Turing Robot
Turing Robot is the best AI Robot company in China. We provide the most leading AI Robot operating system domestically and overseas.
| Date | Investors | Amount | Round |
|---|---|---|---|
| investor investor | €0.0 | round | |
N/A | Series B | ||
| Total Funding | 000k | ||
Related Content
Based in Beijing, China, Turing Robot is an artificial intelligence company established in 2010 with a focus on cognitive computing and intelligent robot operating systems. The company was founded by individuals with extensive experience in AI research, including areas like semantic recognition and machine learning. The CEO of Turing Robot is Yu Zhichen. A significant milestone for the company was the 2012 release of the "Wormhole Voice Assistant," one of China's first intelligence-based voice assistant applications. The company has secured $53 million in funding over five rounds from eight institutional investors, including VIA Technologies and Anhui Jiangnan.
Turing Robot's business revolves around providing a low-code, cloud-enabled chatbot development platform for enterprises. This platform allows clients to build custom chatbots for a variety of applications such as customer service, social media marketing, lead generation, and voice assistance. The business model serves both B2B and B2C markets. The company's technology is utilized across numerous hardware and software fields, including domestic and commercial service robots, companion robots for children, and intelligent systems for vehicles and homes.
The company's core offerings include the Turing Robot Open Platform and Turing OS. At one point, the Turing Robot Open Platform was the world's largest chatbot open platform, attracting over 600,000 developers. It provides AI services that cover Chinese semantic analysis and natural language processing, boasting a high accuracy rate for Chinese semantic recognition. Turing OS is an intelligent robot operating system designed to simulate human thinking and emotional recognition. It features a Cognitive Enhancement Engine, which gives robots thinking capabilities comparable to a young child, an Affective Computing Engine for understanding and expressing emotions, and a Self-learning Engine that utilizes deep learning for continuous improvement. An updated version, Turing OS 1.5, added visual capabilities to the system.
Keywords: cognitive computing, intelligent robot operating system, chatbot open platform, Turing OS, AI-driven robot OS, semantic recognition, affective computing, deep learning, human-machine interaction, voice assistant, low-code chatbot platform, natural language processing, AI services, robot development, commercial service robots, companion robots