollout.

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