Green and Digital Transformation Steps in Ho Chi Minh City Port System
Green and digital transformation processes in the Ho Chi Minh City port system are discussed, emphasizing the importance of data sharing, artificial intelligence, and IoT technologies.
While evaluating the green and digital transformation processes in Ho Chi Minh City's port and logistics system, the critical roles of data sharing, artificial intelligence, IoT, and digital twin technologies on operational efficiency are addressed.
Digital Transformation and Development
Green transformation is becoming an increasingly important requirement in the development of modern port systems.
Resolution No. 57-NQ/TW defines science, technology, innovation, and digital transformation as important driving forces for development.
Pilot Mechanisms and Innovation
Officials from the Ho Chi Minh City Department of Science and Technology state that the relevant resolution provides additional momentum for the implementation of pilot mechanisms.
In May 2026, the city entered the top 100 most dynamic innovation and startup ecosystems according to StartupBlink data.
Data Connectivity and Cooperation
Establishing a data connectivity platform in the port sector and automating processes stand out as a significant challenge.
Businesses must act together to identify processes that cause delays and increased costs.
Competition in Logistics Ecosystems
It is foreseen that future competition will take place not only between individual ports, but also among logistics ecosystems.
In addition to loading speed, total time, cost, and supply chain security are of great importance for customers.
Smart Port Investments
Smart ports should start not with the question of which technology to invest in, but with the solution to the problems faced by customers.
New projects like the QTM International Port have the opportunity to prepare infrastructure and technology simultaneously from the design stage.
Common Infrastructure and Data Flow
Technology needs to become a common infrastructure for the entire chain instead of separate investments in each facility.
The simultaneous updating of information allows businesses to proactively plan their transportations.
Integration of Advanced Technologies
While artificial intelligence predicts cargo flow, the Internet of Things helps monitor the location of containers and machinery.
Blockchain technology increases traceability among parties, while smart gate models reduce waiting times.
Digital Infrastructure and Simulation
A digital port consists of two main components: digital infrastructure and a digital operational management system.
Technologies such as IoT, BIM, and digital mirroring enable port operations to be simulated in real time.