Sweet Potato Robot releases a cloud-based one-stop development platform, enabling users to complete the development and deployment of robot applications with just one sentence.
On November 21st, the DDC2025 Sweet Potato Robot Developers Conference with the theme of "No FUN, No Wave" was successfully held in Shenzhen. As a leading provider of general hardware and software bases for robots in the industry, Sweet Potato Robot, aiming at the ultimate pursuit of end - side computing power and development efficiency by robots in the era of embodied intelligence, announced a new upgrade of its full - link development infrastructure. It also revealed in advance the high - computing - power development platform S600 for embodied intelligent robots and announced that it will be officially released in the first quarter of 2026. Additionally, it newly launched the "Sweet Potato Robot One - Stop Development Platform" covering data closed - loop systems, embodied intelligence training fields, and Agent development services, accelerating the intelligent evolution of robots through the combination of hardware and software and the integration of end and cloud.
The launch of the S600 and the one - stop development platform not only represents the culmination of Sweet Potato Robot's full - stack hardware and software technological capabilities and large - scale mass - production experience but also marks that it has built a full - link development infrastructure combining hardware and software and integrating end and cloud for high - computing - power general embodied robots, continuously leading the innovation of robot development paradigms. At the conference, Sweet Potato Robot announced that industry leaders such as Fourier, Accelerated Evolution, Independent Variable Robot, Starry Motion Era, Beijing Humanoid Robot Innovation Center, Humanoid Robot (Shanghai) Co., Ltd., Zhujiji Power, and GAC Group have become the world's first batch of strategic customers of the S600.
Meanwhile, Sweet Potato Robot also announced that Tier 1 automotive industry players such as ZX Auto Technology, Tianzhun Xingzhi, Huaqin Technology, Luxshare Precision, Jinmai Electronics, and Morning Star Technology have become the first batch of partners in the S600 ecosystem. They will jointly develop robot controllers to accelerate the implementation of embodied intelligent robots in diverse scenarios.
Wang Cong, the CEO of Sweet Potato Robot, said, "Embodied intelligence will become a new productive force driving industrial transformation, reshaping the efficiency boundaries of all industries. Sweet Potato Robot is committed to using its full - link development infrastructure to help customers and developers build a solid foundation, breaking the common problem of reinventing the wheel in the industry. We aim to enable them to embrace the upcoming new era with lower thresholds and higher efficiency. We will conduct joint research and innovation with outstanding industry partners, closely cooperate in technological innovation, application development, and ecosystem empowerment, accelerating the technological transformation and scenario verification of embodied intelligence and closing the business loop."
Breaking the Boundaries of Computing Power and Efficiency, Leading a New Paradigm of Robot Development Combining Hardware and Software and Integrating End and Cloud
The combination of hardware and software is the core engine driving intelligent leapfrog, and the integration of end and cloud is the key path to reshaping efficiency boundaries. Sweet Potato Robot uses its full - link development infrastructure combining hardware and software and integrating end and cloud to comprehensively support the large - scale implementation of robots. For the end - side, based on the mature and continuously evolving BPU intelligent computing architecture, it has created and steadily iterated the dual - series product matrix of Rising Sun and RDK covering various computing power segments, leading the industry into the era of high - computing power. For the cloud - side, it has built a one - stop development platform that simplifies robot development. Combined with hundreds of continuously updated robot intelligent algorithms that can be directly deployed on the end - side, it helps customers and developers efficiently create competitive intelligent robot products.
The S600, which was unveiled in advance this time as Sweet Potato Robot's flagship high - computing - power development platform for embodied intelligent robots, has a computing power of 560 TOPS*(INT8). It adopts an efficient and flexible large - and - small - brain architecture design and has been deeply optimized. Its "brain" is equipped with an 18 - core A78AE CPU and a new BPU Nash, which can support the efficient deployment of various embodied large - model algorithms such as VLA, VLM, LLM, and Locomotion on the end - side. Especially when adapting to Pi0 and Qwen2.5 - VL - 7B, its performance exceeds that of mainstream embodied brain platforms by 2.3 times and 2.2 times respectively, meeting complex decision - making needs. Its "cerebellum" is equipped with a 6 - core R52+ MCU, which is optimized for humanoid robots and has high - reliability and real - time motion control capabilities.
*Effective TOPS with 1/2 Sparsity, TPP(Total Processing Performance)<4800
As a cloud - based development environment perfectly matched with the end - side intelligent computing platform, the newly launched "Sweet Potato Robot One - Stop Development Platform" uses a development system that coordinates the combination of hardware and software and the integration of end and cloud to fully meet the full - link requirements of robot development in data closed - loop, simulation, model training and deployment, and development efficiency improvement, making robot development easier. The platform provides three major services:
•Data Closed - Loop System: It provides high - quality and high - efficiency data generation and data annotation. With the trinity of "model training - simulation evaluation - hardware - in - the - loop", it drives the autonomous evolution of robots and has been verified by dozens of customers.
•Embodied Intelligence Training Field: Focusing on the "full scenarios, full forms, and full tasks" of embodied intelligence, it provides full - link support from infrastructure to applications, accelerating the faster implementation of embodied intelligence. As a leading large - scale parallelized embodied training field in the industry, it has previously supported top - level competitions such as the CVPR Challenge/RoboTwin.
•Agent Development Service: It supports the creation of various Agents to assist robot development, forming an expert team for developers and making robot development easier. Among them, the RDK Agent development assistant can even achieve "completing robot application development and deployment with one sentence".
Sweet Potato Robot also continuously innovates in the field of advanced algorithms. Combining with the end - side intelligent computing platform, it helps customers and developers efficiently deploy advanced algorithms on the end - side. For example, Sweet Potato Robot's self - developed binocular algorithm leads the industry in SOTA indicators. Its binocular Depth with accuracy comparable to that of lidar, binocular OCC with obstacle - avoidance performance reaching the level of intelligent driving, and the high - level Omni - OCC, the industry's first multi - binocular panoramic Occupancy perception solution, continuously empower robot customers' product implementation. Sweet Potato Robot continues to deploy key algorithms for embodied intelligence. The performance of its self - developed VO - DP pure - vision Manipulation grasping solution exceeds the industry's SOTA. Its success rate surpasses that of DP and DP3, and its generalization and robustness far exceed those of Pi0.5, meeting the application requirements of industrial scenarios.
Hu Chunxu, the vice - president of the developer ecosystem of Sweet Potato Robot, said, "Lowering the threshold of innovation is the greatest romance of technology. Today, large models are reshaping the robot technology stack, and the goal of Sweet Potato Robot is to build a bridge for every developer to cross the gap between imagination. By packaging complex computing power, algorithms, and tools into simple 'building blocks', we hope to help developers'solve 99% of the hard work' so that they can focus on '1% of the inspiration' and quickly realize the whole process from creativity to creation and then to implementation."
Hu Chunxu, the vice - president of the developer ecosystem of Sweet Potato Robot
Business Achievements: Both Quantity and Quality Soar, Ecosystem Achievements Spread Globally and Cover All Ages
Based on its full - link development infrastructure combining hardware and software and integrating end and cloud, Sweet Potato Robot comprehensively empowers three major directions: "robot products in large - scale mass production, ubiquitous new robot applications, and general embodied intelligent robots for the future". It collaborates with over 60 upstream and downstream ecosystem partners in the hardware, software, and solutions industries to jointly create a reliable and complete hardware - and - software integrated solution, empowering customers and developers to accelerate the large - scale implementation of intelligent robots.
In the past year, Sweet Potato Robot's business achievements have shown a significant increase in both quantity and quality. Its shipment volume increased by 180% year - on - year, and the number of customers increased by 200% year - on - year. It has successively helped Yunjing's Xiaoyao 002 pioneer the era of AI binocular perception in floor - sweeping robots, assisted Insta360 in creating the world's first panoramic drone, the Yingling Antigravity A1, reshaping the flight brain, and supported Vita Power in releasing an intelligent companion robot dog, redefining the family intelligent partner. It has become the common choice for the industry to create popular products.
In terms of RDK ecosystem achievements, Sweet Potato Robot has achieved accelerated expansion in both horizontal and vertical directions. Horizontally, it has spread to more than 20 countries in Asia - Pacific, Europe, and North America. Vertically, it covers all age groups. So far, it has served over 100,000 robot developers, a 100% increase compared to last year. Among them, the DGP Gravity Plan, a global ecosystem innovation project created by Sweet Potato Robot for startup companies, has empowered over 500 small and medium - sized innovative teams to implement their projects, a 150% increase compared to last year, helping excellent innovative enterprises such as Langji Intelligence, Ludens Intelligence, Hengzhi Future, Xunling Technology, and Ruiya Aurora produce multiple excellent projects.
Sweet Potato Robot also actively promotes the construction of the global robot industry - academia - research and open - source ecosystem. It not only collaborates with excellent domestic industry - academia - research partners such as Dianmao Technology, Alibaba Cloud, JLCPCB, and DAMO Academy to empower over 500 large, medium, and small domestic and foreign universities, a 150% increase compared to last year, jointly creating an education curriculum system and talent training program for embodied intelligence and exploring cutting - edge embodied technology innovation. At the same time, it collaborates with global open - source partners such as Ultralytics YOLO, ROS, and LeRobot, and coordinates with the forces of embodied intelligence communities such as Lumina to jointly build an open and shared innovation origin for embodied robots. For top - level global talents in embodied intelligence, Sweet Potato Robot has officially launched the "Sweet Potato Young Scholars Program", aiming to focus on funding outstanding young scholars in the research field to conduct research on core technologies of embodied intelligence and achieve cutting - edge innovation breakthroughs.
Since its first edition in 2022, the Sweet Potato Robot Developers Conference has become one of the most influential and dynamic events in the robot field for three consecutive years. This year's conference attracted over 1,000 robot developers to sign up and held a series of activities such as the Embodied Intelligence Sub - forum, the Human - Robot Interaction Sub - forum, the Gravity Open Mic, the RDK Rapid Development Workshop, the RDK Embodied Task Exploration Workshop, and the Mecha Sweet Potato Party Night. These wonderful activities have built a bridge connecting developers, technical experts, and industry leaders, not only inspiring innovative ideas in communication but also making the path of application implementation clearer. It has truly become an annual feast for robot innovators.
Adhering to the long - term vision of "becoming the mother ecosystem in the robot era", Sweet Potato Robot always conducts joint research and innovation with global developers and industry partners. Facing the prosperous "robot +" era and the upcoming era of embodied intelligence, it continuously strengthens its development base combining hardware and software and integrating end and cloud, allowing the innovation wave of robots to sweep