US20260089367
2026-03-26
Electricity
H04N21/816
An AI-powered system is designed to automate video content creation from script generation to market distribution. It integrates various stages of production, such as natural language processing, storyboarding, virtual production, post-production, and distribution optimization into a unified workflow. This approach eliminates manual intervention, significantly reducing production time and costs while enhancing scalability and efficiency compared to current fragmented tools.
Traditional video production involves extensive human labor and coordination across multiple teams, leading to inefficiencies, increased costs, and prolonged timelines. Existing AI tools address isolated tasks like scriptwriting or editing but lack an end-to-end automated solution. The need for a fully integrated system that reduces costs, accelerates production timelines, and scales content creation is evident, especially in industries such as advertising, entertainment, and education.
The invention tackles the inefficiencies of traditional content creation by offering a fully automated AI solution that handles every phase of the process. It streamlines scriptwriting, storyboarding, virtual production, and post-production into one cohesive workflow, eliminating manual bottlenecks. This system provides unmatched scalability, efficiency, and cost reduction, making it possible to meet the growing demand for diverse and engaging video content.
The system comprises several components: a user input interface, a natural language processing engine, a script refinement module, a storyboarding module, a pre-production planning module, a virtual production system, a virtual actor simulation module, a post-production module, a market testing module, and a distribution optimization module. These components work sequentially and in parallel, automating video content creation without human creative intervention, thus addressing high costs and long production timelines.
The components interact in a coordinated manner, each building on the previous step to automate the entire production process, from user input to distribution optimization.