Hong Kong–based LAiPIC announced on February 8, 2026 that its Doratoon platform can automatically generate up to 16 minutes of continuous, story‑driven anime from a single text prompt. The company says Doratoon uses a proprietary visual intelligence engine and a library of 18 million assets to handle scripting, storyboarding, character design, scene rendering, voice acting and music with minimal human input.
This article aggregates reporting from 1 news source. The TL;DR is AI-generated from original reporting. Race to AGI's analysis provides editorial context on implications for AGI development.
Doratoon pushes text-to-video beyond short clips into television‑episode territory, at least according to LAiPIC’s own claims. That matters because long‑form, coherent generation—keeping characters, style and plot beats consistent over hundreds or thousands of shots—is a qualitatively harder problem than making a viral 10‑second TikTok. If this kind of system works reliably, it suggests that we’re starting to close the gap between “demo‑ware” generative video and tooling that could underpin serialized entertainment or education content at scale.
Strategically, Doratoon exemplifies the verticalization of generative AI: instead of generic video models, we’re seeing specialized stacks tuned to anime, with custom asset libraries and workflow automation from script to soundtrack. For the race to AGI, the significance is less about anime per se and more about the underlying capabilities—maintaining world state, character continuity and narrative structure over long horizons. Those are the same ingredients you need for agentic systems that operate in complex environments, not just studios.
If LAiPIC can turn this into a robust production platform, it will pressure both Western and Chinese incumbents in animation and interactive media to respond. It also raises familiar questions about dataset licensing, creator compensation and the future of junior creative work, which regulators and industry bodies have barely begun to tackle in the video domain.



