Core Runtime
The embedded runtime layer that handles the platform logic and makes the system ready for deterministic control, field integration and application execution.
01 / RUNTIMEA compact platform that combines Core Runtime, Core API and Core SDK with industrial I/O and the Loong Socket ESP32-S3 module. Designed for machine builders, OEM integrations and advanced edge-control applications.

AI-PLC Core is positioned as a programmable platform with its own software ecosystem, while leveraging the Loong Socket module as the embedded processing engine.
The embedded runtime layer that handles the platform logic and makes the system ready for deterministic control, field integration and application execution.
01 / RUNTIMEA clean developer-facing interface to access platform features, data structures and control resources without exposing low-level complexity to the application layer.
02 / APIThe development toolkit to build, extend and integrate applications on top of the platform, aimed at OEM, machine and edge-control use cases.
03 / SDK4 × 4–20 mA analog inputs and 2 × 4–20 mA analog outputs for industrial sensors, transmitters and control loops.
04 / ANALOGSeven 24 V digital inputs and seven relay outputs for direct wiring into machines, cabinets and compact control panels.
05 / DIGITALReady for Modbus RTU / TCP, Wi-Fi integration and embedded application workflows that bridge industrial control with connected edge systems.
06 / CONNECTAI-PLC Core is defined by its own runtime, API and SDK. The Loong Socket module provides the compute foundation, while AI-PLC Core provides the software layer and industrial application model.
AI-PLC Core uses the Loong Socket module platform as its embedded controller foundation. This gives the platform a compact footprint, native USB-C, Wi-Fi / BLE connectivity and a rich hardware base for advanced industrial and embedded applications.

The AI-PLC Core platform combines compact hardware with practical industrial signal interfaces for cabinet automation, distributed control and machine-level integration.