For fans who love ACG culture, breaking down the "dimensional barrier" (referring to installing a screen) between themselves and their "waifu" (or "husband") has always been an unattainable dream. In the past, we watched anime through screens, and later VTubers allowed for real-time interaction, but that "barrier" still exists.
At this year’s Taipei Game Show, HatsuMuv, a startup team from Waseda University in Japan, explained through their Taiwan advisor, Chen Po-jui, founder of Silent Technology, that by using the “character robot” Cutieroid and AI technology, which is considered to “infuse souls”, anime characters can “come alive” through robot forms.
In a subsequent sharing session, HatsuMuv confirmed that it will establish a joint venture with a Taiwanese team to create "Virtual Star Map," officially entering the Taiwanese market.
Why "anime character" instead of "realistic robot"?
In his speech, Chen Bairui first raised an interesting point: Why don't we make lifelike robots like Terminator or Tesla Optimus? The answer lies in the "uncanny valley" effect.
Even if only 1% of a realistic robot doesn't resemble a human, it can cause extreme discomfort and fear. In contrast, anime characters are part of a widely accepted aesthetic framework, making it easier for people to form emotional connections with them and showing greater tolerance for the "non-human" mechanical aspects.
HatsuMuv's core team originated from Waseda University in Japan, the first institution in the world to develop a humanoid robot. Its founder, Dr. Koma Izumi, combined his research and development experience at Panasonic with Lin Chih-peng, who had worked in game planning at Gamania, to try to push Japan's "Oishika" (supporting idols/characters) culture to its extreme: evolving from simple "watching" to "companionship" in real life.
A 150cm Impact: Cutieroid and Kotobukiya Gourai Collaboration Project
HatsuMuv's most representative work is undoubtedly the "MechGirls P3 Gourai" robotization project, a collaboration with the Japanese model manufacturer Kotobukiya.
This isn't your average tabletop figurine; it's a 150cm tall, life-size autonomous robot called Cutieroid. At last year's Hobby Show, a model exhibition in Japan, this "moving and talking" robot not only achieved a 165% fundraising goal but also showcased its exceptional technical capabilities: it boasts a complete hand-moving system, highly expressive facial features, and most importantly, the VirtualSoul core.
In addition to the collectible 150cm version, Chen Bairui also explained that HatsuMuv has created a more suitable 55cm Cutieroid Doll for the home. This moderately sized robot retains the doll's "dressable and customizable" features, while also possessing the same AI interaction capabilities as larger robots, making it feel like a VTuber "walking" out of the screen onto the table.
VirtualSoul: More than just a chatbot, it's a soul with "memory".
Hardware is merely the shell; AI is the soul. HatsuMuv's VirtualSoul system is a control hub that integrates LLM (Large Language Model), environmental awareness, and character setting.
In his explanation, Chen Bairui mentioned that this system can connect to various models such as GPT-4o and Gemini, but more importantly, it possesses "long-term memory" and "proactivity." Chen Bairui emphasized, "We don't want her to be just a simple question-and-answer voice assistant." Through special prompt engineering and personality settings, each Cutieroid can have a unique personality, meaning that future IP licensing will no longer be just about selling figurines, but about selling a "living, interactive character experience."
"Virtual Star Map" Established in Taiwan, Targeting the Business Opportunities of IP Materialization
Recognizing Taiwan's high acceptance of ACG culture and its advantages in the hardware supply chain, HatsuMuv has decided to establish a new joint venture, "Virtual Star Map," with Taiwan's Silent Technology.
The new company will be responsible for the application of HatsuMuv technology in Taiwan, including collaborative development with local Taiwanese IPs (such as VTubers and original anime characters), localized training of AI models, and promoting offline activities using 2D/3D characters through robotic platforms.
Imagine a future where the mascots at anime conventions are no longer standees, but robots that actively wave and hand out flyers. This would be a huge upgrade for marketing and interactive experiences.
Analysis and Perspective: Market Segmentation from "AI Toys" to "Character Robots"
The Taiwanese market has been quite lively recently in the field of "AI + IP". In addition to HatsuMuv's big move, Bravo Ideas also recently announced a collaboration with Wild Beast Kingdom to upgrade traditional plush toys into AI companions with conversational capabilities using AI chip technology.
What are the differences between these two? I believe they can be observed from the following dimensions:
• Product positioning and price range:
The collaboration between Creative Ideas and Wild Things Kingdom follows a development path of "upgrading mass-market toys." The focus is on adding voice interaction functions to existing static figurines (such as Marvel and Disney series). The technical threshold is relatively low, the price is more affordable, and it is easy to popularize to the general children's or collector's market.
HatsuMuv, on the other hand, takes the route of "high-end robots". Whether it is a 55 cm or 150 cm model, it involves complex motor control, balance calculation and full body language, which is more like a "luxury" or "B-end commercial application", targeting the needs of hardcore ACG players and corporate demonstrations.
• Depth of interaction:
AI toys: Most focus on "voice dialogue", using large language models to enable toys to chat and tell stories.
Character Robot: HatsuMuv emphasizes "multimodal interaction". In addition to speaking, it has eye contact, physical actions (such as shaking hands and waving), and even the ability to move. This "physical" sense of companionship is difficult for simple voice toys to replace.
• Core technology:
The creative idea focuses on the transformation of live-streaming e-commerce technology into AI and chip integration, while HatsuMuv is a pure Waseda robotics school with a solid foundation in mechanical engineering and motion control algorithms.
In summary, the emergence of generative AI has filled the gaps in the robotics industry's past lack of "brain" and "speech ability." Whether it's AI toys with creative ideas or HatsuMuv's character robots, we are witnessing the golden intersection of the ACG industry's shift from "digital content" to "physical companionship."
Taiwan, with its strong semiconductor and manufacturing supply chain, has a great chance to become an important arsenal in this wave of "virtual wives becoming physical."
