Breakthroughs challenge the limits of industrial productivity; integration deeply redefines scenario intelligence—this is SEER Robotics' bold declaration of resonance with the future.

On May 15th, following the world's first integrated embodied AI controller, SEER Robotics unveiled another global first: the Embodied Intelligent Forklift. This innovation brings theory into practice, driving the large-scale application of embodied AI in industrial scenarios and leading industrial robotics into the era of embodied AI.

Embodied Intelligent Forklift: The Evolution to Agents

At the core of the Embodied Intelligent Forklift is a complete "brain + cerebellum" perception and decision-making system. It pioneers the integration of multi-modal models such as multi-layer semantic maps, end-to-end navigation, and VLA (Vision-Language-Action). Cutting-edge technology ensures the forklift not only delivers industrial-grade reliability but also significantly enhances generalization capabilities.

1、Multi-layer Semantic Maps

Constructs a high-precision fusion perception system incorporating 3D point cloud layers and environmental semantic layers. This empowers the forklift with natural language multi-task interaction, enabling it to quickly and accurately perceive most objects in a scene, expand application scenarios, overcome technical limitations, and achieve industrial-grade reliability and scenario generalization.

2、End-to-End Navigation

The first end-to-end navigation system in the robotics industry, integrating perception, prediction, planning, and control modules within the system. It supports direct mapping from raw sensor data to forklift control commands, enabling the forklift to navigate any indoor environment in real-time without predefined paths.

3、VLA/Reinforcement Learning:

Combines the VLA model with a reinforcement learning framework, trained on real-world data from industrial forklift operations. This enables continuous autonomous optimization of operational strategies, improving recognition and grasping success rates while enhancing the forklift's generalization capabilities.

On the same day, Yu Chengdong, General Manager of SEER Robotics China, delivered a speech titled "Embodied AI Empowers New Life in Forklift Manufacturing" at the 14th Manufacturing Production Line Logistics and Warehouse Intelligent Engineering Summit.

He shared: "We are at a turning point in the robotics market, where embodied AI is the core driver of industry transformation. The Embodied Intelligent Forklift is not just a simple upgrade in equipment technology—it redefines the production paradigm of human-machine collaboration. The factory of the future will be a collaborative system composed of intelligent agents with perception, decision-making, and learning capabilities."

Currently, SEER Robotics is actively collaborating with leading companies in industries such as new energy, automotive, lithium battery, and warehousing logistics to enrich the practical application experience of the Embodied Intelligent Forklift.

Core Controller Lineup Grows with Robotic Dog Support

As a globally leading intelligent robotics company centered on control systems, SEER Robotics ranked first worldwide in sales of intelligent robot controllers for both 2023 and 2024. Leveraging our technological and market leadership in control systems, we have become the world's only large-scale open platform for intelligent robots.

Recently, SEER Robotics expanded our core controller lineup with the new SRC-1000 Series, including the SRC-1000 for material handling robots and the SRC-1100 for dual-steering wheel robots.

Building on high performance and openness, the SRC-1000 Series introduces multiple breakthroughs:

1、Supports EtherCAT, accommodating more drives and easily handling complex upper-layer mechanical designs.

2、Features a multi-core heterogeneous architecture for real-time control responsiveness.

3、Innovatively integrates Codesys plugins, offering higher development compatibility.

Notably, the SRC-1100 supports customized development for complex bionic devices like quadruped and hexapod robotic dogs, enabling transitions from remote operation to autonomous navigation.

The full product introduction for the SRC-1000 Series is coming soon—stay tuned!