[Korea Aerospace Industries] Building an Air-gapped MLOps Framework for AI Pilot Development and Operations

To develop an AI Pilot for its next-generation air combat system, Korea Aerospace Industries (KAI) built an MLOps environment that systematically manages the entire process, from data collection and refinement to LLM training, deployment, and operations, even in an air-gapped network. We also laid the groundwork for integration with an AI Agent platform to validate and use the various AI models to be developed in the future.

An Air-gapped Framework for AI Pilot Development and Operations

As KAI pursued AI Pilot development for its next-generation air combat system, it needed an integrated environment to systematically manage AI models and data. In particular, it required a framework that could reliably run the entire process, from data collection and refinement to model training, validation, deployment, and operations, in a security-critical air-gapped network, and connect to the future validation and use of AI models.

Establishing ML Lifecycle Operations in an Air-gapped Environment

The key challenge was to consistently manage the data and models needed for AI Pilot development while securing both development efficiency and operational stability on a common development platform.

  • Data and model management: An environment to systematically collect, refine, process, and manage the data and AI models needed for AI Pilot development

  • Common development platform: A standardized development environment that improves usability and shortens development timelines

  • Air-gapped MLOps framework: A framework that meets security requirements while supporting ML and LLM lifecycle operations and validation

Building an MLOps Platform Optimized for Air-gapped Environments

With Cheetah, we built an MLOps platform that supports the entire process, from data collection and refinement to LLM training, validation, deployment, and monitoring, even in an air-gapped environment, and laid the groundwork for validation and use through a future AI Agent platform.

  • Air-gapped deployment expertise: Delivered a stable platform based on experience building and operating MLOps and LLMOps in secure environments

  • ML lifecycle automation: Automated the entire process, from data collection and refinement to model training, validation, deployment, and monitoring

  • Foundation for validation and use: Provided integration with an AI Agent platform so future AI models can be validated and put to use quickly

Greater AI Pilot Development Efficiency and Operational Stability

KAI can now systematically manage the data and models needed for AI Pilot development and run the ML lifecycle consistently, even in an air-gapped environment. A common development platform and automation also raised development productivity and operational stability, laying the groundwork for faster validation and release of future AI models and more productive AI agent development.

  • Standardized development: Data and model development and operations run consistently on a common platform

  • Higher development productivity: Shorter development timelines through a standardized environment and automated processes

  • Faster validation and release: AI Agent platform integration lays the groundwork for faster validation and service rollout

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