Transportation does not end simply when goods are loaded onto a truck and the business waits for them to arrive at their destination. During transportation, a business also needs to know:

• Where is the vehicle?
• What stage has the shipment reached?
• When is it expected to arrive at its destination?
• Is the route proceeding as planned?
• Has a delay occurred?
• Which vehicles are available for the next job?
• How efficiently is each trip being operated?

GPS Tracking has therefore become an important tool for Logistics and Fleet Management businesses. It helps transform vehicle monitoring from repeatedly calling drivers into using location data and travel history to support decision-making.

When used together with an appropriate Logistics system, this information can be applied to cost management, Route planning, Customer Service, Safety, and Fleet Performance.

What Is GPS Tracking?

GPS Tracking is a system that uses location data from satellite navigation systems together with tracking devices installed in vehicles or on assets. It identifies their locations and sends the data to a platform for monitoring.

A typical Vehicle Tracking system includes components such as:

• A GPS / GNSS Tracker
• A data communication system
• A Server or Cloud Platform
• Software / Application for viewing data
• Maps
• A Dashboard

Users can therefore check the information through:

• A Computer
• A Smartphone
• A Tablet

depending on the service provider's system.

What Is the Difference Between GPS and GPS Tracking?

GPS is a satellite-based system used to help determine location.

In Logistics, however, GPS Tracking refers to a system that transmits and stores location data on a Platform so users can track a Vehicle or Asset.

Therefore, a Tracking device does more than simply “receive satellite signals.” It also needs a system to send the data back to the Platform.

Many systems use Mobile Data networks or other communication technologies to transmit location information.

If there is no signal in an area, some systems may be unable to display the latest location in Real time until the device reconnects.

What Is GPS Tracking Used for in Logistics?

The system can be used for:

• Trucks
• Delivery Vehicles
• Vans
• Trailers
• Fleet Vehicles
• Pickup and delivery vehicles
• Transport Operations
• Certain types of Assets

The main objective is to create Transportation Visibility—giving the Operations team a clearer view of vehicle movements and transportation status.

Instead of repeatedly asking:

“Where is the truck now?”

The team can check the system first, then coordinate with the Driver or Customer as needed.

6 Benefits of GPS Tracking for Logistics Businesses

1. Track Vehicle and Shipment Locations More Easily

The most basic benefit is being able to view the locations of transport vehicles.

The data can help the Operations team determine:

• Whether the vehicle has left the origin
• Its current location
• Whether it is approaching the Destination
• Where it has stopped
• Whether it has deviated from the Route
• Which vehicle is closest to a new Pickup

This is particularly useful for businesses managing many vehicles at once. Without Fleet Visibility, staff must call each Driver individually, which takes time and can leave information scattered across different conversations.

GPS Tracking helps consolidate information and provide a clearer view of the Fleet from a single Dashboard.

Does Real-time Mean the Location Is Accurate Every Second?

Not necessarily.

In service terms, Real-time Tracking usually means that location data is transmitted at intervals close to the actual time.

The frequency and accuracy depend on:

• The device
• System Configuration
• Satellite Reception
• Mobile Network
• Environment
• Tall buildings
• Tunnels
• Areas with poor signal coverage

Therefore, a location displayed on the screen should not be interpreted as perfectly Exact, without any margin of error, in every situation.

2. Improve Route Planning and Transportation Scheduling

When the location of each vehicle is known, the Logistics team can use the information to improve Route planning and job Assignment.

For example:

There are 5 vehicles in different areas, and a Customer requests a new Pickup.

Instead of assigning a vehicle based only on familiarity or habit, the team can consider:

• Which vehicle is closest
• Which vehicle is currently making a Delivery
• Which vehicle is returning to the Depot
• Whether it has available Capacity
• The Driver's Working Schedule
• The direction of its next Route

The team can then select the most suitable Vehicle.

What Can Route Planning Help Reduce?

Effective planning may help reduce:

• Unnecessary distance
• Empty Runs
• Empty-vehicle mileage
• Backtracking
• Waiting time
• Unnecessary vehicle use

All of these affect Transportation costs.

Does GPS Automatically Select the Best Route?

That depends on the system.

Basic GPS Tracking may show only location and travel history.

Features such as the following may require a Transportation Management System or other Software:

• Route Optimization
• Dynamic Routing
• Traffic Integration
• Vehicle Capacity Planning
• Multi-stop Optimization

It is therefore important to distinguish Tracking from Optimization.

3. Help Control Vehicle Operating Costs

Vehicle Cost is one of the major costs in Road Transportation.

Costs may be associated with:

• Fuel
• Drivers
• Maintenance
• Tolls
• Distance
• Working Hours
• Vehicle Utilization

GPS Tracking gives businesses data to review how vehicles are being used.

Examples of information that can be analyzed include:

• Distance per trip
• Number of trips
• Stopping time
• Routes used
• Travel time
• Vehicle Utilization

If the system is connected to additional Telematics or Sensors, it may provide more information about Vehicle Operation.

How Can GPS Help Save Fuel?

GPS does not reduce Fuel Consumption directly.

However, system data can help a business identify cost-generating patterns, such as:

• Using a longer-than-necessary Route
• Vehicles deviating from their routes
• High Empty Mileage
• Long waiting periods
• High Idle Time
• Inefficient schedules

The business can then adjust Operations to reduce Waste.

For example:

A vehicle previously had to return to the Depot empty for 50 km after every Delivery.

If the business can see the Vehicle Position and assign a new Pickup along the return route, it may be able to reduce Empty Runs.

This demonstrates the value of Data Visibility rather than the benefit of the GPS device alone.

4. Improve ETA Estimation and Customer Communication

ETA, or Estimated Time of Arrival, is the estimated time when a vehicle or Shipment is expected to reach its destination.

Previously, Customer Service might have needed to follow this process:

Customer asks → Call the Driver → Driver reports the Location → Respond to the Customer

With a Tracking System, the team can check the initial status more quickly.

This helps the team provide updates such as:

• The vehicle has left the Warehouse
• It is in transit
• It is approaching the destination area
• A Delay has occurred
• Its expected arrival window

Does GPS Make ETA 100% Accurate?

No.

ETA can still change because of factors such as:

• Traffic
• Accidents
• Weather
• Road Closures
• Loading Delays
• Customs
• Border Crossings
• Driver Rest
• Customer Waiting Time

For International Road Freight in particular, knowing a vehicle's location does not mean the time needed to cross a Border can be predicted with certainty.

ETA should therefore be communicated as an Estimated Time, not a Guaranteed Arrival Time, unless the Service Agreement specifies otherwise.

5. Improve Safety and Help Detect Unusual Events

Another benefit is using Tracking Data to investigate events that occur during Transportation.

Examples include:

• A vehicle deviating from its Route
• A vehicle stopping in an unusual area
• A Vehicle moving at a time when it should not be in operation
• An Asset leaving a designated area
• A vehicle failing to reach a Checkpoint as planned

Some systems allow users to configure Notifications to alert them to these events.

What Is Geofencing?

Geofencing means defining a virtual area on a map.

For example, the following locations can be designated as areas to monitor:

• Warehouse A
• Factory B
• Customer C
• Border Checkpoint

The system can be configured with rules such as:

Vehicle enters Warehouse → Record Arrival

Vehicle leaves Warehouse → Record Departure

Or:

Vehicle leaves the authorized area → Send an Alert

This helps make Operational Monitoring more automated.

Can GPS Help Prevent Vehicle Theft?

A Tracking system can help identify a vehicle's last known location or movement data, which may be important when an unusual event occurs.

However, this does not mean GPS can “prevent theft” in every case.

Systems may have limitations, such as:

• The device being removed
• Signals being obstructed
• The network having no Coverage
• The device losing Power
• The system failing to transmit data

GPS should therefore be used as one part of a broader Security approach, alongside measures such as:

• Vehicle Security
• Access Control
• Driver Procedures
• Alarms
• Insurance
• Operational Control

6. Use Historical Data to Analyze and Improve Operations

One of the most important long-term benefits is Historical Data.

GPS Tracking is useful not only for checking a vehicle's current location. Historical travel data can also be used to analyze Performance.

Examples include:

• Which Route takes the longest
• Which Customer has the highest Waiting Time
• Which vehicle has low Utilization
• Which Routes experience frequent Delays
• How much actual distance differs from planned distance
• Which time periods see the greatest impact from Traffic on Delivery
• How much Empty Run mileage occurs each month

This information can be used to improve:

• Routes
• Schedules
• Fleet Size
• Delivery Windows
• Customer Appointments
• Driver Assignments
• Transportation Costs

GPS can therefore evolve from a system for “seeing where vehicles are” into a source of information for Logistics decision-making.

Example of Using GPS Data to Analyze a Route

Suppose a business operates the following Route:

Warehouse → Customer A → Customer B → Warehouse

Historical data shows that:

• Planned Route = 120 km
• Average actual distance = 145 km

The difference is 25 km per trip.

If the vehicle operates this Route 20 times per month, the additional distance is:

25 × 20 = 500 km per month

The business can investigate whether the difference is caused by:

• Route Planning
• The Driver's Route
• Traffic
• Stopping points
• Customer Sequence

before adjusting the Process.

This is why Historical Data is more valuable than using Tracking only to view a vehicle's Live location.

What Is the Difference Between GPS Tracking and Fleet Management?

GPS Tracking is one part of Fleet Management.

Fleet Management has a broader Scope and may cover:

• Vehicle Tracking
• Driver Management
• Fuel
• Maintenance
• Routes
• Schedules
• Vehicle Utilization
• Costs
• Documents
• Compliance

Businesses operating large Fleets should therefore look beyond installing GPS devices and consider how GPS data can be integrated into their Fleet Management Process.

What Is the Difference Between GPS Tracking and Telematics?

GPS Tracking focuses on a Vehicle's location and Movement.

Telematics can collect additional data from a Vehicle or Sensors, depending on the Hardware and system, such as:

• Vehicle Speed
• Engine Data
• Idling
• Ignition
• Fuel Information
• Driver Behavior
• Sensor Data

It is therefore incorrect to assume that every GPS device can collect all of this information.

Businesses should check which data the Device and Platform can actually access.

Can GPS Tracking Monitor Driver Behavior?

Some systems can use Movement data and Telematics to analyze events such as:

• Speeding
• Harsh Acceleration
• Harsh Braking
• Idling
• Driving Hours

However, capabilities vary depending on:

• Hardware
• Sensors
• Vehicle Integration
• Software

Businesses that need Driver Safety Monitoring should check the system's specific Features rather than relying only on the claim that it “has GPS.”

Can GPS Tracking Help with Vehicle Maintenance?

Basic GPS does not directly monitor engine condition.

However, mileage and usage data can help businesses plan Maintenance Schedules.

For example:

• Changing oil based on mileage
• Inspecting vehicles at specified Mileage intervals
• Planning Preventive Maintenance
• Distributing vehicle usage across the Fleet

If connected to Telematics or additional Vehicle Data, the system may support more detailed Maintenance Management.

Which Businesses Are Suited to GPS Tracking?

It is suitable for businesses that manage a number of Vehicles or Deliveries, such as:

• Logistics Providers
• Freight Forwarders with their own Fleet
• Distributors
• Manufacturers
• Retailers
• E-commerce businesses
• Food Distribution businesses
• Construction companies
• Field Service businesses
• Cold Chain operators
• Cross-border Transport providers

It is especially useful for businesses that frequently ask:

Where is the vehicle / When will it arrive / How many vehicles are available today?

Fleet Visibility can provide significant support to Operations.

How Is GPS Useful in Cross-border Logistics?

Cross-border Road Transport involves a more complex journey than driving within a city because it may include:

Pickup → Export Customs → Border → Customs Process → Transit → Import Customs → Delivery

GPS can help show Vehicle Movement while the Tracking system is operating and able to transmit data.

It helps the Logistics team see whether the Shipment:

• Has left the origin
• Is heading toward the Border
• Has stopped and where
• Has left the border area
• Is approaching its destination

However, GPS alone cannot confirm whether Customs Clearance has been completed.

Operational information and documents must therefore be used together.

Is GPS the Same as Cargo Tracking?

Not always.

If GPS is installed on a Truck, the system is tracking the Vehicle, not the Cargo directly.

If the goods are:

• Transloaded
• Moved to another truck
• Taken into a Warehouse
• Transferred to another Vehicle

the original GPS device may no longer indicate the Shipment's location.

A good Shipment Tracking system should therefore connect information about:

• Vehicles
• Shipments
• Tracking Numbers
• Warehouse Events
• Customs Status
• Delivery Status

Vehicle GPS should not be treated as the only source of Shipment information in every situation.

What Is the Difference Between GPS Tracking and Track & Trace?

GPS Tracking focuses on the location of a Vehicle or Device.

Track & Trace can refer to monitoring Shipment status through events such as:

• Booking Confirmed
• Picked Up
• Departed
• Arrived at Warehouse
• Customs Clearance
• Out for Delivery
• Delivered

Shipments transported by:

• Air Freight
• Sea Freight
• Courier

do not necessarily need GPS devices attached to the goods to be tracked. They can still be monitored through Transport Events.

These are different concepts, although both aim to improve Visibility.

Can GPS Be Used to Track Sea Freight?

Most Container Shipping services do not routinely attach the shipper's GPS device to every Container as a standard practice.

Sea Freight Tracking usually relies on information such as:

• Container Number
• Bill of Lading
• Vessel
• Port Events
• Shipping Line Tracking

Dedicated IoT Tracking solutions for Containers or Cargo may be available, but the following factors should be considered:

• Device
• Carrier Restrictions
• Battery
• Network
• Cost

for the Shipment.

Is GPS Alone Sufficient for Cold Chain Monitoring?

No, not if Temperature must be controlled.

Cold Chain goods require monitoring of at least:

• Temperature
• Time
• Route
• Storage
• Handling

GPS can show location, but knowing where a vehicle is does not indicate the temperature of the goods.

To manage the Cold Chain, an appropriate Temperature Sensor or Data Logger should also be used.

How Does GPS Tracking Help Customer Service?

When a Customer asks about a Shipment's status, the Customer Service team can check Tracking information before responding.

This helps reduce problems such as:

• Having to call the Driver every time
• Receiving inconsistent information from different people
• Not knowing where a Delivery Delay is occurring

Some Business Customers also need information to prepare their:

• Receiving Team
• Forklift
• Loading Bay
• Warehouse Space
• Production

Providing a good ETA therefore helps both the transporter and the recipient.

Why Is GPS Tracking Alone Not Enough for Efficient Logistics?

Because GPS is only one Data Source.

Operations also needs other information, such as:

• Orders
• Shipments
• Cargo
• Capacity
• Drivers
• Warehouses
• Customs
• Customer Appointments
• Costs

A business with GPS but no Process for using the data may end up with little more than a map showing vehicle locations, without achieving Cost Savings or Productivity Improvements.

Real benefits come from:

Data → Analysis → Decision → Process Improvement

Which Systems Should GPS Be Integrated With?

Depending on the size of the business, GPS can be integrated with systems such as:

• TMS – Transportation Management System
• WMS – Warehouse Management System
• ERP
• Order Management
• Fleet Management
• Customer Tracking Portal

Example Flow:

Order enters ERP → TMS assigns a vehicle → GPS sends location → Customer sees status → Delivery is completed → System records the job

Integrating Data helps reduce duplicate data entry and gives the business a more complete overview of Transport Operations.

Suggested Internal Link: What Are FIFO, LIFO, and FEFO? Principles of Order Picking and Inventory Management

What Are the Limitations of GPS Tracking?

Although GPS Tracking is highly useful, its limitations should be understood:

• Satellite signals may be affected by the Environment
• Mobile Networks may lack Coverage
• Devices may malfunction
• Data may be Delayed
• Locations may be inaccurate
• GPS does not provide Customs Status
• GPS cannot determine Cargo condition without additional Sensors
• GPS cannot resolve Traffic or Accidents
• Tracking Data requires a Process for Monitoring

Operational Backup, such as coordinating with Drivers and Transport Partners, should therefore always be available.

Should Personal Data Be Taken into Consideration?

If a Tracking System can link location data to a Driver or another identifiable person, the business should manage the data appropriately in accordance with applicable laws and organizational policies.

Areas to define include:

• The purpose of data collection
• Who can access the data
• Data retention periods
• Security
• How the data may be used

Tracking Information should not be made accessible to unrelated parties without proper controls.

What Should Businesses Consider When Choosing GPS Tracking?

Do not choose a system based only on the price of the Device.

Consider:

• Tracking Frequency
• Map
• Historical Data
• Geofencing
• Alerts
• Reports
• Mobile Application
• Driver Management
• API Integration
• Support
• Data Retention
• Network Coverage
• Device Warranty
• Security
• Dashboard

Most importantly, first identify:

What problem does the business need to solve?

If the only requirement is to know a Vehicle's location, a basic system may be sufficient.

However, if the goal is to reduce Fleet Costs, additional Analytics and Integration capabilities should be considered.

KPIs That Can Be Measured Using GPS Tracking Data

Businesses can use GPS data to support KPIs such as:

• On-time Delivery
• Average Transit Time
• Distance per Trip
• Vehicle Utilization
• Empty Mileage
• Idle Time
• Number of Trips
• Route Deviation
• Delivery Lead Time

However, KPIs should be linked to Business Objectives.

Do not collect every possible data point simply because the system can measure it.

Example of GPS Tracking for a Single Shipment

Suppose a vehicle collects goods from a Warehouse in Bangkok and delivers them to a Customer in another province.

Before Departure

The Operations team:

• Assigns a vehicle
• Defines the Destination
• Plans the Route
• Communicates the Delivery Window

During Transit

The Tracking system helps monitor:

• Vehicle Position
• Route
• Stops
• Estimated Arrival

When a Delay Occurs

The team can check the location and contact the Driver to identify the cause.

It can then inform the Customer more quickly.

After Delivery

The data can be analyzed for:

• Actual distance
• Transit Time
• Waiting Time
• Route Performance

This information can be used to improve the plan for the next trip.

Can GPS Tracking Really Reduce Costs?

It may help, but cost reductions do not happen simply because a device has been installed.

For example, a company may discover through its data that its Fleet has a high level of Empty Runs.

If vehicle Assignments are not adjusted, the vehicles may continue running empty at the same rate even with GPS installed.

Cost Savings occur when the business uses the data to improve:

• Routes
• Fleet Assignments
• Schedules
• Driver Operations
• Maintenance
• Delivery Planning

GPS is therefore a tool for creating Visibility. Business results depend on how the information is used.

Checklist Before Implementing GPS Tracking in Logistics

Before choosing a System, answer the following questions:

• How many vehicles are there?
• Do you need to track vehicles or Cargo?
• What level of Real-time Tracking is required?
• How long must Historical Data be retained?
• Is Geofencing required?
• Which Alerts are needed?
• Is Driver Behavior monitoring required?
• Is Fuel Data needed?
• Must the system integrate with TMS / ERP?
• Are there areas along the Route with poor signal coverage?
• Who will Monitor the system?
• Which KPIs will the Data support?

Clearly defining the Requirements makes it easier to choose a Solution suited to the Operation than selecting a system simply because it offers many Features.

Frequently Asked Questions About GPS Tracking in Logistics (FAQ)

Can GPS Tracking show vehicle locations in Real time?

Most systems can transmit location data close to real time, but frequency and continuity depend on the Device, Network, and system Configuration.

Can GPS Tracking reduce fuel costs?

GPS does not directly reduce fuel consumption. However, Route, Distance, Idle Time, and Vehicle Utilization data can help identify Waste and guide Operational changes to reduce costs.

Can GPS Tracking predict exactly when goods will arrive?

It can help estimate ETA, but actual arrival times are still affected by Traffic, Weather, Loading, Customs, and events along the route.

Does GPS Tracking track the goods directly?

If the Device is installed on the vehicle, the system tracks the Vehicle rather than the Cargo directly. If goods are moved to another vehicle or Transloaded, another Shipment Tracking Process must be connected.

Are GPS Tracking and Fleet Management the same?

Not exactly. GPS Tracking is one part of Fleet Management, which can also cover Vehicles, Drivers, Maintenance, Costs, Fuel, and Schedules.

Can GPS be used for Cross-border Transport?

It can help track vehicle locations, depending on Coverage and the service provider's system. Customs Status and Border Processes require additional Operational Data and cannot be determined from GPS location alone.

Transportation and Logistics Services with CPL INTER

CPL INTER provides international freight services by air, sea, and road, together with Warehousing, Packing, Shipping Documents, and Customs Clearance services according to the Shipment's Service Scope.

When planning Transportation, businesses should consider the type of goods, volume, dimensions, weight, Route, Lead Time, and Shipment Tracking requirements together. This helps them select a transportation service suited to their Operations and costs.

To request a transportation assessment, prepare the product name, photos, number of Packages, dimensions, weight, origin and destination, and required arrival time. The CPL INTER team can then help plan a suitable Transportation solution before Booking.

Tel: 02-519-4426 / 091-519-4426
LINE: @cplinter

Written by: CPL Inter Logistics Operations Team, specialists in international freight transportation and customs procedures, with more than 15 years of experience and an internationally recognized ISO 9001:2015 quality management system.