Recently, Amazon began testing advertisements in its newly launched shopping chatbot, Rufus. This information was revealed through an update log released by Amazon. The company stated that in the future, users of Rufus will see some sponsored ads related to their searches during conversations. These ads will not only appear in the chat interface, but may also be accompanied by text generated by Rufus to help users better understand the ad content.

iFLYTEK and Shenhao Technology have signed a cooperation agreement to jointly establish an Industrial AI Robot Research Institute, achieving deep integration of large models and industrial robots. They will be the first to implement engineering applications in the power industry and promote in-depth cooperation in industrial health in fields such as energy, electricity, and mining. Both parties will work closely together to drive innovation in intelligent industrial robots.

Air India has successfully deployed the generative AI virtual assistant 'Maharaja', becoming the first airline in the world to adopt this technology. 'Maharaja' manages a wide range of customer queries across 1,300 domains, including flight status and baggage allowances. It processes over 6,000 queries daily, successfully answering more than 80% of questions, thereby enhancing customer service efficiency. The new AI chatbot will reduce manual intervention, allowing human agents to handle more complex interactions.

Baidu has launched an AI robot job assistant that provides services such as interview guidance and salary negotiation to help job seekers improve their job search experience. It offers personalized career recommendations and negotiation strategies throughout the application process, making it easier to secure a desired offer during the autumn recruitment season. The dedicated autumn recruitment section has been launched in the Baidu app.

["MIT research found that multi-agent debates can significantly improve the accuracy and reasoning abilities of AI models.", "The debate method reduces hallucinations and helps improve the model's responsiveness.", "Multiple AI systems debating answers to problems are more accurate than a single system.", "This method can be used for collaborative work among different language models to improve output.", "These research findings provide new insights for the AI field, enhancing the authenticity and reasoning capabilities of language models."]

Toyota Research Institute uses generative artificial intelligence to train robots to make breakfast without coding. The robots learn over 60 challenging skills through tactile perception, such as pouring liquids, using tools, and manipulating deformable objects. The goal is to expand to 1,000 new skills by the end of 2024, enabling robots to observe, learn, and perform tasks they have not been explicitly taught. Tactile sensors provide the robots with perception capabilities, increasing efficiency in performing complex tasks. Toyota is collaborating with other companies to research AI robot training, aiming for a future where tasks can be executed without detailed instructions.