LSLiDAR collaborates with HUAWEI to empower the development of green logistics and supply chains in China
Keywords: LSLiDAR technology; HUAWEI logistics solutions; green logistics development; supply chain integration; intelligent logistics systems; 3D SLAM technology; unmanned forklift solutions; high-precision LiDAR sensors. Revolutionizing logistics industry and shaping the future of intelligent logistics; green transportation solutions. Strategic partnership; collaboration for sustainable logistics; advanced technology for supply chains; digital transformation in logistics; smart logistics solutions; efficient supply chain management; logistics automation and innovation; eco-friendly logistics practices; enhancing operational efficiency.
On December 1st, the first “Conference on Green Logistics and Supply Chain Development,” hosted by the China Federation of Logistics and Purchasing, was successfully held in Hangzhou.
As an important strategic partner of HUAWEI, LSLiDAR was invited to participate in the release conference of the “Cloud Control Platform and Universal Interface Guide for Logistics Automated Guided Vehicles” organized by HUAWEI. Mr. Yang Qiyuan, Vice General Manager of LSLiDAR, attended the conference to jointly support the development of green logistics and supply chains in China.
The conference brought together numerous experts and scholars in logistics and supply chain fields to discuss and exchange ideas on topics such as advancing the green and low-carbon transformation of logistics and supply chains and promoting the deep integration of modern logistics and manufacturing industries. These discussions aimed to drive the high-quality development of China’s modern logistics and supply chains.
During the afternoon session on December 2nd, at the sub-forum titled “Green Circularity: Driving the Deep Integration of Logistics and Manufacturing,” Mr. Lin Yuting, Director of Logistics Equipment at HUAWEI Technologies Co., Ltd., delivered a special presentation on “Multi-Device Cluster Scheduling Engine: Empowering the Integration of Green Logistics Formats.” During the release segment, Mr. Zou Feng, Minister of Logistics Engineering at HUAWEI, together with important strategic partners of HUAWEI, jointly released the “Cloud Control Platform and Universal Interface for Logistics Automated Guided Vehicles.”
In this conference, HUAWEI Technologies released the “Cloud Control Platform and Universal Interface Guide for Logistics Automated Guided Vehicles,” which signifies the integration of top-notch technologies and vendors within the industry. This collaboration aims to create a leading-edge intelligent logistics system and smart equipment.
Minister Zou Feng from HUAWEI Logistics Engineering Department (center) and Mr. Yang Qiyuan, Vice General Manager of LSLiDAR (fourth from the left), along with other strategic partners.
LSLiDAR, as a global leader in full-scene LiDAR and overall solution provider, has been selected as an important strategic partner of HUAWEI after passing rigorous testing by HUAWEI, thanks to its advanced technology, excellent performance, and reliable quality in LiDAR and 3D SLAM unmanned forklifts.
LSLiDAR’s 3D SLAM unmanned forklift perfectly addresses the limitations of traditional solutions such as reflective plates, QR codes, and 2D SLAM systems, which cannot be used outside specific environments, have limited application scenarios, high cost investment, complex deployment, and are prone to failure. It breaks through the barriers of auxiliary navigation and positioning for unmanned forklifts by incorporating seven high-precision LiDAR sensors and applying algorithms and motion control technology used in autonomous driving. This enables autonomous navigation and positioning, high-precision pallet recognition, and 360° 3D safety protection, delivering outstanding performance.
As one of the first selected products by HUAWEI, LSLiDAR’s 3D SLAM unmanned forklift will undoubtedly keep pace with HUAWEI’s advancements in the field of intelligent logistics, starting from China and expanding to the world.
