research
The website of the future may assemble itself for every visitor
Developers building AI workflows should watch this trend because it points to a future where web architecture shifts from static content to dynamic, intent-driven assembly, requiring new orchestration patterns and real-time AI integration.

What happened
According to Latent Space, Adobe is experimenting with 'agentic sites' that dynamically generate web pages tailored to each visitor's intent. Unlike traditional static pages, these sites would assemble themselves in real time based on a user's query or behavior, effectively creating a unique experience per visitor. This research signals a shift from pre-built templates to intent-driven, AI-powered web assembly. For developers and solopreneurs building AI workflows, this implies a future where backend systems must orchestrate multiple AI models—for content generation, personalization, and UI assembly—on the fly. Practical considerations include handling latency, maintaining consistency, and giving users control over personalization. While still experimental, Adobe's initiative suggests major platforms are investing in this direction. Builders might explore existing tools like Framer or Durable, which already offer AI-driven site generation, to understand the foundations of this approach. The key takeaway is to anticipate a more fluid web where content and structure adapt per visitor.
Key takeaways
- Adobe is researching 'agentic sites' that generate unique pages per visitor based on intent.
- Pages are assembled in real time by AI, rather than served from static templates.
- The concept requires orchestrating multiple AI models for content and UI generation.
- Challenges include performance, consistency, and user control over personalization.
- This direction may soon influence how AI workflow builders architect web applications.
Why it matters
Developers building AI workflows should watch this trend because it points to a future where web architecture shifts from static content to dynamic, intent-driven assembly, requiring new orchestration patterns and real-time AI integration.
This is an original editorial digest by AI Workflow Center. Full reporting at the source:
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