In today's ever-changing technological landscape, companies are increasingly turning to cloud-native solutions to meet their transportation information system needs.
This transition is not simply a passing trend, but rather a strategic response to growing demands for flexibility, reliability and operational efficiency. In this article, we take an in-depth look at the seven key arguments in favor of cloud-native migration.
From automation and availability to cost reduction and regulatory compliance, each point underlines the tangible benefits offered by this modern approach to managing transport information systems.
Get ready to dive into the dynamic world of the native cloud and discover how it can transform your infrastructure.
The 7 advantages :
#1. Automation:
Cloud-native systems are designed for automation. This includes automating the ceration of the infrastructure and the build, testing and deployment of the packages that make up the system.
#2. Efficiency :
The cloud-native approach integrate agile practices such as DevOps and continuous delivery (CD), allowing for rapid creation of scalable applications.
#3. Cost Reduction :
By adopting the cloud-native approach, companies can avoid investing in expensive physical infrastructures leading to long- term savings on operational expenses.
#4. Availability :
Cloud-native technology enables the creation of resilient and highly available applications. Feature updates do not cause dowtime, and resources can be increased during peak periods to ensure a positive customer experience.
# 5. Scalability and Elasticity :
Cloud-native applications are built to take full advantages of the cloud’s scalability and elasticity.
#6. Accountability and Compliancy to the 6 GDPR’s principles (Lawfulness, fairness and transparency/Purpose limitation/Data minimisation/ Accuracy/ Storage limitation/Integrity and confidentiality).
#7. Use of Microservices :
Cloud-native applications are composed of several small, interdependent services called microservices. This makes cloud-native applications more agile, as these microservices operate independently and require minimal computing resources to run.