Pleos Platform
Pleos is a platform where data, software, intelligence, and development environments work together. Rather than existing independently, each technology creates greater value within a unified structure.Pleos is a platform where data, software, intelligence, and development environments work together. Rather than existing independently, each technology creates greater value within a unified structure.
Pleos Platform Structure
Core Technologies, Aligned to One Platform
Pleos is designed as a continuous architecture spanning hardware to services. When connected, each layer delivers greater consistency and scalability.Pleos is designed as a continuous architecture spanning hardware to services. When connected, each layer delivers greater consistency and scalability.
CODA
E&E Architecture
E&E Architecture
Short for Computing and I/O Domain-based Architecture, CODA is Hyundai Motor Group's next-generation vehicle architecture that redefines its electrical and electronic architecture. By consolidating control functions from distributed ECUs into a high-performance Integrated PC Unit (IPCU), it simplifies wiring, reduces vehicle weight, and enables independent software development and wireless over-the-air updates.Short for Computing and I/O Domain-based Architecture, CODA is Hyundai Motor Group's next-generation vehicle architecture that redefines its electrical and electronic architecture. By consolidating control functions from distributed ECUs into a high-performance Integrated PC Unit (IPCU), it simplifies wiring, reduces vehicle weight, and enables independent software development and wireless over-the-air updates.
CODA
E&E Architecture
E&E Architecture
CODA’s centralized architecture completely decouples hardware and software. Atop this decoupled structure sits CODA OS, a distributed operating system engineered for vehicle control.
CODA OS
Vehicle OS
Distributed operating system engineered for vehicle control that runs atop the CODA architecture. By decoupling hardware and software through a Vehicle Hardware Abstraction Layer (VHAL), it enables seamless OTA updates and feature expansion. Through standardized Vehicle APIs, every functional domain opens up as an accessible interface for all developers.Distributed operating system engineered for vehicle control that runs atop the CODA architecture. By decoupling hardware and software through a Vehicle Hardware Abstraction Layer (VHAL), it enables seamless OTA updates and feature expansion. Through standardized Vehicle APIs, every functional domain opens up as an accessible interface for all developers.
Software & AI
Powered by CODA OS, vehicles continuously evolve through software and AI. Pleos delivers a better user experience through Fleet AI for greater operational efficiency, Agentic AI powered by large language models, and Driving AI for reliable autonomous driving.Powered by CODA OS, vehicles continuously evolve through software and AI. Pleos delivers a better user experience through Fleet AI for greater operational efficiency, Agentic AI powered by large language models, and Driving AI for reliable autonomous driving.
Application
Pleos uses direct and indirect data from users and vehicles to deliver a wide range of apps and services. Applications built by developers and partners create new mobility experiences, while customer data helps vehicles continue to evolve.Pleos uses direct and indirect data from users and vehicles to deliver a wide range of apps and services. Applications built by developers and partners create new mobility experiences, while customer data helps vehicles continue to evolve.
Software-defined, continuously evolving platform
Centralized hardware architecture CODA, distributed vehicle control operating system CODA OS, and software and AI built upon it. These three connected layers accumulate and refine data, becoming a software-defined platform that continuously evolves.
Software-defined, continuously evolving platform
Centralized hardware architecture CODA, distributed vehicle control operating system CODA OS, and software and AI built upon it. These three connected layers accumulate and refine data, becoming a software-defined platform that continuously evolves.
Data Collecting
Leveraging its global supply chain and mass production capabilities, HMG accelerates data accumulation by establishing standardized sensor frameworks utilizing the SDV platform. This standardized sensor architecture and data expand across and beyond group affiliates to build a powerful "Data Union."Leveraging its global supply chain and mass production capabilities, HMG accelerates data accumulation by establishing standardized sensor frameworks utilizing the SDV platform. This standardized sensor architecture and data expand across and beyond group affiliates to build a powerful "Data Union."
Data Flywheel
Massive data accumulated through the Data Union is refined through the Data Flywheel system—a seamless development loop where data collection, learning, virtual validation, and deployment flow without interruption. Driven by this Data Flywheel, HMG is pioneering self-evolving technology that rapidly advances through continuous AI refinement and wireless OTA updates.Massive data accumulated through the Data Union is refined through the Data Flywheel system—a seamless development loop where data collection, learning, virtual validation, and deployment flow without interruption. Driven by this Data Flywheel, HMG is pioneering self-evolving technology that rapidly advances through continuous AI refinement and wireless OTA updates.