On July 18, at the 2026 World Artificial Intelligence Conference WAIC site, Turing Quantum released the quantum-classic hybrid agent platform QAgent. It is the world's first quantum-classic hybrid intelligence platform based on the optical quantum technology route and implemented for the entire industry. As an iconic achievement of AI in Pudong in 2026, the platform opens up an industrial implementation channel for AI agents and photonic quantum real machine computing power. QAgent uses large language models and agents as a unified scheduling portal. Relying on self-developed photonic quantum computing systems, deep integration of quantum-classical hybrid computing platforms, deepQuantum quantum artificial intelligence programming frameworks, full-scene quantum algorithm libraries and industrialized tool skills, it has opened an end-to-end closed loop of “natural language input—intelligent task disassembling—quantum agent collaborative calling—quantum computing power scheduling—results aggregation and output”. This indicates that quantum computing is moving from cutting-edge computing power to industry capability, and from expert-driven scientific research tools to agent-driven industrial services.

On July 18, at the 2026 World Artificial Intelligence Conference WAIC site, Turing Quantum released the quantum-classic hybrid agent platform QAgent. It is the world's first quantum-classic hybrid intelligence platform based on the optical quantum technology route and implemented for the entire industry. As an iconic achievement of AI in Pudong in 2026, the platform opens up an industrial implementation channel for AI agents and photonic quantum real machine computing power. QAgent uses large language models and agents as a unified scheduling portal. Relying on self-developed photonic quantum computing systems, deep integration of quantum-classical hybrid computing platforms, deepQuantum quantum artificial intelligence programming frameworks, full-scene quantum algorithm libraries and industrialized tool skills, it has opened an end-to-end closed loop of “natural language input—intelligent task disassembling—quantum agent collaborative calling—quantum computing power scheduling—results aggregation and output”. This indicates that quantum computing is moving from cutting-edge computing power to industry capability, and from expert-driven scientific research tools to agent-driven industrial services.