Skip to content 
In order to promote the deep integration of artificial intelligence technology and regional industries, and build an open, collaborative and win-win open source innovation ecology, on April 15, the “Liyang Warehouse” OpenClaw open source Agent Exchange salon was successfully held in the road show center of the Xingzhuang Science and Technology Industrial Park project. This activity is jointly sponsored by the Administrative Committee of Nanjing Lishui High-tech Industrial Development Zone and Nanjing Lishui High-tech Industrial Investment Co., LTD., and jointly undertaken by Lishui High-tech Development Zone, Xiaohu Technology and China Telecom. The event attracted many enterprise technical leaders, AI developers and industry technical experts to gather together, and carried out in-depth exchanges on topics such as AI agent technology landing, open source ecological co-construction and industrial scene application, to help Lishui digital economy and scientific and technological innovation to achieve high-quality development.
At the beginning of the activity, the Liyang High-tech Investment talent commissioners systematically introduced policies such as talent guidance and education, innovation and entrepreneurship support, and talent housing, providing clear policy guidance and development support paths for participants.
Theme Sharing Session
Nanjing Telecom cloud solution technical expert Huang Congcheng gave a special explanation about OpenClaw’s core technical architecture, innovative application and actual combat deployment, and combined with field operation demonstration, deeply analyzed the technical advantages and implementation value of this open source AI agent. Through case study and practical operation experience, participants fully mastered the specific path and typical application scenarios of technology landing, with frequent on-site interaction and warm atmosphere.
Interactive communication link
The activity focused on the OpenClaw AI agent to carry out live demonstration and practical operation teaching, and showed its installation process, deployment configuration and practical application effect in detail. A number of enterprise representatives in the scene synchronous installation experience, staff one by one to guide the operation and answer questions. Participants also conducted in-depth discussions on the development of AI agents, technology landing, resource docking and other topics, and jointly explored new ideas and new directions of technological innovation and industrial integration. The precise docking of multiple groups of cooperation needs was also realized on the spot.
