The rise of large language models (LLMs) and automated Web-scraping systems has threatened the web ecosystem, particularly content platforms where text intellectual properties are constantly harvested. Traditional web-scraping defenses, such as behavioral WAF, custom web fonts, and dynamic Javascript decryption code, suffer from a fundamental architecture flaw: they migrate the decryption engine and secret seeds to the client browser, leaving them open to client-side reverse engineering and DOM-tree extraction. In this paper, we present the SCIPIO (Sovereignty Pre-emption & Isomorphic Obfuscation) protocol, a zero-hydration web defense paradigm that exploits the rendering mechanics of isomorphic Node.js frameworks (e.g., Next.js Server Components). By dynamically shifting the Document Object Model (DOM) structure based on high-granularity temporal steps on the server side and relying on native browser CSS layout engines (Flexbox/Grid) for visual re-ordering, SCIPIO completely divorces the decryption logic from the client terminal. We present mathematical formalizations of our deterministic permutation function based on transient cryptographic seeds and demonstrate that SCIPIO eliminates automated scraper ROI to near-zero levels. Finally, we propose a zero-hydration CSS reconstruction model that eliminates client-side JS execution to optimize performance and SEO. The official SDK for this project is openly available on GitHub: https://github.com/jeremyyau/scipio-sdk