Recently, RoboScience has been successfully selected for The Information’s 2025 list, published by the Silicon Valley tech media outlet. “The World’s 50 Most Promising Startups” The list, titled “The Information’s 50 Most Promising Startups” (TI50), underscores the company’s technological prowess and commercial potential in the field of embodied intelligence, earning international recognition. 
 

The Information is one of Silicon Valley’s most influential tech media outlets, renowned for its in-depth and exclusive reporting, and boasts tens of thousands of paying subscribers across 84 countries and regions worldwide. Its annual flagship list, the “TI 50,” aims to identify the 50 most promising non‑unicorn startups globally, spotlighting the next wave of disruptors poised to reshape industries in the years ahead.

This ranking is based on rigorous research, involving an analysis of companies’ current conditions, business models, and growth prospects, as well as the collection of previously undisclosed commercial and financial data. After comprehensive evaluation, only 50 startups were selected from among tens of thousands worldwide, resulting in an overall selection rate of less than 0.5%. Due to its forward-looking and highly professional assessment criteria, the “TI 50” has come to be regarded in the industry as one of the most influential benchmarks for early-stage enterprises.

RoboScience, a robotics science company, was founded in late December 2024 and officially commenced operations in March of this year. The company focuses on the research and development of cross‑entity general embodied intelligence and embodied operating systems, with the mission of creating world‑leading embodied intelligence models—both “big brain” and “small brain”—and related products.

The company’s VLOA large model aims to achieve generalization across three key dimensions: guiding any robot, manipulating any object, and executing any task. Taking grasping as an example, compared with existing methods that rely on specific objects and robotic arms, it delivers substantial improvements in success rate, pose diversity, and computational speed, offering a novel approach to dexterous grasping. Furthermore, it has successfully tackled furniture assembly—a physically embodied task that remains the most complex, precise, and procedurally intricate to date.

The company has also launched RoboMirage, a high-precision, general-purpose physics simulation platform for embodied intelligence. RoboMirage boasts five core features: a scalable contact‑modeling framework compatible with all object types, high‑fidelity multi‑body dynamics simulation, industry‑grade stable algorithms, a Pythonic design, and advanced GPU‑driven heterogeneous acceleration. These capabilities help address the shortage of high‑quality data in embodied intelligence and can significantly narrow the Sim2Real gap.

This successful inclusion in a world‑leading ranking marks international recognition of RoboScience’s innovative achievements and global competitiveness. 
 

In the future, RoboScience’s embodied large-scale models, simulation engines, and robot platforms tailored to diverse scenarios will be widely deployed across multiple sectors—including retail, logistics, manufacturing, and home environments—delivering rapid, safe, and intelligent solutions that efficiently handle complex and dynamic tasks.