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Agent System Architecture

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Linked challenge: Orchestrating Cross-Layer OT-IT Diagnostic Agents with OpenAI Agents SDK and Qwen 3

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Linked challenge

Orchestrating Cross-Layer OT-IT Diagnostic Agents with OpenAI Agents SDK and Qwen 3

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Using the OpenAI Agents SDK, initialize a main 'FactoryManager' agent. Define two sub-agents: 'OT_Specialist' (using a local Qwen 3 endpoint for signal processing) and 'IT_Specialist' (for ERP integration). Configure the handoff logic so that the OT_Specialist detects pressure anomalies and transfers context to the IT_Specialist for resource allocation.

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Hold the task contract and output shape stable so generated implementations remain comparable.

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This prompt is mostly narrative and instruction-driven, so adapt examples and output constraints before you rewrite the structure.

Linked challenge

Orchestrating Cross-Layer OT-IT Diagnostic Agents with OpenAI Agents SDK and Qwen 3

Industrial environments suffer from a data silo problem between the factory floor (Operational Technology) and business systems (Information Technology). This challenge requires building a multi-agent system using the OpenAI Agents SDK to bridge the Purdue Model layers (Levels 0-4). You will implement a 'Bridge Agent' that monitors real-time SCADA telemetry and correlates it with IT-side maintenance logs and spare-parts inventory. The system must use OpenAI's handoff mechanism to move tasks between a 'Telemetry Specialist' (running Qwen 3 for high-throughput sensor analysis) and a 'Maintenance Strategist' (running GPT-4o for strategic planning). Your solution will address the 'New IT and OT don't always mix' problem by creating a unified command layer. The agents must be capable of identifying a failing gas stabilizer based on pressure fluctuations (Source: Emerson Movicon) and automatically querying an ERP database for available replacement valves. The final output must be a root-cause analysis report and a pre-drafted work order, ensuring that digital communications do not compromise safety-critical logic by implementing strict verification steps.

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