Digital Maturity Assessment Tool

The Digital Maturity Assessment Tool (DMAT) is supporting (inland) ports to assess their digitalisation readiness. It is a self-assessment tool for port authorities and/or operators to evaluate the implementation of digital tools and technologies in ports.

The DMAT is part of the Sustainable Development Module (SDM) for the Green Inland Ports Environmental and Sustainable Management Systems. The project has also developed digitalisation guidelines providing tailored recommendations for ports to become more sustainable with the implementation of more advanced and integrated digital tools.

The DMAT consists of five levels of digital maturity. Each of the five maturity levels includes an assessment of five dimensions, with scores ranging from 0 to 4, based on predefined criteria explained in the tool description and in Chapter 4.1 of the Digitalisation Masterplan for inland ports and terminals (to be published soon).

Once all twenty-five dimensions are assessed, DMAT automatically calculates the Digital Performance Index (DPI), which quantifies a port’s digital maturity level. The DPI score corresponds to the following maturity levels:

DPI Score Digital Maturity Level
0-20% Level 1 – Minimal or no digital tools
21-40% Level 2 – Basic digital tools
41-60% Level 3 – Connected infrastructure
61-80% Level 4 – Digital collaboration
81-100% Level 5 – New services and business models

Ports can consult the Digitalisation Guidelines (Chapter 5 of the Digitalisation Masterplan for inland ports and terminals, to be published soon), which provide tailored recommendations for each digital maturity level. Based on the port’s current digital maturity level, its needs and strategic plans, ports can implement measures from the guidelines to advance digital maturity levels.

Basic IT infrastructure i
Availability of basic IT hardware, simple networking, use of basic office software.
Digital awareness and strategy consideration i
Initial discussions or plans about digitalisation, management commitment.
Manual processes with minimal digital support i
Reliance on manual processes, use of basic digital tools like spreadsheets.
Basic communication tools i
Use of email, mobile phones, radios for communication.
Minimal data collection and reporting i
Basic data collection using simple tools (e.g. Word, Excel, Access, etc.) and absence of automated systems.

Digital invoicing and billing systems i
Use of digital invoicing systems for managing payments and billing.
Digital calculation of port fees and tariffs i
Implementation of software for digital calculation of tariffs, fees, and service charges.
Digital customs declaration i
Electronic submission and processing of customs documentation.
Digital cargo documentation i
Use of digital systems for managing cargo-related paperwork (e.g., waybills, manifests, etc.).
Basic administrative automation i
Partial digital automation of administrative tasks without digitalisation of port infrastructure.

Basic IT infrastructure i
Availability of basic IT hardware, simple networking, use of basic office software.
Digital awareness and strategy consideration i
Initial discussions or plans about digitalisation, management commitment.
Manual processes with minimal digital support i
Reliance on manual processes, use of basic digital tools like spreadsheets.
Basic communication tools i
Use of email, mobile phones, radios for communication.
Minimal data collection and reporting i
Basic data collection using simple tools (e.g. Word, Excel, Access, etc.) and absence of automated systems.

Data sharing with internal & external port stakeholders i
Secure data sharing within the port and with external partners.
Collaborative planning i
Joint planning tools for coordinating operations with stakeholders.
Supply chain visibility i
Real-time tracking and visibility of goods throughout the supply chain.
Digital communication platforms i
Degree of use of advanced communication tools (portals, collaborative software) that provide broader and more advanced digital spaces for all types of interactions, including but not limited to operational data exchange.
Advanced data analytics i
Implementation of data analytics tools for improving decision-making.

Development of new digital services i
Creation of new services using digital tools, e.g., digital marketplaces, predictive maintenance as a service, digital cargo management (tracking via IoT and RFID), smart energy management (emission monitoring and energy usage optimisation, etc.), blockchain-based transaction services, etc.
Innovation in business models i
Introduction of new business models using digital capabilities (subscription-based services, digital platforms on pay-per-use principle, outcome-based pricing models, revenue-sharing digital models, etc.).
Use of emerging technologies i
Implementation of AI, blockchain, IoT for advanced solutions.
Integration with global digital ecosystems i
Participation in global digital platforms and networks, such as Global Shipping Business Network (GSBN), RiverPorts Planning and Information System (RPIS), etc.
Continuous improvement and innovation i
Ongoing refinement of digital services, fostering innovation.