[Hyundai Glovis] Building an Integrated AI Development Platform Connected to Logistics Big Data

To apply AI across the logistics industry, Hyundai Glovis built an integrated AI development platform connected to its existing big data platform (GBP) in a short timeframe. This created a foundation for diverse AI development and experimentation in an air-gapped environment and for meeting future growth in GPU demand.

Rapidly Building an AI Development Environment Connected to Big Data

Hyundai Glovis pursued AI adoption to keep pace with rapid technological change in logistics and to automate and improve operations at its domestic KD centers and external C/C operations. To do this, it needed an integrated platform that connects to its existing GBP (Hadoop-based big data platform) and allows diverse AI development and experimentation in a short time, even in an air-gapped environment.

Securing Data Integration and an Air-gapped AI Development Framework

The key challenge was to make existing big data assets easy to use, enable fast and diverse AI development in an air-gapped environment, and respond flexibly to growing GPU demand.

  • GBP integration: An AI development platform with easy access to existing GBP data

  • Fast development and experimentation: An integrated environment for diverse AI development and experiments in a short time

  • Scalable infrastructure: An expandable environment ready for growing GPU demand and air-gapped operating requirements

Building an Integrated AI Development Platform for Air-gapped and Big Data Environments

With Cheetah, we built a Kubernetes-based AI development platform connected to GBP within one month, providing data access, version-specific development environments, and a foundation ready for future infrastructure expansion.

  • GBP-connected platform: Completed an integrated AI development platform connected to GBP within one month of project kickoff

  • Data-driven AI development: GBP data is uploaded periodically for easy access and use in AI development

  • Air-gapped development environment: Provided AI libraries and frameworks, validated for version compatibility, as built-in images

Faster AI Development and More Efficient Use of Data

Hyundai Glovis can now develop AI more easily using existing GBP data and quickly set up purpose-built development environments, even in an air-gapped network. The Kubernetes-based architecture also provides a foundation for responding flexibly to future HPC infrastructure expansion and growing GPU demand.

  • Better use of data: AI development based on large-scale internal data through GBP integration

  • Faster environment setup: Required AI library and framework environments can be set up within one minute

  • Ready for infrastructure growth: Flexible scale-out and scale-up for future GPU and HPC expansion

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