On November 24, at the 8th ShenzhenInternational Charging, Swapping, PV-Storage-Charging & Station Exhibition,Wisson made its debut, attracting a continuous stream of visitors. With itsglobally unique "Pliabot® Flexible Embodied Intelligence"technological approach and impressive commercial implementation results,Wisson's CF1 Flexible Fully Automatic Charging Robot and a series of diversescenario solutions stood out in the bustling exhibition area. The distinctive"bionic flexible joints + visual-tactile AI" architecturedemonstrated unique advantages of "high versatility, super durability,immediate usability, and universal accessibility," aiming to assistvarious demonstration stations, test stations, and operational stations increating a new benchmark for smart stations and entering the fully closed-loopstage of autonomous driving ahead of schedule. This garnered widespreadattention from on-site customers, media, industry professionals, and others.

**Charting a Unique "Flexible"Path**

Proprietary Technological Approach SolvesCommercial Challenges of Automatic Charging

Amid the sweeping trends of vehicleelectrification and intelligence, although automatic charging is regarded as akey component of future smart mobility, it still faces numerous bottlenecks incommercial practice. Constrained by reliance on high-precision sensors andcomplex algorithms, safety concerns and maintenance costs associated with rigidinteractions, and high demands for stability and reliability in complexenvironments, existing technical solutions struggle to achieve an effectivebalance between cost, safety, and adaptability, posing significant challengesfor large-scale commercial deployment.

Based on the globally innovative Pliabot®flexible robot technology, Wisson's CF1 Flexible Fully Automatic Charging Robotutilizes a flexible embodied intelligent architecture composed of "bionicflexible joints + visual-tactile AI." By replicating the compliance andinteractive characteristics of the human arm, it eliminates the need forhigh-precision force sensors and complex algorithms, achieving disruptivebreakthroughs in universality, adaptability, safety, and cost. It effectivelyaddresses pain points of traditional solutions like robotic arms andcable-driven arms, such as susceptibility to jamming, poor adaptability, wearand tear, high costs, and difficult deployment and maintenance, making it moresuitable for large-scale commercial deployment.

Specifically, facing standardization andcompatibility challenges across brands and models, the flexible joints, basedon bionic muscles and driven by gas, simulate the flexible movements of a humanarm. Combined with visual-tactile AI, they enable adaptive, gentle errorcorrection and accurate connection to different charging ports. Simultaneously,they can adapt to unexpected vehicle disturbances, prevent jamming, and ensurecomprehensive safety for the vehicle, gun, and charging port.

Furthermore, characteristics of theflexible joints such as high environmental protection rating and strongtolerance to high and low temperatures allow the robot to flexibly cope withenvironmental changes like varying weather, light, temperature, and humidity,ensuring high success rates and reliability. In terms of cost, compared totraditional technological routes, the CF1's flexible embodied architectureoffers disruptive cost advantages at both the hardware and intelligent systemlevels, significantly reducing deployment and maintenance difficulties.

**Promoting Commercialization ThroughPublic High-Volume Operations**

Diverse Solutions Meet Application NeedsAcross Various Scenarios

Currently, Wisson's "FlexibleAutomatic Charging" has achieved breakthrough results in commercialimplementation, with product capabilities standing up to the rigorous test ofthe real market. During a 30-day public experience event held in the secondhalf of this year, conducted in the form of socialized public operation andpaid experience, it achieved results including a single-operation success rateexceeding 99.9%, 100% safe operations, compatibility with 100+ mainstream brandmodels, serving 1,000+ users per month with a single unit, and 97% userpositive feedback. This successfully established the industry's firsthigh-volume automatic charging robot case, signaling that the commercialdeployment and operation of automatic charging technology have matured,awaiting only the right moment for large-scale commercialization.

Concurrently, Wisson's "FlexibleAutomatic Charging" continues to deploy test and operational stations inlocations like Beijing and Shenzhen. The scale of stations and the number ofrobots in various regions are continuously increasing, with the implementationnetwork expanding rapidly, demonstrating strong commercial replicationcapability and market acceptance. In the next stage, Wisson will continue towork closely with customers and partners including OEMs, station operators,energy infrastructure manufacturers, unmanned operation providers, and localgovernments to accelerate the deployment of more solutions.

While commercial achievements continue toemerge, the technical capabilities and market value of Wisson's "FlexibleAutomatic Charging" have gained recognition from customers, partners,media, and others. *China Automotive News*, an authoritative automotiveindustry media under *People's Daily*, commented: "Born at the historicalconvergence of AI and the automotive industry, it not only demonstrates uniquetechnological innovation and ecological collaboration awareness but alsoverifies through commercial practice a clear path for AI evolving fromsingle-point capability embedding to system-level intelligentintegration." At the recently held 27th China International High-TechAchievements Fair and the 2025 Automotive Technology & Equipment DevelopmentForum, the CF1 Flexible Fully Automatic Charging Robot was honored with the"Excellent Technological Innovation" and "The Application of'Future Black Technology' for Mobile Charging in the Automotive Field"awards, respectively. In the LeadeRobot China Robotics Industry Selection inApril this year, it was recognized as the "Embodied IntelligenceApplication Benchmark."

In addition to the CF1, Wisson alsoshowcased complete solutions including fixed, overhead rail, ground rail, andlight-display types at this exhibition, fully meeting the diverse needs ofdifferent customers and scenarios. For example, the fixed solution featuresmodular design for rapid deployment, suitable for various single-point testing,demonstration, and usage needs, quickly enhancing the station's smart operationcapabilities and brand image. The rail-type solution expands the service radiusthrough rails, supporting one-to-multiple parking space services, efficientlymeeting the practical operational needs of scenarios like unmanned terminals,mining areas, delivery, Robotaxi, and Robobus. The light-display parking spacesolution, through futuristic immersive lighting effects, provides moreimpactful display and experience services for high-end commercial, office,airport, and tech park settings.