Seele AITranslation site

In the field of 3D games and content creation, “high technical threshold, long development cycle, and difficult creative landing” has always been a pain point in the industry – professional developers need to master complex skills such as modeling, programming, and physical engine debugging, and a 3D game often takes months or even years from concept to launch. Even if the average creator has a brilliant idea, it is difficult to transform his ideas into interactive 3D works due to lack of technical skills. The Seele AI launched by Quanling Company has become the world’s first tool that can directly transform text descriptions into complete 3D games, not only making “zero-code 3D games” a reality, but also expanding the boundaries of 3D creation to diverse fields such as trendy play development and virtual social networking, opening a new era of “everyone can create a 3D world”.

1. Core subversion: from “technical constraints” to “creative freedom”, redefining the logic of 3D creation

The most revolutionary value of Seele AI is that it breaks the inherent model of “technology first, creative later” of traditional 3D creation, and with three core advantages, 3D content production has changed from a niche field with “high professional thresholds” to a mass creation that “everyone can participate in”.

(1) 100% autonomous AI engine: end-to-end automation, text is the “game blueprint”

Seele AI‘s core competitiveness stems from its completely self-developed AI engine, which can automate the entire process from “text input” to “full 3D game” – users do not need to write a line of code, no need to manually model, just describe their requirements in natural language (both Chinese and English), and the engine will automatically complete the entire chain of 3D scene construction, character generation, gameplay logic design, and physics effect adaptation. For example, if you enter “Generate a cyberpunk-style FPS shooter where players need to fight mechanical enemies in a neon-lit futuristic city with sprinting, jumping, and weapon switching functions”, Seele AI will analyze the requirements in a few minutes: generate a 3D scene of a city full of high-rise buildings (including details such as dynamic neon lights and rain reflections), design a mechanical enemy model with energy weapons, write the gameplay logic of “player move-shoot-kill scoring”, and even adapt to “bullets hitting objects to generate explosion effects” The final output is a full game that can be played directly. This efficiency of “input idea = output finished product” completely overturns the development cycle of traditional 3D games that often takes months.

(2) Multi-modal interaction + personalized customization: make 3D creation “interactive and adjustable”

Unlike traditional AI generation tools, which are “one-time output and difficult to modify”, Seele AI has built a multimodal interaction system of “text + 3D modeling + physics engine”, which not only supports “fool-like” generation but also allows users to deeply customize details. For example, after generating a “flying simulation game”, users can further adjust it through natural language: “change the time in the game from day to dusk, increase the dynamic effect of bird flocks, reduce the flight gravity to make the operation lighter”, and the AI will respond and update the scene in real time; If you want to refine the modifications, you can also manually fine-tune the texture of the texture (such as changing the character’s clothing from metallic to cloth), adjust the character’s movements (such as optimizing the frequency of wing flapping when flying), and modify the physics parameters (such as increasing the effect of airflow on the flight trajectory). This model of “AI automatic generation + manual precise optimization” not only ensures creative efficiency but also retains the uniqueness of creativity, allowing ordinary users to create “exclusive 3D worlds”.

(3) Cross-border adaptation capabilities: More than just games, unlock unlimited scenes for 3D creation

The value of Seele AI extends far beyond 3D game generation, and its high degree of freedom in 3D visual expression can seamlessly adapt to diverse fields such as gaming, trendy play, IP development, and space design. For example, a trendy toy designer only needs to enter “Generate a virtual trendy toy image that combines oriental ink style and futuristic technology elements, 20cm tall, movable joints, and holding an ink special effect weapon”, and Seele AI will generate a 3D model and output a file that can be used for 3D printing; The IP development team wants to create a virtual idol, enter “design a two-dimensional virtual idol with short pink hair and good at singing and dancing, including stage performance and daily interaction two action modes”, AI can generate a 3D idol model with bone binding, supporting subsequent access to live broadcast or short video platforms; Even in the field of space installation design, input “generate an immersive starry sky-themed exhibition space, with interactive starlight special effects on the ground, and wall projections that change with the audience’s movement”, and can also quickly output 3D space solutions – this cross-border capability makes Seele AI a “full-scene 3D creation tool”.

2. Functional matrix: From “generation” to “sharing”, build a closed loop of the whole process of 3D creation

Seele AI has created a functional system covering the entire life cycle of 3D content around the three cores of “efficient creation, flexible optimization, and convenient communication”, allowing users to move from “creative germination” to “work landing” without relying on other tools.

(1) Zero-threshold generation: Driven by natural language, ideas are implemented immediately

Seele AI completely lowers the technical threshold for 3D creation, allowing both professional developers and ordinary users to start their creations with simple operations:

• Multilingual support: Support Chinese and English natural language input, flexible description methods – it can be concise (such as “generate a fantasy-style adventure game”) or detailed settings (such as “generate a medieval castle escape game, players need to crack mechanisms, evade guards, and finally find hidden secret passages to escape, the scene includes three areas: dungeon, banquet hall, and tower”);
• Full coverage of genres: It can generate various types of 3D games such as FPS shooting, flight simulation, adventure puzzle-solving, and role-playing, and can also customize special gameplay according to user needs (such as “generate a healing farm game without combat, players can plant, breed, and interact with NPCs”);
• Automatic completion of details: Even if the user’s description is not detailed enough, AI can complete reasonable details based on the knowledge of the large model. For example, if you enter “generate a science fiction game”, the AI will automatically add “futuristic scenes, levitation vehicles, energy weapons, and other elements” to avoid users getting stuck due to “unexpected details”.

(2) Visual optimization: What you see is what you get, and details are polished more efficiently

• Real-time preview: During the AI generation process, users can view the dynamic effects of 3D scenes, characters, and gameplay in real time, and can judge whether they meet expectations without waiting for the full generation.
• Conversational optimization: Support adjusting details through natural language dialogue, such as “adding fire effects to the castle gate”, “changing NPC dialogue content to a more humorous style”, and “improving the picture resolution of the game”, and the AI will respond and update instantly;
• Professional tool access: For users with a certain technical foundation, Seele AI opens up a basic 3D modeling tool interface, which can manually adjust model vertices, modify animation keyframes, and optimize light and shadow rendering effects to meet more professional creative needs.

(3) Convenient publishing and sharing: social communication to make creativity visible to more people

• Instant trial: After the work is generated, there is no need to download and install, and it can be tried directly online, which is convenient for users to quickly test the experience;
• Community Publishing: Users can post their satisfied 3D works (games, trendy models, virtual spaces, etc.) to the official Seele AI community to receive likes, comments, and collections from other users, and may even be recommended by the platform for more exposure.
• One-click sharing: Support generating work links or QR codes to share them on social platforms such as WeChat, Weibo, Discord, etc., and relatives, friends or fans can directly click on the link to enter the 3D world experience, helping the rapid spread of creativity.

3. Usage process: 5 steps to get started, everyone can be a “3D creator”

Despite its power, Seele AI is extremely simple to use, allowing even those who are new to 3D creation to go from “inputting ideas” to “generating artwork” in minutes:

1. Login and public beta experience: Visit the Seele AI official website (https://www.seeles.ai/), register an account to participate in the global public beta, and receive a free invitation code to unlock more advanced features.
2. Input creative requirements: In the input box on the official website or in the app, describe the 3D creation needs in natural language (both Chinese and English), such as “Generate an undersea exploration 3D game where players play as divers to explore shipwreck ruins, collect treasure and hide from marine life”;
3. AI Automatic Generation: Click the “Generate” button, and Seele AI’s AI engine will automatically analyze the requirements and complete the full process of generating 3D scenes, characters, gameplay logic, and physics within a few minutes.
4. Preview and Optimization: View the generated effect in the preview interface, and if you need to make adjustments, you can make modifications through natural language (such as “add a swarm of glowing jellyfish to make the wreck have a flashlight lighting effect”), or manually fine-tune the details;
5. Publish and share: After confirming that your work meets expectations, click “Publish” to upload it to the Seele AI community or generate a sharing link to send it to others, inviting them to experience their 3D creations.

4. Application scenarios: From “games” to “industries”, reshaping the value boundaries of 3D creation

The emergence of Seele AI has not only changed the creative model of 3D games but also triggered a chain reaction in education, IP development, marketing, social networking, and other fields, bringing efficiency revolutions and creative upgrades to multiple industries.

(1) Game development: reduce costs and increase efficiency, so that ideas can be realized quickly

For the gaming industry, Seele AI is an “efficiency accelerator”: professional game teams can use it to quickly generate game prototypes and verify gameplay feasibility (e.g., enter “test a ‘parkour + combat’ gameplay prototype” and complete the verification within a few hours, avoiding the risk of “investing a lot of resources and finding that the gameplay is not viable” in traditional development); independent developers or small teams can generate playable 3D games based on creativity alone without forming a large technical team, reducing entrepreneurial costs; Even ordinary game enthusiasts can transform their “game brains” into actual works, such as generating “puzzle solving games based on their own campus scenes” and sharing them with their classmates – this model of “game creation for all” is expected to give birth to more novel gameplay.

(2) Education and training: immersive scenes make learning more vivid

Seele AI brings “immersive teaching tools” to the education field: in programming learning, teachers can input “generate a visual Python programming training 3D scene, and players control character movement and crack mechanisms by writing simple code”, so that abstract programming knowledge can be transformed into a concrete gamification experience; In the field of vocational training, enter “generate a 3D scene of factory equipment operation simulation, including equipment disassembly, troubleshooting, and safety operation demonstration functions”, and students can practice repeatedly in a virtual environment to avoid safety risks in actual operation; Even popular science education, enter “Generate a 3D roaming scene of the solar system, players can control the spacecraft to observe the planets up close and check the physical parameters of each planet”, making astronomical knowledge learning more interactive.

(3) Pan-entertainment and IP development: Accelerate commercialization and make IP “live”

In the field of pan-entertainment, Seele AI has become a “powerful tool for IP development”: the virtual idol team inputs “generating a 3D model of a virtual idol with blue hair and cat ears and good at e-sports, including two action sets of live broadcast interaction and game competition”, which can quickly land the virtual idol image and access the live broadcast platform; The trendy toy brand input “generates a set of 3D models of ‘space exploration’ theme, including astronauts, alien creatures, and spaceships, and supports joint movable design”, which can output 3D printing files and quickly mass-produce without the traditional modeling process. In the derivative development of film and television IP, enter “Generate a 3D interactive model of the planetary engine of the same model as the movie “The Wandering Earth”, allowing users to view the internal structure and simulate the launch effect, which can quickly launch derivative interactive content and increase IP fan stickiness.

(4) Advertising and marketing: gamified interaction to enhance brand communication

Seele AI brings “gamification innovation” to the advertising and marketing industry: brands can create “interactive 3D advertising games”, such as beverage brand input “generate a parkour game of ‘collecting energy drinks to unlock levels’, the character image is the brand mascot, and product elements are implanted in the scene”, users naturally receive brand information in the process of playing the game, which is more attractive than traditional advertising; The car brand input “generate a 3D virtual test drive scene, users can control the new car to drive in different road conditions (urban roads, mountain roads, snow) and view vehicle performance parameters”, allowing users to intuitively feel the advantages of the product without offline test drive; Even FMCG brands can increase user engagement and facilitate purchasing decisions by typing “Generate a ‘DIY cosmetics’ 3D interactive game where users can adjust different colors of lipstick and see the upper lip effect.”

(5) Social and UGC platforms: Personalized content to enrich the virtual social experience

Seele AI can also empower social platforms to create “new 3D social scenes”: after the social app is connected to Seele AI, users can input “generate their own exclusive 3D virtual space, including living room, game room, observation deck, and support inviting friends to interact”, realizing the immersive experience of “online gathering”; On the UGC platform, users can generate 3D interactive content (such as “generate a 3D mini-game that ‘answers questions’ and revolves around animation knowledge”) and share it with fans to interact with and increase account activity. Even in the metaverse social scene, enter “generate a sci-fi-style virtual social plaza, where users can customize 3D avatar images and participate in group dances or game competitions”, providing “low-cost content production” capabilities for metaverse social networking.

5. Summary: The “civilian revolution” of 3D creation starts with Seele AI

The emergence of Seele AI is not only an innovation in a tool, but also a reconstruction of the underlying logic of the 3D creation industry – it strips “technical capabilities” from the core elements of 3D creation, allowing “creativity” to become dominant again, and realizing the leap from “exclusive to a few” to “everyone can participate”. As its team vision of “creating an AI open world that connects virtual social and economic ecology”, Seele AI will not only continue to optimize the accuracy and efficiency of 3D generation in the future (such as supporting more complex gameplay and higher-definition scene rendering), but also may build a “3D creative economic ecosystem”: users can trade generated trendy play models, game skins, virtual spaces and other works within the platform to achieve “creative monetization” and further stimulate creative vitality.

For the average user, Seele AI is the “amplifier of creativity,” making 3D creations once out of reach accessible; For the industry, it is an “efficiency innovator” that will significantly shorten the development cycle and reduce costs of 3D content; For the future, it is the “founder of the virtual world”, providing the core capabilities of “low-cost 3D content production” for the metaverse, virtual social networking, digital economy and other fields. It can be said that Seele AI is opening a new era of “everyone is a 3D creator”, and more possibilities for 3D content creation are still being unlocked.