Integrated fleet management systems: ERP and BI

Integrated fleet management systems work by centralizing multiple functions for different areas and stages of transport operations on a single platform.

This makes it easier to view information and cross-reference data.

Integrating several functions into a single system promises more coherent and efficient management. However, this technological advance raises important questions:

Is there fleet management software on the market that can fully meet a fleet's needs? And if so, how can it make management more agile and effective?

Here are some answers:

• What are integrated fleet management systems?
• What types of integrated systems are there?
• Are an integrated system and an ERP the same thing?
• What do integrated fleet management systems do?
• Are there integrated systems on the market that can fully meet all of a fleet's needs?
• How can I identify the ideal system for managing my fleet?

What are integrated fleet management systems?

Integrated fleet management systems are solutions that consolidate various functions and processes related to vehicle and operational management on a single platform.

As a market category, they can combine features such as maintenance management, fuel control, route planning, driver performance analysis, fleet operational optimization and vehicle tracking. It is worth pointing out that the last item rarely comes from the same supplier: tracking and telemetry are usually purchased from companies specializing in onboard equipment and reach the management system through integration.

In practice, “integrated” describes the result—data from multiple sources in the same place—and does not necessarily mean a single piece of software. Many operations achieve this by combining two or three systems that exchange data.

What types of integrated systems are there?

The main types include ERP, CRM and BI. In fleet management, the most widely used integrated systems are ERP and BI:

ERP – Enterprise Resource Planning

ERP is used in fleets to manage and automate core business operations, bringing functions such as finance, purchasing and inventory management together with fleet-specific operations such as vehicle maintenance and route planning.

When the operation also keeps track of vehicle positions, this data normally originates in a third-party vehicle monitoring system and reaches the ERP through integration: the ERP consumes the information; it does not produce it.

BI – Business Intelligence

BI in logistics collects, processes and analyzes large volumes of data generated by fleet operations, such as driving patterns, fuel consumption, vehicle wear and route efficiency.

This information is generally presented in interactive reports and dashboards, providing indicators that help managers identify trends, anticipate future needs and optimize fleet performance.

BI is commonly used as a technology for analyzing and keeping track of fleet efficiency that also integrates different fleet systems and areas.

One limitation becomes apparent early in BI projects: a dashboard is only as good as the data it receives. If a refueling or service record is incomplete at its source, BI will present the problem more elegantly, rather than solve it.

Are an integrated system and an ERP the same thing?

There is indeed a difference between ERP and an integrated system, although they are commonly confused and used interchangeably.

An integrated system is any technology solution that combines several business functions or processes on a single platform, and it can be specific to a department or area, such as fleet management.

An ERP, on the other hand, is a type of system that integrates different parts of management but is broader and generally focused on the company's back office—covering finance, purchasing, sales and even HR administration.

This means that every ERP is an integrated system, but not every integrated system is an ERP.

The distinction has a practical effect when choosing a solution: the finance department usually selects the ERP, while the fleet-specific system is evaluated by those running the operation. It is worth aligning the two decisions to avoid registering the same vehicle in both places under different codes.

What do integrated fleet management systems do?

Integrated fleet management systems serve to bring management of different fleet areas together in one place.

This includes vehicle maintenance, route planning and control, keeping track of fuel consumption and refueling amounts, tire purchasing and services, among other stages.

By integrating these various functions, the systems offer fleet managers a complete, up-to-date view of their operations, enabling more informed and agile decision-making.

In this way, they improve operational efficiency and reduce costs, objectives that transport operations are always pursuing.

Remember that this benefit depends on data reaching the system: a subscribed module with no entries generates no indicator.

Are there integrated systems on the market that can fully meet all of a fleet's needs?

Finding a single system that covers absolutely all the specific needs of each fleet is challenging. The good news, however, is that most of these systems are quite broad and customizable.

In addition, most integrated fleet management systems can connect to other systems used in the operation.

So even if they do not offer certain specific features, they can still read and interpret data produced by other technologies, making it possible to choose a system that comes as close as possible to the specific needs of your operations.

However, this connection has a condition: the other system must provide a way to deliver the data—an API, webhook or file export—and the two databases must share a common key, normally the license plate or fleet number. Without this, there are two separate screens rather than integration.

How can I identify the ideal system for managing my fleet?

To determine the ideal system for managing your fleet and know how to prioritize technology investments, it is essential to start by analyzing your specific operational needs and strategic goals.

Try to understand results in areas such as the efficiency of the routes used, vehicle maintenance processes, fuel management and whether there are driver behavior problems on the road.

After identifying these needs, identify and compare the different systems available on the market, considering their features, ease of use, ability to integrate with other systems and the technical support offered.

When evaluating integration, ask for proof rather than a promise: API documentation, a test environment and who takes responsibility for maintaining the data exchange when either system changes version.

It is also important to consider the return on investment (ROI) each system can bring, analyzing how the benefits offered align with implementation and maintenance costs. Implementation usually involves items outside the commercial proposal: the team's time on initial data entry, training for those entering data in the field and the period when both sets of controls coexist.

If tire management, checklists and maintenance are among the areas you want to integrate, Prolog App is worth including in your comparison. Data comes from inspections completed in the app and records made by the workshop: a nonconformity recorded in the Electronic checklist automatically generates a Work order (WO); maintenance management controls costs and inventory and opens WOs by mileage or date; and tire management records tread depth and pressure using the same electronic tread probe, with CPK for each tire, make and model. To communicate with the rest of the operation, there are open APIs for integration with an ERP, management system or BI tool.

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