eFTI Architecture: Platforms, Data, and Electronic Transactions in Transportation

The eFTI regulation is not simply a matter of replacing a paper document with a PDF.

It is gradually establishing a new digital environment in which regulatory information related to the transport of goods is stored, shared, and accessed electronically by companies and the relevant authorities.

This development affects various modes of transportation and aims to reduce reliance on paper documents, streamline inspections, and improve the flow of information throughout the supply chain.

But behind this regulatory change lies a more technical issue:

How will eFTI data actually be shared among companies, platforms, and government agencies?

That is the whole point ofthe eFTI architecture. For carriers, logistics providers, freight forwarders, and software vendors, understanding this architecture makes it easier to anticipate changes in information systems and document management processes.

What is eFTI architecture?

The eFTI architecture refers to all of the technical, functional, and organizational components used to manage and exchange the electronic information covered by the eFTI regulation.

The goal is to create an environment in which companies store their transportation data on compliant eFTI platforms, and then allow the relevant authorities to access that data when they need to conduct an inspection.

The logic can be simplified as follows:

1. Company / Business Entity
2. Business Systems: ERP, TMS, WMS…
3. eFTI Platform
4. Secure Access to Data
5. Competent Authority

This architecture facilitates exchanges between businesses and enables platforms to connect to existing systems. The European Commission is working on datasets, interfaces, B2B and B2A use cases, identification and authorization, as well as data archiving and auditing.

Why is a specific architecture necessary?

A transportation operation does not rely on a single system. A single flow involves:

• an ERP system 
• an MSD 
• a WMS
• customs software
• a transportation platform
• customer portals
• partner programs
• documents sent by email.

Information must flow between different environments. The eFTI architecture aims to create a common framework that enables stakeholders to manage regulatory information in electronic form while maintaining secure and standardized access mechanisms.

The challenge, therefore, is not simply to digitize information. It enables various stakeholders and systems to make use of it within a common framework.

This issue is directly related to logistics interoperability: connecting systems is essential, but that alone does not guarantee that the exchanged data is consistent or reliable.

The Main Components of the eFTI Ecosystem

The eFTI architecture is based on several categories of actors and components.

1. Economic operators

These are the companies that produce, hold, or use transportation-related information. They may include, among others:

• carriers
• magazines 
• logistics professionals
• commission agents
• multimodal operators.

These companies already have their own information systems. The goal, therefore, is not to replace their tools, but to enable their relevant data to be used within the eFTI ecosystem.

2. Business Information Systems

The data needed for a transport operation already exists in:

• an ERP system
• an MSD
• a WMS
• document management software
• a business platform
• an internal system

The Commission expects eFTI platforms to be integrated into companies' existing systems. 

The eFTI is not simply a new portal where companies are expected to re-enter their data.

On the contrary, the challenge is to build an environment that can integrate with the systems already in use.

3. eFTI Platforms

eFTI platforms are one of the cornerstones of the ecosystem. They store transportation information in a secure environment that complies with applicable requirements. These platforms enable:

• to manage eFTI data
• to control access
• to share certain information
• to allow authorities access to the data during an inspection
• to maintain a record of operations.

Companies share certain data with their authorized business partners by granting them appropriate access rights.

4. The Competent Authorities

Competent authorities constitute the other major category of users of the ecosystem. When an inspection or audit requires it, they have access to the relevant regulatory information.

This approach differs from a system in which a company would systematically submit all of its documents to each regulatory authority. The information is stored on the platform and made available in accordance with the regulations, particularly in response to a request for an audit.

This approach makes it possible to separate the storage of information from access to it during an audit.

5. The Gates eFTIs

In European implementation efforts, eFTI Gates are described as a building block that facilitates exchanges between government systems and eFTI platforms.

European projects are working on common architectures, platforms, and gateways, as well as on communication flows between these components.

It is best to view the Gate as a building block for interconnecting the eFTI ecosystem, rather than as a system where companies would submit their documents directly.

This distinction helps us understand the overall logic:

Company Information

=> eFTI Platform

=> Access/Interconnection Infrastructure

=> Competent authority

Technical details continue to be refined as part of the European implementation efforts.

How does an eFTI exchange work?

Let’s consider a simple example. A company is organizing the transport of goods between two European countries. It has several pieces of information:

• shipping reference number
• Description of the merchandise
• quantity
• weight
• origin
• destination
• necessary regulatory information.

This data comes from several internal systems.

Step 1: The data is generated

Information is created or received in the company's operational systems.

Step 2: The information is organized

Relevant data must be available in the formats and datasets specified by the eFTI environment. The European Commission has established an eFTI common dataset and regulatory subsets.

Step 3: The data is made available

The information is managed through a compliant eFTI platform.

Step 4: The authority requests access

When an inspection is necessary, the competent authority accesses the information in accordance with the established procedures.

Step 5: The information is analyzed

The authority uses electronic data to verify the transaction's compliance. Paper is therefore no longer the primary medium for documentary evidence.

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eFTI data does not replace all logistics data

This is an important distinction. The eFTI pertains to regulatory information related to transport covered by the regulation and relevant legislation.

This does not mean that all commercial or operational information related to a supply chain must automatically be entered into the eFTI system.

A company continues to manage a great deal of other data:

• commercial invoices
• orders
• packing lists
• supplier data
• customer data
• shipping invoices
• certificates
• customs documents
• financial data.

The eFTI ecosystem is part of this broader environment. That is why interoperability with existing systems is just as important as the eFTI architecture itself.

Interfaces are at the heart of the eFTI architecture

To operate on a large scale, eFTI must enable different systems to communicate with one another. The Commission is therefore working on eFTI platform interfaces, datasets, and B2B and B2A use cases. There are several distinct data flows.

Between the company and its platform

It must be possible to import data from the company's systems.

Between Businesses

Certain information may be shared with authorized partners.

Across platforms

Interoperability should enable the various components of the European ecosystem to work together.

Between Platforms and Authorities

Authorities must be able to access the information necessary for inspections. This architecture allows for a gradual transition from an approach:

document → manual transmission → control

based on a certain logic:

data → secure access → automated processing.

How is the data secured?

The digitization of transport documents cannot function without security measures. The eFTI ecosystem includes elements related, in particular, to:

• for identification;
• during authentication;
• subject to authorization;
• access control;
• traceability;
• for archiving;
• for the audit.

Not all data should be accessible to everyone. A company must determine what information to share, with whom, and in what context.

eFTI Architecture: Technology and Business Must Work Together

A technical architecture can function even while a business problem remains unresolved. Let's consider a shipment for which three documents indicate:

Now let's imagine that all of this information is automatically extracted and transmitted to various systems.

The technical chain is working.

Data is flowing.

The interfaces are working.

The systems communicate with each other.

But one question remains unanswered:

What information is actually reliable?

This is one of the major challenges of logistics digitization. An API transmits incorrect data. An EDI message transmits outdated information. A platform stores inconsistent information.

Simply connecting systems is not enough to ensure the quality of information.

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eFTI Makes Data Quality Even More Important

The more data is used automatically, the more critical its quality becomes. Before digitization, an error could remain confined to a paper document. In a connected environment, the same error is:

extracted → transmitted → stored → shared → used by multiple systems.

Automation accelerates the flow of both good and bad information. That is why the digitization of transportation requires a serious examination of data quality and reliability.

Where is documentary AI used?

This is where a particularly important challenge for businesses lies. Some of the data that feeds digital systems already exists in the form of structured data.

But another part is still located in:

• PDFs
• scans
• emails
• invoices
• packing lists
• transport documents
• certificates.

Before data can be used in a digital process, it must be: read → extracted → structured → compared → verified.

Documentary AI plays a role in this part of the process. It extracts information from diverse documents and then cross-references it with other sources.

eFTI alone does not solve the issue of document reliability

The eFTI addresses the challenge of digitizing and exchanging regulatory transportation information. It creates a framework that allows data to flow electronically between companies and authorities. But before sharing any information, a company must still be able to answer several questions:

• Was the data extracted correctly?
• Does it come from the right document?
• Is it complete?
• Is it consistent with the other documents?
• Is this the correct shipment?
• Does another source provide conflicting information?
• Is there a risk that a business or regulatory rule might be violated?

The eFTI facilitates the electronic exchange of information. Document validation aims to ensure the reliability of information before it is used.

This distinction is essential as logistics processes become increasingly digitized.

From Interoperability to Data Reliability

Logistics interoperability can be considered at several levels.

1. Log in

Can systems communicate with each other?

2. Exchange

Can data be transferred automatically?

3. Understand

Do the different systems interpret the information in the same way?

4. Reconcile

Is the information from the various sources consistent?

5. Improve reliability

Is the data sufficiently validated and complete to support a business process? eFTI represents a significant step forward in this process.

But the final step— data reliability —remains a business challenge in its own right.

What role does Docloop play in this ecosystem?

Docloop does not position itself as a certified eFTI platform. Its role is different. Docloop operates at the document layer, which is upstream of the operational systems.

The goal is to transform information scattered across documents and emails into structured data, and then to reconcile and verify it before it is used.

For example:

Commercial Invoice
+
Packing List
+
Bill of Lading
+
TMS/ERP data

↓

Extraction

↓

Reconciliation

↓

Consistency Check

↓

Validated Data

↓

Business Systems / Operational Processes

This approach makes it possible to complement the digitization of exchanges with a layer of document reliability. The goal is not merely to speed up the flow of data.

The goal is to limit the spread of inconsistencies before they enter operational processes.

eFTI and document reliability: two complementary issues

The two approaches are therefore complementary. One focuses primarily on the flow of and access to information. The other focuses on the quality of the information before it is used.

Why is eFTI becoming an issue right now?

The European timeline is entering a practical phase. Starting in January 2026, eFTI platforms and service providers can prepare their operations, and Member State authorities can begin accepting, within the established framework, data stored on certified platforms.

The key date remains: July 9, 2027

As of that date, the eFTI Regulation will be fully in effect, and Member State authorities will be required to accept information shared electronically by operators through certified eFTI platforms.

The Commission plans to adopt additional implementation specifications by December 2026 to clarify certain functional and technical aspects, as well as the certification rules.

For transportation and logistics companies, the issue is therefore no longer just a regulatory one. It is gradually becoming a matter of IT architecture, data, and operational processes.

What should companies be prepared for?

The arrival of eFTI prompts companies to examine various levels of their document management process.

1. Where is the data located today?

In the ERP? The TMS? Emails? PDFs? Partner portals?

2. What data needs to be structured?

Not all information is available in a form that can be used directly.

3. How do systems communicate?

Are existing APIs, EDI, and interfaces capable of supporting the new processes?

4. How can we monitor the data?

Are there mechanisms for detecting inconsistencies between documents and systems?

5. How do you handle exceptions?

What happens when an invoice, a packing list, and a shipping document do not match?

6. How can we ensure traceability?

Who provided the information? What source was used? What corrections were made? What human validation took place? These questions go beyond the topic of eFTI alone. They pertain to the company’s maturity in terms of documentation and data.

eFTI architecture paves the way for more digital logistics

The eFTI marks a significant shift: regulatory transportation information is moving from a paper-based approach to one centered on accessible and shareable electronic data.

But this transformation goes beyond infrastructure. A truly digital supply chain must be able to integrate the following:

documents → data → systems → processes → authorities

Interoperability makes it possible to connect these different environments. Data reliability ensures that the data being transmitted is sufficiently consistent and usable.

And documentary AI helps bridge the gap between unstructured documents—which are still widely used in operations—and the digital systems that utilize them.

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