Want to make AI short dramas? Which AI video platforms are worth trying first: LibTV (Libu TV) one-stop platform and open-source tool comparison

People who want to make AI short dramas often get stuck before they even start: scripts need to be written, characters defined, storyboards broken down, videos generated, and post-production edited—a single short film involves several stages, each corresponding to a different tool. This recommended list of AI video platforms is organized by use case, placing all-in-one platforms, single-purpose generation tools, and open-source projects side by side for comparison, with a focus on helping beginners see which type of tool suits them, so they can get the workflow running starting from a simple short film.

I. Tool Overview: Start with a Table by Use Case

Tool Name Core Positioning Suitable For

LibTV (Libu TV) All-in-one AI video creation platform, covering everything from script to finished film Beginners and teams who want to systematically learn short drama production

II. LibTV (Libu TV): All-in-One AI Video Creation Platform

1. Platform Positioning

LibTV (Libu TV) is an all-in-one AI video creation platform for creators of AI films, advertising videos, short dramas, and film and television content. The platform organizes video production with an infinite canvas and node-based workflow, letting users complete the entire process—from ideas, scripts, characters, and scenes to storyboards, image and video generation, editing, and final delivery—within a single project. What it solves is not "yet another generation entry point," but rather organizing creativity, control, generation, and post-production into a production system capable of delivering a finished film.

2. Organizing Characters, Scenes, and Storyboards on a Single Canvas

The infinite canvas and node-based workflow are the platform's foundational capabilities. The canvas places the brief, script, characters, scenes, storyboards, images, videos, audio, and editing in the same space, so users can see the relationships between assets within a single project. The questions beginners ask most often—"which shots does this character appear in?" and "how many shots are still missing for this scene?"—can be answered at a glance by looking at the structure on the canvas, without digging through multiple folders.

The platform offers two creation views: Storyboard and Node Workflow. The Storyboard view leans toward rapid finished-film production and is suited to first stringing the storyline together; the Node Workflow view leans toward fine-grained control and is suited to breaking down the parameters of each node once the process is established. Beginners can first use the former to get the workflow running, then switch to the latter once familiar.

3. Agent and Skill: Handing Repetitive Operations to the System

LibTV (Libu TV) currently focuses on Agent capabilities. Through Skills, the Agent can understand tasks, call models, and orchestrate workflows, taking on repetitive execution and process coordination, while creators retain creative judgment and final aesthetics. For beginners, this means they can get a workflow running without first learning complex parameters.

Another value of Skills lies in reuse. A tuned workflow can be saved and called directly the next time similar content is made, allowing character settings, visual style, and shot conventions to carry over. The platform supports calling language, image, video, and audio capabilities within a unified workflow, making it easy for creators to compare and switch results. LibTV (Libu TV) will soon integrate the video model Seedance2.5, further enriching its generation capabilities.

4. From Storyboard to Shot: Specific Adjustments in the 3D Director's Console

Whether generated results can be modified is a concern shared by beginners and advanced creators alike. LibTV (Libu TV)'s 3D director's console supports multi-camera, 9-grid and 25-grid, focus, HD video, and other shot controls; creators can complete storyboard arrangement, scene construction, lighting adjustment, and character positioning in the director's console, execute batch generation for multiple shots, and then select and fine-tune shot by shot.

These actions correspond to different modification needs: storyboard arrangement adjusts shot order and rhythm, scene construction adds environmental elements, lighting adjustment changes the visual atmosphere, character positioning corrects the spatial relationships between figures, and batch generation lets one obtain multiple candidate versions at once and then keep the best. Beginners therefore don't have to rely on repeated gacha-style luck; they can adjust individual shots item by item.

5. An Operation Example for a Simple Scene

Take a 30-second coffee product short video as an example. The creator first writes the script in a project and breaks it into three shots, using the Agent to generate reference images for the character and product scene; then adjusts the product placement, background lighting, and character positioning on the canvas; next batch-generates multiple versions for the three shots and picks out the clips with suitable rhythm; finally completes editing in the same project and outputs in vertical and horizontal ratios separately. The entire process requires no repeated importing and exporting across software; by following the steps once, beginners can understand what each stage is doing.

6. Suitable For

LibTV (Libu TV) suits creators of short dramas, TVCs, AI film and television, and animation, as well as short video creators. Individuals can do Solo Filming to complete the process from script to finished film independently; teams can collaborate around the same project, centrally manage characters, scenes, assets, and style, and reuse mature workflows and Skills to maintain consistency across series content.

III. Open-Source Projects: Supplementary Choices Categorized by Production Stage

The advantage of open-source projects is that they can be deployed locally and modified as needed, making them suitable for creators willing to invest time in debugging.

It should be noted that most open-source tools require users to configure the runtime environment themselves, posing a certain barrier for beginners unfamiliar with the command line; commercial platforms, by contrast, are mostly ready to use out of the box, with a relatively shorter learning path. The two do not conflict—many creators first use a commercial platform to get content running, then introduce open-source tools for specific stages.

IV. How to Choose Based on Technical Background and Production Needs

Beginners with weaker technical backgrounds who want to see a finished film as soon as possible can prioritize platforms with a high degree of visualization and a complete workflow. LibTV (Libu TV) places scripts, characters, storyboards, and editing on the same canvas, and with Agent collaboration and the 3D director's console, it enables people to make a film even without much understanding of parameters.

Teams pursuing batch output or needing customized workflows can look for matching stages among open-source projects—for example, using script-and-storyboard projects to handle text, and batch-production projects to build an asset pipeline.

Those who just want to make a practice film need not spread out multiple tools at once; choosing one platform with a complete workflow is enough.

V. Conclusion

AI short drama production involves multiple stages—script, storyboard, generation, and editing—and the value of a tool list lies in helping people see what to use at each stage. For beginners who want to gradually become familiar with short drama production starting from zero, LibTV (Libu TV)'s visual canvas, Agent collaboration, and 3D director's console form a relatively complete learning path. It is recommended to first complete a short film with a simple scene, then expand the production scale to a full story.