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Curious Refuge, which launched in May 2023, has quickly established itself as a prominent training ground for Hollywood professionals eager to adapt as generative technology transforms production processes. This shift has sparked new career opportunities, even as some industry insiders express concerns about job security in the face of AI advancements.


Curious Refuge, AI Film School
Credit: Curious Refuge

Despite the enthusiasm surrounding AI, many in Hollywood remain cautious. Critics highlight the emergence of AI-generated figures, such as actress Tilly Norwood, who was condemned by the SAG-AFTRA actors' union for potentially replacing human performers with synthetic alternatives.


Curious Refuge has attracted around 10,000 students globally, with co-founders Caleb and Shelby Ward reporting that 95% of attendees are professionals from the entertainment or advertising sectors seeking to enhance their skills as AI becomes increasingly integrated into Hollywood. Others, like Petra Molnar, have transitioned from different careers, using AI to carve out new paths. Molnar, who previously worked as a dental hygienist in London, discovered her creative side during the COVID-19 pandemic. After enrolling in classes at Curious Refuge, she successfully pivoted to a career in advertising, creating promotional videos that gained significant exposure, including one showcased on the Nasdaq's massive LED screen in Times Square. "AI genuinely changed my life," she remarked.


Founded in 2020, Curious Refuge began offering courses in AI-assisted documentary and narrative filmmaking, as well as advertising, in early 2023. The academy now provides instruction in 11 languages across 170 countries. Other educational institutions, such as the Los Angeles Film School, are also incorporating AI into their curricula, offering online degrees in digital filmmaking. Curious Refuge's classes are pre-recorded and accessible behind a paywall, allowing students to learn at their own pace. Instructors hold weekly office hours to address queries, and the school hosts regular meet-ups, including events at the Cannes Film Festival and in major cities worldwide. The Discord platform has become a virtual hub for the Curious Refuge community, fostering collaboration and discussion.


The academy has also conducted AI training and workshops at various studios, although the founders have refrained from disclosing specific names due to non-disclosure agreements. Caleb Ward, CEO and co-founder, expressed the school's mission: "We love to step in and create a baseline of understanding for the entire studio. Here's what's possible with artificial intelligence. Here are the creative possibilities. Here are just different takeaways that you can get from utilising the technology."


A study commissioned by the Concept Art Association and the Animation Guild predicted that nearly 120,000 jobs in film, television, and animation could be consolidated, replaced, or eliminated due to generative AI by the end of the year. Some industry experts draw parallels between the rise of generative AI and the advent of YouTube, which opened doors for a new generation of storytellers. Chris Jacquemin, head of digital strategy for the WME talent agency, noted, "There will be some job loss and job displacement, but there will also be job creation and a generation of new storytellers that emerge, in part, because financial barriers are being reduced or they simply now have access to make things that were not otherwise even available to them."


Curious Refuge plays a vital role in training filmmakers and storytellers to leverage machine learning tools effectively. The AI entertainment studio Promise, backed by media veteran Peter Chernin's North Road studio and Andreessen Horowitz, acquired Curious Refuge last February. The school serves as a talent pipeline for Promise, which seeks artists, directors, and other creatives skilled in AI production techniques. Jamie Byrne, co-founder and President of Promise, acknowledged the competitive landscape, stating, "We realised that there would be other studios like ours -- but also, many of the traditional studios and distributors and production companies -- would be looking to hire the same talent."


Deepening the AI talent pool is crucial for accelerating Hollywood's adoption of this technology. Yves Bergquist, director of the project on AI and Neuroscience at USC's Entertainment Technology Center, described education as "the single biggest opportunity in AI right now," praising Curious Refuge's course offerings as "first-rate." For visual effects artist Eng, Curious Refuge has already opened new doors. "I immediately jumped into the tools and started getting work immediately," he shared, also teaching an AI filmmaking class at Studio Arts, a trade school in Los Angeles.


  • Curious Refuge has attracted 10,000 students globally, primarily from the entertainment industry.

  • AI is reshaping Hollywood, creating new career paths while raising concerns about job security.

  • The academy offers courses in 11 languages and has become a global hub for AI filmmaking education.

  • Industry experts predict significant job displacement due to generative AI, but also new opportunities for storytellers.

Chinese robotics firm Agibot released a new video showcasing its humanoid robots practicing martial arts at China’s historic Shaolin Temple. The robots demonstrated impressive synchronicity and precision at China’s historic Shaolin Temple.


Monks and robots perform synchronized martial arts in an outdoor temple setting. They wear blue robes, the robots are gray and yellow.
Credit: X

The clip, which began circulating on social media channels and through major media outlets from Feb. 7, blends traditional martial arts with modern artificial intelligence. This blend has evoked a spectrum of public emotions, ranging from surprise to fear.


Agibot’s humanoid robots are shown executing kung fu moves with balance, speed, and precision in the video. These movements are not new for the company’s robots.


The Shanghai-based company first debuted the Lingxi X2 humanoid in March 2025 as a general-purpose robot. A video from that time showed it cycling in an open space, similar to human activity.


In May 2025, the firm released another video featuring the robot performing the notoriously difficult Webster flip. This gymnastics move involves a forward somersault with a back-leg takeoff and precise body control throughout the midair phase.


The robot also demonstrated its ability to perform kung fu moves in this earlier clip, similar to those seen in the recently released video.


The Lingxi X2 humanoid, capable of performing martial arts sequences, is powered by its Genie Operator-1 AI model, also known as the Go-1 model.


The Go-1 model utilizes a zero-sample generalization technique, allowing the robot to manipulate items and carry out basic tasks without prior training. This technology also enables a group of humanoid robots to work in sync, as seen in the video clip.


The Go-1 model significantly enhances the X2’s ability to learn, plan, and perform tasks in real-world environments. It is designed to introduce "latent actions", a technique that helps robots understand human movement by leveraging past and current visual frames.


This feature addresses the shortage of labeled action data needed to train humanoid robots to exhibit human-like behavior.


The decision to film humanoids performing martial arts sequences at the Shaolin Temple holds symbolic significance. The temple is globally recognised as the birthplace of Shaolin kung fu, embodying centuries-old traditions of disciplined training, philosophy, and physical mastery.


Pairing this legacy with humanoids signals how technology is gradually integrating into traditional human domains. Agibot has positioned its robots as collaborators, rather than isolated machines, whether by assisting with physical tasks, performing alongside people, or learning from human demonstrations.


Combining centuries-old martial arts traditions with cutting-edge predictive artificial intelligence creates a powerful contrast between heritage and innovation. The performance prompts viewers to reflect on the rapid evolution of humanoid robotics.


These machines may soon move beyond laboratories and staged demonstrations to play a more visible role in daily human environments.

  • Chinese robotics firm Agibot released a video showing its humanoid robots performing kung fu with Shaolin monks.

  • The Lingxi X2 humanoid, powered by the Genie Operator-1 AI model, demonstrates advanced capabilities including synchronised movement and learning without prior training.

  • The video, circulating from Feb. 7, showcases the robots' precision and balance at China's historic Shaolin Temple.


A technology innovation park in southeastern Beijing has emerged as a key hub for robotics development, showcasing advanced humanoid robots and dexterous robotic hands. The National Information Technology Application Innovation Park hosts over 1,000 technology companies focusing on areas like artificial intelligence (AI), quantum information, and 6G communications.


Robots and prosthetic arms on display in a tech exhibition. Background features screens with diagrams and text. Bright, futuristic setting.
Credit: CMG

Robotics companies within the park have garnered significant attention, with advancements across humanoid robots, robotic components, and embodied AI models. Humanoid robots are often considered the "crown jewel" of the robotics industry, integrating key embodied AI technologies.


The Tiangong 3.0 humanoid robot, developed by the Beijing Innovation Center of Humanoid Robots, demonstrates significant technological progress and an open-source development approach. The Tiangong series has previously shown high mobility, with the Tiangong Ultra humanoid robot winning a marathon last year.


The Tiangong Ultra completed a 21.0975-kilometre course in 2 hours, 40 minutes, and 42 seconds. This achievement underscores the advanced capabilities being developed at the park.


Runners and a robot cross a marathon finish line, surrounded by cheering crowds and banners. A timer reads 2:40:24. Urban backdrop.
Credit: CGTN

Galbot G1, an embodied AI robot from Galbot, is powered by large models and designed for intricate scenarios. Its integrated spatially intelligent large model enables it to comprehend 3D environments and autonomously break down complex, long-range tasks into actionable steps.


Another display features the L7 humanoid robot from Robotera, capable of performing intelligent sorting and code scanning in logistics. It also handles assembly work in manufacturing settings, highlighting its versatility.


Dexterous robotic hands are another focal point of the exhibition. Linkerbot demonstrated its hand performing fine-motor tasks, such as threading a needle, highlighting its high level of flexibility.


The Linkerbot device provides up to 42 degrees of freedom for the full hand, surpassing the 26 degrees found in a human hand. Linkerbot produces around 1,000 units monthly and claims an approximate 80% global market share in the dexterous robotic hand segment.


By 2025, China reportedly had more than 140 domestic humanoid robot manufacturers, with over 330 humanoid robot models released. This data comes from the Ministry of Industry and Information Technology.


Global shipments of humanoid robots surged to approximately 18,000 units in 2025, marking a 508% year-on-year increase. Chinese firms, based in cities including Shanghai, Shenzhen, and Beijing, dominated this market share, according to a report from the International Data Corporation.


Policy support has played a crucial role in the development of humanoid robots. During the 15th Five-Year Plan, covering 2026-2030, China has advocated for the forward-looking development of future industries.


This plan embraces embodied intelligence as a new growth engine and sets a key goal of achieving substantial improvements in scientific and technological self-reliance and strength.

  • A Beijing innovation park serves as a central hub for robotics, hosting over 1,000 technology companies focused on advanced AI and hardware.

  • The park showcases advanced humanoid robots like Tiangong 3.0, which has demonstrated high mobility, and Galbot G1, an embodied AI robot for complex scenarios.

  • Dexterous robotic hands, such as Linkerbot's 42-degree-of-freedom device, highlight significant advancements in fine-motor capabilities.


Source: CGTN

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