Core Viewpoint - The 2025 World Robot Conference will be held in Beijing from August 8 to 12, focusing on humanoid robots' capabilities in general scenarios, which are expected to be a key area for future development [1][2]. Summary by Sections Event Overview - The 2025 World Robot Conference will feature over 1,500 exhibits from more than 200 domestic and international robot companies, including over 100 new product launches [2]. - A record number of 50 humanoid robot manufacturers will present their latest products and industry solutions at the conference [2]. Technological Advancements - Significant breakthroughs in mobility and dexterity have been achieved in humanoid robots, which are expected to play crucial roles in domestic services, manufacturing, and logistics [3]. - The introduction of high-performance embodied intelligent models is anticipated to accelerate the iteration of humanoid robots' fine operation capabilities [4]. Market Potential - The fine operation capability in general scenarios is identified as the core advantage of humanoid robots compared to industrial and collaborative robots, and is expected to be a focal point for commercialization [2][3]. - The 2024 patent application volume for robots in China accounted for two-thirds of the global total, indicating a strong innovation landscape [3].

Group 1 - The 2025 World Robot Conference will be held in Beijing from August 8 to 12, featuring over 1,500 exhibits from more than 200 domestic and international robot companies, including over 100 new product launches [1] - The number of humanoid robot manufacturers participating is the highest in similar exhibitions, with 50 companies showcasing their latest products and industry solutions [1] - The core advantage of humanoid robots over industrial and collaborative robots is their fine manipulation capabilities, which are expected to be a key focus for commercialization [1] Group 2 - In 2024, China is projected to account for two-thirds of global robot patent applications, with significant breakthroughs in mobility and dexterity for humanoid robots, enabling their application in domestic services, manufacturing, and logistics [1] - The release of high-performance embodied intelligent models is anticipated to enhance the fine manipulation capabilities of humanoid robots, accelerating their commercialization in various scenarios [1] - The Figure.02 robot, equipped with an end-to-end dual system VLA model, demonstrates advanced capabilities such as grasping control, dynamic vision, object recognition, force feedback, and task planning, indicating a strong potential for humanoid robots in both household and industrial applications [1]

Core Insights - Figure's founder Brett Adcock released a demonstration video of the Figure.02 robot performing laundry tasks at home, marking its first operation in a real household environment after a month of testing in an office setting [1][4]. Group 1: Robot's Capabilities - The Figure.02 robot showcases its ability to perform laundry by using both hands to place clothes into a washing machine, demonstrating its task execution capabilities in a domestic setting [3][6]. - The transition from industrial environments to home settings highlights the robot's adaptability to different task environments, which is crucial for its operational success [8][14]. Group 2: Technical Aspects - The laundry task involves complex interactions, requiring the robot to manage various types of clothing and adapt to different household layouts, showcasing its advanced technical execution abilities [13][19]. - The Helix system, which includes a dual-system VLA model, enables high-speed and dexterous control of the robot's upper body, integrating visual and language processing for effective task execution [21][24]. Group 3: Task Complexity - While the demonstration illustrates the robot's ability to place clothes into the washing machine, it does not encompass the entire laundry process, which includes multiple steps such as sorting, washing, and drying [32][35]. - The approach of breaking down tasks into manageable sub-tasks is essential for the robot's learning and adaptation from controlled environments to more complex home scenarios [35]. Group 4: Recent Developments - Prior to the laundry demonstration, Figure released a demo showcasing the Figure.02's capabilities in a logistics sorting environment, achieving near-human levels of speed and reliability in processing diverse packages [38][39]. - The introduction of the F.03 battery is expected to enhance the performance and efficiency of electric-driven robots, positioning Figure as a leader in battery technology within the robotics sector [44][45].

Core Viewpoint - Figure's robot, Figure.02, has successfully demonstrated its ability to perform laundry tasks in a real home environment, marking a significant advancement from industrial applications to domestic settings [1][5][11]. Group 1: Robot's Capabilities - The demonstration video shows Figure.02 using both hands to load clothes into a washing machine, showcasing its ability to adjust the position of items during the process [2][3]. - The robot's transition from structured industrial tasks to the unpredictable nature of home environments highlights the importance of task environment adaptability for robotic systems [6][11]. - In industrial settings, robots handle structured, repetitive tasks with fixed object placements, while home environments present challenges due to their variability and lack of standardization [7][8]. Group 2: Technical Execution - The laundry task requires the robot to manage various types of clothing, necessitating advanced capabilities such as grip control, dynamic vision, object recognition, force feedback, and task planning [12][13]. - The Helix system, which includes a dual-system VLA model, enables Figure.02 to perform complex movements and control its upper body with high precision [15][17]. - The robot's ability to bend its knees and adjust its posture while loading clothes into the washing machine demonstrates a significant leap towards whole-body control [19]. Group 3: Future Developments - The current demonstration does not encompass the entire laundry process, indicating that robots will initially learn sub-tasks in controlled environments before gaining more autonomy [21]. - Following the recent demonstration, Figure has made strides in logistics with the Helix system, achieving near-human levels of speed and reliability in package handling [22]. - The introduction of the F.03 battery is expected to enhance the performance and efficiency of electric-driven robots, positioning Figure as a leader in the field [25].