Transforming Text Content into Digital Assets for AI Search

Changing audience behavior and the evolution of artificial intelligence algorithms require media organizations and businesses to rethink traditional approaches to content distribution. A traditional article is no longer the primary unit of content. To maintain and increase visibility in search engines (including Google SERP AI features and LLM platforms), it is necessary to adapt content processes to the concept of "liquid content." Liquid content consists of dynamic, adaptive structures that adjust in real time based on the user's context, geolocation, time, and interaction patterns. Artificial intelligence enables the personalization of this content, requiring a shift from static publications to flexible, atomic content objects. Key Elements and Business Value Traditional components of text content retain their value, but the way they are presented is changing: Verified facts and analysis Expert quotes Statistical data Resources and primary sources Instead of being confined within the rigid structure of a standard article, these components are integrated into flexible distribution channels. The focus of value shifts from the article as a single entity to specific data and facts, microformatted for AI systems. Integrating Multimodal Content into the "Liquid Content" Architecture Multimodal content serves as the information layer that circulates within the "liquid content" distribution system. Its functionality is enabled by two fundamental components: Format diversity. Depth of personalization. The strategic objective is to synchronize a company's or publisher's industry expertise with the preferred content consumption formats of a specific audience. An example of multimodal content generation technology is Google Gemini Notebook (formerly NotebookLM). The platform is capable of converting primary analytical data, reports, or documents into a variety of output formats, including analytical briefs, infographics, interactive quizzes, podcasts, and presentation materials. Although the generation of complex visual assets (such as infographics) still requires additional quality control, the tool demonstrates high effectiveness for testing new content formats. Transforming Internal Operational Workflows Implementing liquid content requires CMS platforms to automatically adapt core content for different distribution channels. However, this process should not be fully automated—maintaining human-in-the-loop oversight remains critical. Instead of adapting content to fit a standard publishing format, the source content determines the final presentation format that will generate the strongest audience response. Building on experience with A/B testing of headlines, artificial intelligence enables split testing of distribution formats themselves. Personalization Based on User Context The most challenging stage is building a personalization system. Modern AI technologies make it possible to adapt content formats to a user's current needs and context in real time (for example, automatically providing an audio version of content for drivers or a concise text summary for public transport passengers). Practical Examples of Multimodal Content Implementation in the Media Industry Sky News: Restructuring operational workflows to produce content simultaneously for multiple distribution platforms instead of adapting TV content after publication. Die Zeit: Focusing on podcasts as a multi-format hub for content generation. Associated Press (AP): Using the Storytelling tool to automatically adapt content into multiple formats, from social media posts to push notifications. The Washington Post: Launching the experimental "Your Personal Podcast" project, allowing users to customize topics and speakers on demand. Experience from initiatives like this demonstrates that pilot AI projects are an essential step toward creating high-quality digital products in the future. Structuring Content for AI Search and LLM Systems The flexibility of "liquid content" requires clear organization so that artificial intelligence algorithms and large language models (LLMs) can accurately read, interpret, and cite content in their responses to users. Optimizing content for AI systems does not mean creating content exclusively for machines—well-structured content also improves the user experience (UX) for human audiences. Key Elements of Content Structuring To enable AI bots to retrieve information effectively, the following practices are recommended: The inverted pyramid principle: Place the main conclusions and key takeaways at the beginning of the content. Implementation of structured data: Use structured data (including NewsArticle structured data) to facilitate machine readability. Bullet-point summaries: Include concise bullet-point summaries of the main ideas at the beginning of long-form content. Subheading hierarchy: Create a logical and consistent hierarchy of subheadings to clearly separate thematic sections. Visual and semantic emphasis: Highlight key answers, conclusions, or expert quotes using quote boxes or dedicated content cards. Strategic internal linking: Build a strong internal linking structure to demonstrate Topical Authority and increase reader engagement. Innovative Strategies for Content Distribution and Monetization Implementing liquid content enables media organizations and businesses to move away from dependence on third-party platforms and toward building their own distribution channels for unique data. Similar to the restaurant industry, where a fixed menu is replaced by an adaptive à la carte menu tailored to customer needs, digital resources (websites, newsletters, and apps) should adapt content formats to the individual preferences of users. Strategic Approaches to Data Monetization Journalism as a Service (JaaS). Monetizing exclusive analytics, historical databases, and industry expertise through APIs or licensing. The greatest potential lies in the finance, healthcare, science, and sports sectors. Optimization for Agentic AI and Affiliate Marketing. Creating structured data specifically for AI agents that make purchasing decisions on behalf of users. Building authoritative sources of expert reviews enables the integration of affiliate content into emerging AI commerce scenarios. Distribution Channel Optimization and Personalization Social Search Analytics. Distributing liquid content through the channels with the highest engagement levels (for example, short-form video content in the sports sector). Monitoring the visibility of social media content in search engines using updated tools (including Google Search Console). Loyalty Ecosystems. Leveraging AI-powered personalization features (such as Google's Preferred Sources) to convert loyal readers. In-depth analytical content becomes a lead magnet for monetization through subscriptions, premium newsletters, and mobile applications. Specialized AI Monetization Services. Using specialized tools (such as Nota and Beakon) to automatically detect spikes in audience interest and personalize content in real time. Risks of the "Liquid Content" Concept and Key Takeaways Operational process inertia: According to the Future Newsrooms Study 2026, most organizations (64%) still adapt content to specific distribution channels (websites, print, and television), while only 21% focus directly on audience consumption formats. Slow adaptation creates a risk of losing market position to more agile competitors. Misinterpretation and reputational risk: Deconstructing publications into atomic content elements increases the risk of AI systems misinterpreting their meaning. Cases where AI services (such as AI Overviews) generate inaccurate information or "hallucinations" may negatively affect the reputation of the company that serves as the original source of the data. Strengthening the "echo chamber" effect: Deep personalization may narrow users' perspectives. By giving audiences complete control over content filtering, businesses may unintentionally contribute to keeping users within their own information bubbles. Implementation Strategy The evolution of AI search requires transforming the traditional article format into flexible, structured data repositories that can be easily interpreted by large language models (LLMs) and AI-powered search algorithms. Strategically optimizing proprietary analytics, expertise, and unique datasets enables businesses not only to maintain visibility within the digital ecosystem but also to create new, high-value revenue streams through the monetization of their content assets. Read this article in Ukrainian.