Black Sesame Intelligence (02533) debuted at 2026 World Robotics Conference SesameX full matrix products to demonstrate the hard-core strength of embodying intelligence

The Zhitong Finance App learned that on August 19, the 2026 World Robotics Conference (WRC) was grandly opened in Beijing. Leading companies and innovative achievements in the global robotics field gathered to explore new ways to commercialize the industry. Black Sesame Intelligence (02533) participated in the exhibition with the full matrix products of the SesameX multi-dimensional physical intelligent computing platform, focusing on presenting the company's leading layout and commercialization achievements in the intelligent circuit, and showcasing the technical strength of automotive-grade AI computing power to empower the robotics industry in a comprehensive manner.

Full-stack self-developed technology system to create a full-brain intelligent base for robots

As the industry's first full-stack self-evolving robot commercial deployment platform that supports full-brain intelligence, the SesameX multi-dimensional intelligent computing platform is the core strategic layout of Black Sesame Intelligence's expansion from smart cars to the field of embodied intelligence. Black Sesame Intelligence fully extends automotive-grade AI computing power capabilities to the field of robotics. Its core positioning is to provide the best support for the commercial implementation of robots, covering service robots, industrial robots, humanoid robots, medical robots, etc., and providing them with “whole brain intelligence” solutions with high computing power, low power consumption, and high reliability.

The Sesamex multi-dimensional embedded intelligent computing platform adheres to the product concept of “deployment is evolution, perception is understanding, operation control is response, and safety is boundary” to create a four-layer full-stack software system: the underlying computing platform is equipped with a self-developed operating system and ROS2 ecosystem, the middleware layer realizes multi-intelligent unit collaborative scheduling, the original atomic application layer disassembles complex tasks into reusable skills, and the top-level X-Safety system safety layer is based on ASIL-D vehicle-level standards. Through a four-domain isolation architecture, safety is internalized as a system instinct, so that the robot “executor” can be used as a system instinct Really moving towards “embodying” “Smart partner”.

Three-level computing power ladder, covering the needs of all types of robot scenarios

At this exhibition, Kalos and Aura's two core computing modules and development kits were all exhibited, which can be flexibly adapted to the development and implementation of robot products of different shapes and complexity.

• Kalos commercial service robot special platform: focusing on integration of visual perception+motion control, with a maximum computing power of 48 TOPS, integrated dual-core MCU operation control architecture to accurately solve the three major pain points of poor stability, high cost, and difficult mass production of commercial equipment. It is suitable for low-speed wheeled scenarios such as delivery, cleaning, inspection, and welcome. It is the most mature and cost-effective inclusive robot center.

• Aura multi-task execution general computing platform: equipped with 70 TOPS heterogeneous computing power, supports multi-modal simultaneous sensing and millisecond real-time motion control, and targets complex operation scenarios such as multi-foot robots, industrial inspection robots, and collaborative robotics, so that robots can “understand the world and act accurately”.

• Liora is an intelligent all-round computing platform with a maximum computing power of 700 TOPS, supports world models and end-to-end control, targets advanced scenarios such as humanoid robots and multi-robot collaborative systems, and supports robots to achieve independent thinking, prediction, and decision-making.

Benchmark cooperative products are on the same platform, and the hard core strength can be learned intuitively

In addition to the core module and development kit, Black Sesame Intelligence also brings a variety of benchmark cooperative terminal products and scenario-based solutions, focusing on the mass production and implementation capabilities of the SesameX platform.

• Wheel-legged four-legged robot dog, powered by the black sesame intelligent Aura computing module. One module simultaneously carries the “brain” and “cerebellum”: the brain is responsible for multi-modal perception and decision planning, and real-time understanding of complex terrain and obstacles; the cerebellum takes over real-time control of gait and balance, and stabilizes every step. The brain and brain work together in the same module, and can also instantly avoid obstacles and land accurately in the face of steps, gravel, and slopes, such as walking on flat ground and operating stably independently in high-risk scenarios such as power inspection and park security.

• Liora's end-side multi-modal VLA model, based on a unified computational structure and task scheduling mechanism, has built a continuous evolution path for robots from task execution to full brain collaboration; the 10+ Hz measured VLA frame rate leads the industry. This is a platform product specially built for the next generation of humanoid flagship robots, which can give robots real-time environmental awareness and accurate motion response capabilities.

In the future, Black Sesame Intelligence will continue to broaden the application boundaries of computing power, enable the robot industry to move from technology demonstration to large-scale commercial implementation with full-stack self-developed technical capabilities and an open and collaborative ecological model, and promote the high-quality development of the embedded intelligent industry.