What Is GPS Fleet Management?

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Introduction

By combining GPS fleet tracking and telematics technologies, GPS fleet management can unlock valuable information about fleets and help them to improve their operations. 

With GPS fleet management, fleet managers are able to do things like track their vehicles’ speed and location with GPS technologies, while also receiving information on engine status and safety measures via telematics devices. This is just a small sample of the wide array of data that GPS fleet management software collects. 

GPS fleet management software has many benefits. It can help fleets to improve their maintenance operations, boost their safety record, and lower their fuel consumption.


The technologies behind GPS fleet management software are advanced, but most systems are user-friendly and easy to operate.  

What Is GPS Fleet Management? 

The term “GPS fleet management” refers to fleet management software that uses telematics and GPS fleet tracking technologies. In order to understand what GPS fleet management is, it’s important to be familiar with its components—GPS, telematics, GPS fleet tracking, and fleet management software. 

What Is GPS? 

GPS is a navigation system that can provide data such as location, time synchronization, and velocity. It works on land, in the air, and even at sea – anywhere a satellite signal is available. 

GPS stands for Global Positioning System. GPS was originally created by and for the United States military. The system has been around since the first GPS satellite was launched in February of 1978.

In March of 1996, US president Bill Clinton recognized the importance of GPS for civilian use and declared GPS a dual-use system. This allowed it to be used by both the military and civilians. He also created an executive board to manage GPS.

The United States federal government provides GPS technology—for peaceful uses—globally and free of charge. 

The Three GPS Segments 

GPS is made up of three components known as “segments”. These segments work together to provide GPS functionality. The segments are space, control, and user. 

  • Space – The space segment is comprised of 28 satellites. Each satellite has its own orbit, approximately 11,000 nautical miles above the surface of Earth. 
  • Control – The control segment consists of five ground stations, spaced all over the world. They interact with the space segment to make sure the satellites are in working order. 
  • User – The user segment is composed of receivers. Receivers interact with satellites to pinpoint their exact location. 

What Is GPS Fleet Tracking? 

GPS fleet tracking involves using GPS receivers inside of fleet vehicles to track their location, speed, route, and more. This information is sent to the fleet manager who can use it to understand driver behavior, reduce dangerous driving habits, and improve vehicle efficiencies.

What Is Telematics? 

Telematics combines GPS tracking with on-board diagnostics. A large amount of data can be collected with telematics devices and other sensors. This includes information such as vehicle speed, vehicle location, idling time, fuel consumption, and seat belt use. Telematics devices often plug into a vehicle’s OBD-II port to record engine data as well. 

What Is Fleet Management Software?

Fleet management software is a centralized information system used by companies to help them better manage, synchronize, and organize their fleets. Fleet management software helps ensure fleets run efficiently.


The goal of fleet management software is to reduce operating costs and boost the fleet’s performance. In addition, the software helps fleets keep on top of government regulations. 

Fleet management software has a number of useful functionalities, like route optimization and planning, maintenance scheduling, and safety monitoring. 

When you combine fleet management software with GPS fleet tracking and telematics technologies, you get GPS fleet management. 

Benefits of GPS Fleet Management 

GPS fleet management software harnesses the power of both GPS fleet tracking and telematics to help boost your fleet’s productivity and efficiency. There are many benefits to utilizing GPS fleet management. Here are three of the top ones.  

Optimize Your Fleet’s Maintenance

Vehicle maintenance is a big expense for most fleets. Fleet managers know that it can be costly to pay for vehicle repairs and unexpected breakdowns. GPS fleet management software can help fleets reduce both of these expenses. 

For one, the software lets managers track vehicle performance. This provides them with the information needed to optimize maintenance activities. OBDII devices can interface directly with a vehicle’s on-board computer, providing alerts before a maintenance problem would otherwise be noticed.

GPS fleet management software also records maintenance history. In the event of a breakdown, technicians can utilize this information to help pinpoint the exact problem. The software can often even locate the closest shop for outsourcing repairs. 

Improve Your Fleet’s Safety

GPS fleet management software can utilize the power of the data from its many sensors to significantly improve the safety of your fleet. 

The software can help fleet managers monitor driver behavior and identify dangerous driving habits, such as not using a seatbelt and aggressive acceleration. 

This allows fleet managers to train and coach individual drivers based on their specific needs. Vehicle collisions are incredibly expensive for fleets. The sooner poor driving habits are corrected, the better.

Monitor Fuel Usage

Often the greatest monthly expense for fleets is fuel. It accounts for a big percentage of operating costs. It’s therefore important for fleets to track their vehicles’ fuel efficiency thoroughly and accurately. 

GPS fleet management software can do just that. It shows the approximate amount of fuel used by each fleet vehicle. The software also lets fleet managers track data such as idle time and fuel expenses. 

GPS fleet management software can also provide information on fuel consumption that helps managers to increase their fleet’s fuel efficiency. Fleet managers can identify fuel-guzzling vehicles that need maintenance work, or drivers who are frequently idling. 

Conclusion 

The complementary combination of telematics and GPS fleet tracking technologies makes GPS fleet management software a powerhouse of information. This information can be used by fleet managers in a number of ways to improve their fleet’s efficiency and optimize its performance. Three important ways that fleets benefit from GPS fleet management software are superior maintenance, safety, and fuel monitoring. 

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What is an Enterprise Fleet?

If you utilize company vehicles during the course of business, you might want to familiarize yourself with enterprise fleet management and maintenance. Operating a fleet can be a challenge. Luckily there are things that you can do to make your life a lot easier. In this article, we will answer what is an enterprise fleet? Plus, we’ll outline four key tips you should know about enterprise fleet management and an additional three tips about enterprise fleet maintenance.

What is an Enterprise Fleet?

An enterprise fleet, simply put, is a fleet of vehicles leased or owned by a business. Automotive Fleet Magazine defines enterprise fleets as commercial entities with 15 or greater vehicles. A wide range of businesses operate enterprise fleets. For example, delivery businesses and many businesses who do on-site service calls or have representatives travel to meet with clients have enterprise fleets.

The enterprise fleet industry is huge in the United States. Automotive Magazine recently released a report that outlines the number of cars and trucks that are leased or owned by enterprise fleets in the United States. Fleets in the U.S. leased 431,000 vehicles last year and owned 204,000 vehicles. There are a total of 727,000 trucks being leased by enterprise fleets and 1,860,000 trucks are owned by them.

In some areas, enterprise fleets are also made up of vehicles that are privately owned (or leased) by employees but used for business purposes. These are known as “grey fleet” vehicles. 

Tips on Enterprise Fleet Management

Enterprise fleet management can be a challenge. It’s a fast-paced job that requires you to stay on your toes. Fleet managers are often responsible for drivers and accountable to management. Below are four tips on how to excel in enterprise fleet management:

1. Create Instructions for Enterprise Fleet Vehicle Acquisition and Disposal

When a business lacks purchasing and disposal guidelines for fleet vehicles they may be giving up thousands of dollars through inefficiencies. Consistency is very important in enterprise fleet management.

Your company should look into bulk purchasing and understand the right time or number of miles at which to best sell a vehicle. Enterprise fleet managers should spec out options for fleet vehicles and assemble a purchasing plan. In addition, they should gain insight into the optimal time to dispose of fleet vehicles.

2. Be Proactive When it Comes to Safety

Fleet drivers face a whole host of distractions and safety hazards on the job. Great fleet managers know how to get ahead of things that might become problems. Invest in safety before accidents happen.

Investing in safety may look like hands-free devices for your drivers, installing an app that monitors driver behavior on their phones, or an in-cab camera that oversees drivers while they’re on the road. Ultimately, being proactive about safety will save your company money in the long run.

3. Set Performance Goals for Drivers

Many fleet managers find it useful to incentivize drivers to perform well. Drivers may be encouraged to achieve higher fuel efficiency or perform vehicle inspections regularly. No matter what goal you set, you should hold your drivers to a high-performance standard.

Driver behavior monitoring makes it simple to set goals and encourage safe driving habits. Actionable goals help managers encourage drivers to improve their driving habits. 

4. Continually Educate Yourself on the Enterprise Fleet Industry 

The best fleet managers know that the fleet industry is constantly changing and it's vital that managers keep up. Top fleet managers join industry associations, read trade publications and blogs, and overall keep up with what is happening in the industry.

Often fleet managers will discover new technologies to adopt when reading up on the fleet industry. This helps them keep ahead of the competition. With so much information readily available online, it’s never been easier for fleet managers to keep up-to-date and ahead of the curve.

Tips on Enterprise Fleet Maintenance

Fleet maintenance is integral to running a top-performing enterprise fleet. Here are three tips on how to excel at enterprise fleet maintenance:

1. Know Your Total Cost of Ownership

Pay attention to your maintenance costs and make note when they start to rise because of a vehicle’s age. Make sure you comprehend the warranty coverage provided by the manufacturer and the way it impacts the vehicle’s total cost of ownership. Those who excel at enterprise fleet management understand trends in the used vehicle market, the residual value of fleet vehicles, and the best time to sell fleet vehicles to obtain a cost-effective enterprise fleet.

2. Properly Spec Fleet Vehicles

A vital part of fleet maintenance is performing specs on vehicles. It’s important that this job is performed well. You should be aware of the demands your fleet vehicles will face. Make sure to outline vehicle usage.

The danger is that under-specing a fleet vehicle can lead to maintenance issues down the line that could put a dent in your budget. On the other hand, an over-spec’d fleet vehicle can also increase costs. Great fleet managers know the criteria involved with specing (operating conditions, what’s being carried, usage, etc.) and try to make theirs as accurate as possible.

3. Perform Preventative Maintenance

One of the most important things to understand about enterprise fleet maintenance is the cost savings involved in preventative maintenance. Well-maintained fleet vehicles are less likely to require unscheduled downtime or repairs. Some examples of preventative maintenance are general vehicle safety checks, oil changes, and tire rotation, and inspection. Make sure to perform these activities on a regular schedule.


Good enterprise fleet management practices help leaders in the fleet management industry achieve more. Take your fleet to the next level when you implement smart technology like Azuga Fleet™. The Azuga team is here to help boost your fleet’s productivity, improve safety, and save you hundreds each year. 

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OBD-II Port

If you’re a fleet owner, fleet manager, or even fleet driver, you should know about the OBD-II port. It’s a standardized diagnostic port that allows you to access data from the computer in a vehicle’s engine. GPS trackers can be installed in a vehicle’s OBD-II port to provide live engine and trip data to a central hub or the driver.

In this article we will outline the basics of OBD-II ports, the history of the OBD-II port, and detailed specs on the OBD-II port pinout. Vehicles are integral to fleets and understanding the OBD-II port is essential to getting the most out of yours.

What is OBD-II Port?

So what exactly is the OBD-II port? To start out let’s break down the abbreviation. “OBD” stands for “on-board diagnostics.” It refers to the vehicle’s electronic system that provides self-diagnostics and reporting features. This system is used by repair technicians to gain access to subsystem information in order to monitor the vehicle’s performance and properly repair it.

On-board diagnostics (OBD) is the uniform protocol that is used in most light-duty vehicles in order to access the vehicle’s diagnostic information. This information is produced by the vehicle’s engine control unit (ECU, also known as the engine control module). The engine control unit acts as the “brain” of the vehicle.

A vehicle’s OBD-II is a computer that monitors mileage, emissions, speed, and additional data about the vehicle. It’s connected to the vehicle’s dashboard and will alert the driver if any issues are detected (by turning on the check engine light for example).

The OBD-II port is accessible from inside the vehicle. It will generally be located under the dash on the driver’s side. It enables a mechanic (or anyone else with a specialized tool) to read the error code generated by the engine. Looking to install GPS trackers in your fleet vehicles? Check out our comprehensive guide to learn more about where these devices are installed.

History Behind the OBD-II Diagnostic Port

Early Years of On-Board Diagnostics

The origins of the OBD-II port began in the 1960s. Some of the organizations involved in the preliminary framework for the standard were the Society of Automotive Engineers (SAE), the California Air Resources Board, the Environmental Protection Agency, and the International Organization for Standardization.

The first on-board diagnostics system that had the capacity to be scanned to check for issues with the vehicle’s engine was introduced by Volkswagen in 1968. Over ten years later, Datsun released a very basic on-board diagnostics system. Jump forward to 1980, when General Motors revealed a proprietary system including interface and protocol that was able to generate engine diagnostics and alert the driver via a check engine light. At the same time, other car manufacturers were introducing their own versions of on-board diagnostics.

Up until this time, before standardization hit the industry, manufacturers created their own proprietary systems. This meant the tools required to diagnose different vehicle’s engines were all different. They had their own connector type, requirements for electronic interface, and each used custom codes for reporting problems.

OBD-II Diagnostic Port Standardization 

Standardization finally came to on-board diagnostics in the late 1980s. In 1988 the Society of Automotive Engineers released a recommendation that called for a standard connector pin and set of diagnostics across the industry.

In 1991 the state of California mandated that all vehicles have some form of basic on-board diagnostics. This is known as OBD-I, a precursor to the OBD-II port.

OBD-II was created three years later, in 1994. In that year California required all vehicles sold (starting in 1996) to have on-board diagnostics as recommended by SAE. This is known as OBD-II. California introduced the legislation primarily in order to perform across-the-board emissions testing on vehicles. Due to California’s legislation, in 1996 car manufacturers started to install OBD-II ports in all cars and trucks across the country.

OBD-II introduced standardized diagnostic trouble codes (DTCs). There is a slight variation among OBD-II systems. These variations are known as protocols. They are specific to vehicle manufacturers and there are five basic signal protocols:

  • ISO14230-4 (KWP2000): Keyword Protocol
  • ISO9141-2: Used in all Chrysler vehicles
  • SAE J1850 VPW: Variable Pulse Width
  • SAE J1850 PWM: Pulse Width Modulation
  • ISO 15765 CAN: Controller Area Network (used in all vehicles made after 2008)

In-Depth: OBD-II Diagnostic Port

The OBD-II port pinout gives access to the engine’s status information and Diagnostic Trouble Codes. The DTCs cover a number of aspects of the vehicle including powertrain (engine and transmission) and emission control systems. The OBD-II pinout also provides further information including the vehicle identification number (VIN), Calibration Identification Number, ignition counter, and emissions control system counters.

These DTCs are stored in a computer system. It’s important to note that these codes vary between manufacturers. There are trouble codes for a wide range of aspects of the vehicle including powertrain (including engine, transmission, emissions), chassis, body, and network. The list of standard diagnostic trouble codes is extensive.

If a fleet vehicle is brought to a shop to be serviced, the mechanic can connect to the vehicle’s OBD-II port pinout with a standardized scanning tool to read the error codes and identify the issue. The OBD-II port lets mechanics accurately diagnose issues with your fleet’s vehicles, inspect them promptly, and fix any issues before they become major problems. Ultimately the OBD-II port helps get your fleet vehicles back on the road faster and stay there longer.

Detailed Look: OBD-II Port Pinout

Any OBD-II scan tool can read DTCs due to the standardized pinout. Scanning tools have the capacity to read from any of the 5 protocols. The standardized OBD-II port pinout is as follows:

Pin 1: Utilized by manufacturer

Pin 2: Utilized by SAE J1850 PWM and VPW

Pin 3: Utilized by manufacturer

Pin 4: Ground

Pin 5: Ground

Pin 6: Utilized by ISO 15765-4 CAN

Pin 7: ISO 14230-4 and The K-Line of ISO 9141-2

Pin 10: Utilized solely by SAE J1850 PWM

Pin 14: Utilized by ISO 15765-4 CAN

Pin 15: ISO 14230-4 and the K-Line of ISO 9141-2

Pin 16: Power from the vehicle’s battery


Your fleet vehicle's OBD-II ports may be small but they can play a big role in helping your fleet succeed. To learn about what OBD-II ports can be used to help your fleet succeed check out Azuga Fleet. This smart fleet tracking software will allow you to take your company to the next level without the growing pains.

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What is the ELD Mandate?

Fleet managers should be well aware of the electronic logging device (ELD) mandate. Non-compliance with ELD rules can cost your organization thousands or even hundreds of thousands of dollars in fines. Fleets that are still operating with automatic onboard recording devices (AOBRDs) need to be aware that their technology is outdated and should be upgraded to ELDs immediately to avoid penalties.

The use of ELDs is already widespread. According to a study by C.J. Driscoll & Associates, a consulting and market research firm, 3 million ELDs and ABORDs are currently being used by fleets in the United States.

In this article we will outline what an ELD is, explain the ELD mandate, and provide a timeline of ELD rule history. In addition, we will explain the hard deadlines for ELD compliance, highlight some of the latest news about the ELD mandate, and explain what fleet managers should know.

What is an ELD?

Electronic logging devices, also known by their acronym ELD, provide an accurate, streamlined method of recordkeeping for drivers and fleet operators. These records are often mandated by law. ELDs make the mandatory task of recording a daily logbook easier.

ELDs are connected directly to the vehicle’s engine. They provide stellar data for fleet managers to utilize. Data from ELDs is sent to a telematics system. Managers and office personnel can use this system to review hours of service (HOS) statuses, generate reports, and come up with optimized routes for drivers.

Electronic logging devices capture a wide range of information from the vehicle including date, time, vehicle identification, motor carrier identification, geographic location, miles traveled, engine power up and shutdown, yard moves, and engine diagnostics and malfunction data. ELDs also log information on the vehicle’s driver such as their logon/logoff, HOS, driver or authorized user identification, duty status changes, personal use, and certification of driver’s daily record.

ELDs record all of this data automatically. However, if there is an issue or omission, some entries can be manually edited by the driver or support staff. These edits are tracked and must be approved by the driver.

Organizations can utilize the data from ELDs to better understand which drivers need coaching, which routes are the most profitable, and which routes are the most expensive in terms of fuel consumption and time. HOS information, recorded by ELDs, can even be displayed in the cab. This allows the driver to monitor how many hours they have left and display the information easily to a roadside inspection.

What is the ELD Mandate?

The ELD mandate was created in 2012 when the United States Congress enacted the bill “Moving Ahead for Progress in the 21st Century” (commonly known as MAP-21). This bill outlined criteria for highway funding but also contained a provision that mandated the Federal Motor Carrier Safety Administration (FMCSA) to create a rule requiring the adoption and use of ELDs.

So why did the FMCSA implement the ELD mandate? According to the FMCSA “the rule is intended to help create a safer work environment for drivers, and make it easier and faster to accurately track, manage, and share RODS [Record of Duty Status] data.”

Timeline of the ELD Mandate

After being required by congress in the 2012 bill MAP-21, the FMCSA released a notice in March of 2014 that proposed creating amendments to its safety regulations to enact the ELD mandate. Comments for the proposed mandate were due by May of 2014.

The FMCSA finally published the ELD mandate in December of 2015. The mandate requires the use of ELDs for vehicles in the commercial bus and truck industries.

The first deadline laid out in the FMCSA’s ELD mandate was December 18, 2017. By this date, all drivers and carriers subject to the ELD mandate had to have either an ELD or an AOBRD installed in their vehicle.

ELD Mandate 2019: Deadline

According to the ELD mandate, AOBRDs could be used up until December 16, 2019 (as long as the device was installed before December 18, 2017). After this date, all drivers and carriers were required to use electronic logging devices.

2019 was the last year that drivers could use AOBRDs. If your fleet is still using them, it’s time to upgrade as soon as possible. The ELD mandates 2019 as the final deadline to switch.

ELD Mandate - Latest News

Much of the latest news about the ELD mandate has revolved around the December 2019 deadline to switch over from AOBRDs. Recently, Transport Topic noted that “motor carriers should not underestimate the amount of planning and training needed to ensure a smooth rollout [of ELD devices]”. This is according to a panel at the American Trucking Associations’ Management Conference & Exhibition in 2019.

FreightWaves reported that right up to the ELD Mandate 2019 deadline, adoption rates of ELD devices remained low. Many businesses were waiting until the last possible moment to switch over.

One of the most pertinent pieces of recent news comes again from Transport Topic, who reported that commercial vehicle inspectors are not offering a grace period of “soft enforcement” for truckers who have not switched to ELDs. At this point in time, if your fleet is operating without ELDs, you may face an out-of-service violation.

What Fleet Managers Should Know

The deadline to equip fleet vehicles with ELDs has long passed. If fleet managers want to avoid potential penalties or fines they should make sure their vehicles are all equipped with the necessary items. This includes a certified, registered, regulation-compliant ELD, an ELD user manual, an instruction sheet for reporting ELD malfunctions, and instructions for the data transfer mechanisms your ELD is capable of. Fines for non-compliance can be costly and total thousands of dollars.

Fleet managers should also be aware that ELDs are not allowed everywhere. There are certain areas that prohibit commercial vehicles from operating with an ELD including any U.S. government or government contractor facilities.


The ELD mandate is especially important for fleet managers to know and understand. The deadline to comply has long passed and fleet vehicles now must be equipped with ELDs. To learn more about this important mandate and optimizing your fleet, head to Azuga. The Azuga team is here to help boost productivity, optimize route planning, and so much more.

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