ShengShu Technology Completes Series A+ Funding of Over RMB 600 Million

Leveraging Multimodal Foundation Models to Unlock AI Productivity in Digital and Physical Worlds

SINGAPORE, Feb. 5, 2026 /PRNewswire/ -- ShengShu Technology has completed a Series A+ funding round of over RMB 600 million. The round was co-led by Zhongguancun Science City and LINK-X CAPITAL, with strategic investments from Wondershare, Visual China Group Co., Ltd., and TRS. Existing investors, including Qiming Venture Partners, Beijing Artificial Intelligence Industry Investment Fund, G&O, C&D Emerging Industry Equity Investment, and Guowen Hechuang further increased their investment in the round.

Original Model Innovation with Global Leadership

ShengShu Technology was one of the earliest teams globally to conduct research on multimodal generative algorithms. In September 2022, the team introduced the U-ViT architecture. In July 2024, Vidu launched globally, introducing the industry's first Reference-to-Video capability. Moving beyond conventional text-to-video and image-to-video models, this innovation addresses one of the core challenges in commercial video generation: maintaining multi-entity consistency. Since its launch, ShengShu has continuously released Vidu Q1, Vidu Q2, and Vidu Q3, with each iteration further improving performance across key benchmarks, including consistency, semantic understanding, motion dynamics, stability, and inference speed.

The recently released Vidu Q3 is the world's first video model built for storytelling. It supports 16-second synchronized audio-video generation, native 1080p output, advanced cinematic language, precise shot transitions, multilingual text rendering, and multi-language output.

According to the latest rankings from AI benchmarking authority Artificial Analysis, Vidu Q3 ranked No.1 in China and No.2 globally. The model placed ahead of several leading international video generation platforms, positioning Vidu among the world's top-tier solutions. Artificial Analysis data also indicates that Vidu Q2 maintains the fastest generation speed globally among commercial-grade content generation models.

In December 2025, ShengShu Technology open-sourced its TurboDiffusion framework, enabling a 5-second video to be generated in just 1.9 seconds on a single RTX 5090 GPU, improving video generation efficiency by 100 to 200 times.

Expanding Commercial Adoption

ShengShu Technology has established a comprehensive product ecosystem built around Vidu, including Vidu MaaS, Vidu SaaS, Vidu App and Vidu Agent, serving content creators and industry clients globally. In 2025, the company achieved more than 10× growth in both users and revenue. Vidu is now widely used by creators, studios, and enterprises in over 200 countries and regions worldwide for content production.

In film and entertainment, including animation, short drama, and feature production, Vidu works with over 90% of industry stakeholders across content owners, tool providers, and production studios. Clients and partners include Tencent Animation & Comics, China Literature, CCTV Animation, iQIYI, Jiangxi Film Group, Mango TV, Soy Sauce Animation, and JuriLu.

Vidu continues to expand across leading companies in internet and smart hardware sectors. Customers include ByteDance, SAMSUNG, Wondershare, TAL Education Group, Alipay, and HONOR, with applications spanning content production, marketing asset creation, and interactive product innovation.

In advertising, Vidu has become a preferred solution for leading brands, agencies, and platform operators, working with JD.com, Alibaba 1688, Amazon, Meituan, Focus Media, BlueFocus, L'Oréal, and Anta. The platform supports large-scale and reliable AI video production for commercial campaigns.

In gaming, Vidu has been deployed in core scenarios such as game advertising and scene generation, serving companies including Lilith Games, 37 Interactive Entertainment, SeaArt, and Tanwan Games, enhancing content production efficiency and interactive experiences.

Internationally, Vidu continues to gain traction among global creators and enterprise clients, including Pollo AI, PhotoGrid, OpenArt, Hubx, Fal.ai, Eachlabs, Freepik and GensPark. Its applications span creative tools, commercial production, and platform-level services, with additional adoption across education, broadcasting, and cultural tourism sectors.

Looking Ahead

"ShengShu Technology began with a strong foundation in algorithm research and continues to push the boundaries of core model innovation. Among leading international multimodal foundation models, Vidu has established clear differentiation and strong competitive advantages. From research breakthroughs to large-scale commercialization, we believe multimodal foundation models will become a next-generation production paradigm and a transformative force in productivity, reshaping global content workflows and industry structures. ShengShu will remain technology-driven and value-oriented, advancing product and commercial strategies to unlock the full potential of multimodal AI for the global content ecosystem," said Yihang Luo, CEO of ShengShu Technology.

"The ceiling for multimodal video models is exceptionally high. Beyond powering digital content creation and interaction, they have the potential to evolve into true world models that understand the underlying structures of reality and support end-to-end machine decision-making. As AI continues to mature in the digital world, ShengShu aims to push its boundaries further, expanding from digital deployment toward deeper integration with the physical world," said Jun Zhu, Founder and Chief Scientist of ShengShu Technology.

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

ShengShu Technology Completes Series A+ Funding of Over RMB 600 Million

BEIJING, Feb. 5, 2026 /PRNewswire/ -- A research team led by Prof. Hesheng Liu, founder and Chief Scientific Officer of Galaxy Brain Scientific Inc., has published a study in Nature that pinpoints the core functional circuit underlying Parkinson's disease (PD). The findings redefine the biological mechanism of PD and provide a scientific basis for developing precision neural circuit stimulation strategies for treating the condition.

PD currently affects over 13 million people worldwide and continues to pose a major clinical challenge, as existing treatments ranging from long-term medication to invasive deep brain stimulation (DBS) are often limited by diminishing efficacy or surgical risks. For decades, the disease was conceptualized as a movement disorder arising from dysfunction of the basal ganglia. We are tackling this big challenge head-on: clinical ready solutions that solve brain disorder. This study— an international collaboration between Galaxy Brain Scientific Inc., Washington University in St. Louis, Tsinghua University, Peking University, and Harvard University—analyzed precision functional neuroimaging data from over 800 participants to reveal a different story.

The researchers identified severe dysfunction in the somato-cognitive action network (SCAN)—a brain network essential for planning, coordinating, and executing actions—as the core feature of PD. In patients, this network shows abnormally high functional connectivity with deep brain regions, a signature not observed in other movement disorders such as essential tremor. "Our work shows that the disease is rooted in a much broader network dysfunction," noted Prof. Hesheng Liu. "The SCAN is hyperconnected to key subcortical regions in PD, and this abnormal hyperconnectivity disrupts not only movement but also related cognitive and automatic functions."

A critical finding of the research is that all existing effective therapies for PD share a common mechanism: they reduce this abnormally high connectivity between the SCAN and deep brain regions, essentially normalizing the circuit. "Our findings establish Parkinson's as a SCAN disorder. By targeting this network with personalized precision, we can now treat the disease more effectively than ever—potentially slowing or reversing its progression, rather than just suppressing symptoms," said co-author Nico U. Dosenbach, MD, PhD, the David M. & Tracy S. Holtzman Professor of Neurology at WashU Medicine.

This pioneering study was enabled by Galaxy Brain Scientific's proprietary personalized Brain Functional Sectors (pBFS) technology and its precision circuit stimulation system. The company's China NMPA -approved software and hardware system offers individualized precision targeting and non-invasive TMS stimulation with millimeter accuracy.

Galaxy Brain Scientific is already moving to bring these insights to the clinical frontline, having begun a pivotal registration trial for Class III devices dedicated to treating PD. Beyond Parkinson's, the company is also pioneering the application of this technology to treat other complex brain disorders, including Autism and Alzheimer's Disease.

 

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

Galaxy Brain Scientific's Technology Enables Landmark Parkinson's Study Published in Nature, Redefining Disease Mechanism