Month: April 2026

  • Unlocking ChatGPT Mentions: Crafting Content for AI Exposure

    Unlocking ChatGPT Mentions: Crafting Content for AI Exposure

    I’ve been diving into the world of ChatGPT lately, and it turns out there’s a fascinating bias toward commercial intent in its fan-out analysis. Let me break down what this means for our content strategy.

    Over the course of my tests with 90 ChatGPT prompts, I discovered that commercial prompts lead to web searches a whopping 78.3% of the time, while informational prompts only did so 3.1% of the time.

    This discrepancy got me thinking about how to craft our content to increase the chances of being featured in ChatGPT responses.

    ChatGPT doesn’t source every response from the same place. Some responses are derived from its training data, while others are based on live web searches. This process, known as query fan-out, involves expanding a prompt into several background searches, and then curating a synthesized response from multiple topics. If our pages don’t fit into these subtopics, we miss out on getting pulled in.

    So, our challenge now is more than just ranking well; it’s about ensuring our pages open the door to this fan-out process from the get-go.

    In our samples, informational pages fell short. I encourage you to continue reading to uncover the paths the system actually favored.

    I conducted tests across three industries: beauty, legaltech/regtech, and IT. The analysis explored prompt intents, the resulting query expansions, and the intents portrayed by those expansions.

    The main takeaway is that most queries are aligned with commercial, rather than purely informational, intent.

    Why This Question Matters Now and the Role of Query Fan-Outs

    Understanding query fan-outs is crucial because it shifts the content creation approach. The system expands a prompt into several background searches, retrieving and synthesizing information from these subtopics.

    This behavior triggers parallel web searches connected to the initial prompt, providing opportunities for mentions and citations.

    Multi-query expansion is a fundamental design element in today’s search systems. As Google describes AI Mode, it breaks a question into subtopics, searches them simultaneously across sources, and combines the results into one coherent response.

    This raises a key strategic question: should we focus more on top-of-funnel educational content or on lower-funnel comparison, shortlist, and recommendation content?

    I designed this experiment to address that problem.

    We aimed to see where fan-out occurs by intent category across selected industries: informational, commercial, transactional, or branded.

    The hypothesis was clear: while informational prompts wouldn’t trigger fan-out, commercial ones would, and would either remain at the same level or move further down the funnel.

    ChatGPT fan-outs were observed to align predominantly with commercial intent.

    Disclaimer: This analysis reflects observed prompt expansion behavior in ChatGPT. Although Google AI Mode is cited for context to illustrate multi-query expansion as a pattern, it is not evidence of ChatGPT’s architecture.

    The Setup: What We Tested

    The experiment sampled 90 prompts, focusing heavily on informational intent.

    Prompt intentPromptsShare of samplePrompts with fan-outFan-out rate
    Informational6572.2%23.1%
    Commercial2325.6%1878.3%
    Branded11.1%00.0%
    Transactional11.1%00.0%

    Our sample primarily featured informational prompts, with some commercial and very few branded and transactional ones.

    The test was structured around three industries: beauty/personal care, legaltech/regtech, and IT/tech.

    The Result: Commercial Prompts Dominated

    The findings were clear and conclusive.

    Of the 90 prompts, 20 triggered a fan-out. Remarkably, 18 were of commercial intent and only 2 were informational.

    Informational prompts accounted for a mere 10% of fan-out triggers (2 out of 20). When they triggered expansion, they were reframed into more evaluative, solution-seeking subqueries.

    This indicates that, in this sample, commercial intent overwhelmingly influenced fan-out.

    These 20 prompts resulted in 42 fan-out queries, averaging 2.1 per triggered prompt.

    Here’s a breakdown of those fan-out queries:

    • 39 were commercial.
    • 2 were branded.
    • 1 was informational.

    Even if a prompt led to expansion, it typically transformed into a focus on comparison, feature filtering, shortlist creation, or brand-specific exploration, not broad educational discovery.

    Methodology: Our Analytical Approach

    Our experiment involved 90 prompts across three industries, mainly informational with fewer commercial prompts, and minimal branded and transactional queries.

    The analysis involved:

    • Choosing a representative set of prompts.
    • Identifying fan-outs.
    • Classifying each fan-out by intent.
    • Analyzing distribution by prompt metadata.

    Our approach followed three key steps:

    1. Classifying prompts by intent labels.
    2. Counting prompts that triggered any fan-out.
    3. Reviewing expansion queries and their intent labels.

    This process revealed two distinct perspectives:

    • A prompt-level view to determine which prompts instigated fan-out.
    • A fan-out-query view to assess the intent of downstream expansions.

    This distinction is important: the first identifies prompts that initiate the fan-out path, while the second examines where the system proceeds once engaged.

    Interpreting the Results: Fan-Outs Trend Down-Funnel

    The clearest takeaway is that, in this instance, fan-outs behave more like decision support rather than topic exploration.

    Commercial prompts frequently opened new discovery paths.

    Once open, these paths typically remained commercially focused.

    The system often expanded into comparisons, feature-based analyses, product listings, and pricing inquiries.

    Here are some illustrative examples:

    • “Suggest the best accounting software for small business and explain why” expanded to a commercial comparison query on features.
    • “What are the top AI document management systems for lawyers?” led to multiple product-centered legaltech queries.
    • “What are the best products for skin care?” grew into a shortlist-style inquiry around product categories and reviews.

    The rare informational examples expose more about the system’s tendencies than the rules themselves.

    • “I need an open-source document management system. What can you suggest?” initially coded informational, shifted to solution recommendations.
    • “AI tools for legal research and document automation” also redirected into clearly commercial/evaluative queries.

    Ultimately, even broad prompts frequently translate into more focused, commercially driven retrieval paths.

    Implications for Our Content Strategy

    Let’s not abandon informational content; however, we should recognize that informational content alone doesn’t consistently align with fan-out expansions, at least in this dataset.

    If our goal is to shine in AI responses tied to product selection or vendor discovery, we need to strengthen our coverage with content that lines up with these downstream commercial intents.

    Consider the following:

    • Creating “best-of” and shortlist pages
    • Developing thorough comparison pages
    • Writing “which tool should I choose” guides
    • Feature-led category explainers
    • Alternative option pages
    • Evaluation-focused FAQs
    • Incorporating recommendation passages in broader educational pieces

    In practical terms, our content model should integrate both top- and bottom-of-funnel strategies, with strong commercial bridges.

    A comprehensive piece can still be beneficial, provided it contains elements that the system can readily transform into decision-support inquiries.

    An educational piece that lacks direct references to products, tradeoffs, features, use cases, or selection criteria is less likely to match the system’s fan-out paths.

    In short, consider not only answering the obvious inquiries but also forecasting the subsequent evaluative step the system might generate behind the scenes.

    Understanding Our Limitations

    These results offer direction rather than universal truths.

    • 90 prompts highlight a pattern, but don’t establish AI retrieval behavior as a law.
    • The prompt mix skews heavily towards informational content, with few branded or transactional samples. The findings don’t signify absence.
    • While diverse, the dataset isn’t normalized for brand, style, or use case. Some sectors lean easily into product-discovery language.
    • This analysis observed recorded fan-outs rather than controlling for platform-level testing. It reflects what occurred within this set rather than guarantees of ChatGPT’s constant behavior.
    • Google’s fan-out description provides context; however, this isn’t a Google AI Mode test. It’s ChatGPT-centric, with strategic—not architectural—takeaways.

    Next Steps for Testing

    Future versions of this test should further isolate the question while widening the dataset.

    A follow-up should map fan-outs to specific content formats.

    The aim isn’t solely to affirm that commercial intent triumphs, but to pinpoint which page templates and structures proficiently capture AI-preferred fan-out paths.


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • Harnessing Brand Signals: The Evolving SEO Authority Model

    Harnessing Brand Signals: The Evolving SEO Authority Model

    For over two decades, I’ve witnessed backlinks as foundational to SEO. Google’s PageRank revolutionized search by using backlinks as proxies for trust.

    Backlinks were more than just pathways; they were votes of confidence. The more votes you gathered from authoritative sources, the better your rankings soared.

    But times have changed. As Google advanced, AI systems evolved, and the necessity for hyperlinks diminished as entity-based understanding gained ground.

    Today, visibility isn’t solely dependent on links. It’s amplified by the broad range of signals signifying your brand’s mentions, citations, and trust across well-regarded platforms.

    This shift sees search engines and AI prioritize these overarching signals.

    AI’s Role in Evolving SEO

    Modern AI models assess trust and expertise in unprecedented ways. They’ve reshaped authority, focusing less on backlinks and more on diverse digital signals.

    AI can now:

    • Identify and relate entities online.
    • Interpret sentiment and context.
    • Spot artificial link patterns.
    • Gauge brand prominence sans hyperlinks.
    • Evaluate reputation from reviews and citations.
    • Integrate information across varying sources.

    Mentions in respected publications, even link-free, enhance entity authority. Consistent expert citations affirm expertise. These are the signals forging a new era where authority becomes a rich network.

    The Shift to Entity-First SEO

    With Google’s move away from pure link signals, the notion of entities—people, brands, concepts—gains importance. Google elevates brands based on identity and conversation rather than just their backlink profile.

    In essence, entity-first SEO involves mapping and understanding brand interactions and references across trusted sources.

    An example: An outdoor brand with a modest backlink profile gained visibility in AI Overviews for “best hiking backpacks” due to mentions in Reddit discussions and YouTube reviews, illustrating real-world relevance sans hyperlinks.

    If your brand consistently figures positively in related talks, it’s seen as relevant and trusted—characteristics essential for success.

    Combining PR-Style Links with Editorial Influence

    PR-style links and editorial coverage indicate real-world authority, shunning algorithmic manipulation.

    Editorial Links Versus Volume-Based Building

    Volume-focused link building loses ground as AI discerns unnatural patterns. Quality-driven, relevant links, coupled with PR signals, grow increasingly essential.

    Editorial PR links from credible sources signal genuine credibility, like a trusted expert affirming a brand’s significance.

    AI not only checks link presence but evaluates surrounding context, striving to reward the most authoritative entities.

    Building Multi-Signal Authority

    The potency of multi-signal authority lies in blending various signals. As the digital landscape evolves, quality shines over quantity.

    AI prompts this evolution by advancing traditional, relevance-based links alongside diversified brand signals.

    Strategic placements can yield:

    • Brand mentions affirming presence.
    • Citations validating expertise.
    • Positive sentiment enhancing trust.
    • Topical relevance and growth-enabling links.
    • Boosted Knowledge Graph associations.
    • Secondary coverage spreading influence.

    Multi-signal authority offers AI the understanding that your brand is recognized, trusted, and worth conversation.

    PR signals, albeit crucial, are but a fragment of the comprehensive authority ecosystem AI evaluates.

    Decoding the New Authority Framework

    Today, authority hinges on varied and consistent validation signals, akin to human assessment—through reputation and recognition.

    It’s no longer just links. Authority encompasses:

    • Brand strength: Upward branded search and direct traffic echo real-world recognition.
    • Entity validation: Consistent NAP, schema, cohesive profiles confirming brand ID.
    • Topical authority: Content depth, expert collaboration underscores knowledge.
    • Reputation signals: Trust reflected in reviews, citations, sentiments.
    • PR signals: News, interviews, industry mentions bolster relevance.

    These interwoven signals forge a comprehensive authority profile, which AI recognizes. The dominating brands have the most impactful multi-signal authority footprint.

    Brand Strength’s Quiet Influence

    Brand strength silently prevails over other signals. Data reveals brands ranking in the top 25% for web mentions average far higher AI Overview citations than their counterparts.

    This aligns with Ahrefs’ analysis of ~75,000 brands, underscoring branded web mentions and search volume as indicators of genuine brand presence.

    Consider two fitness apps: one with extensive generic backlinks, another actively part of social and media conversations. The latter’s real-world engagement ensures consistent AI Overview visibility.

    Leading brands in AI Overviews have robust brand presence supported by consistent links, mentions, and relevance.

    Future Predictions for 2027 and Beyond

    By 2027, link building evolves from a numbers focus to a confidence-driven model with new metrics like Share of Authority.

    Here are my predictions:

    Prediction 1: Visibility via “Share of Model” Metric

    Strategies will shift towards “seeding” information in places AI relies on, moving away from mass low-tier blog outreach to user-chosen platforms like Reddit, which AI values.

    Brands frequently appearing in AI training data will gain visibility, defining the new authority landscape.

    Prediction 2: Brands as Primary News Sources

    In AI-led ecosystems, proprietary data will emerge as critical, offering natural, highly trusted authority signals.

    Data evolves from mere content to a powerful signal engine, enriching PR coverage, citations, and discussions.

    Traditional link building remains vital, but data-driven assets are vital accelerants.

    Prediction 3: Rising Value of Unlinked Mentions

    While foundational, traditional links will gain strength from semantic context and relate directly to brand mentions enhancing entity strength.

    Exploring AI’s Expanding Role in SEO

    The off-page SEO future merges traditional link building with AI-driven signals recognizing links as just one part of a broader array AI processes.

    Both remain essential: links for foundational relevance, AI for context, sentiment, and entity evaluation.

    Links are the foundation. Signals construct the skyscraper.


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • How AI Interprets Your Brand Through Mathematical Insights

    How AI Interprets Your Brand Through Mathematical Insights

    As I observe the evolving landscape, I realize that the transition from traditional search to AI requires brands like mine to present information in a way that AI can effectively read, verify, and rank it.

    Scott Stouffer, the co-founder and CTO at Market Brew, recently shared that AI perceives brands differently than we might expect.

    Despite our efforts to publish content, optimize pages, and adhere to SEO best practices, the game has changed. It’s no longer just about keywords and links; it’s about understanding meaning and intent within AI systems.

    Whereas legacy SEO allowed for lower ranking visibility, AI-driven methods prioritize retrieval first, determining if your content even makes it into the search results.

    Stouffer emphasizes, “If you’re not retrieved, you do not exist to AI.”

    I find it fascinating that in AI systems, our brand becomes a mathematical object. Although we might intend our brand to be one thing, AI interprets it based on the content we’ve published.

    The version of our brand computed by AI might significantly differ from what we originally intended.

    Retrieval precedes ranking in the AI world. Traditional SEO emphasizes ranking positions, but AI first filters which content is even eligible for consideration.

    This initial step is called retrieval, and if my content isn’t part of it, I receive no impressions or clicks.

    Shifting from exclusion to inclusion is crucial, as Stouffer puts it, “You don’t lose. You just never entered the game.”

    AI does not view web pages as a single unit. Instead, it dissects them into smaller sections, evaluating each chunk separately. This means even a single sentence can stand out if it aligns closely with a user’s query.

    Meaning is translated into math by converting each chunk into a vector. This vector captures context and intent, showing that AI measures how close the content’s meaning is to a query, rather than just keyword overlap.

    I learned that content naturally forms clusters in this vector space. Similar ideas group together, which reflects how AI systems understand topics beyond mere website layout.

    Our brand’s positioning in these clusters is represented by a centroid, the average position of all related content. This centroid is what AI uses to understand our brand, not our carefully crafted homepage or brand guidelines.

    Stouffer mentions that it’s not just about optimizing individual pages; it’s about ensuring consistency across our entire content portfolio to maintain a clear, stable centroid.

    When queries are entered, AI searches for the closest matches in meaning space, first assessing if content is close enough before applying traditional ranking factors.

    Many brands look nearly identical to AI due to similar strategies and content, leading to what Stouffer describes as cluster collision. To stand out, we need to create distinct content that occupies a unique position in the meaning space.

    SEO is evolving into a continuous process where each new piece of content shifts the centroid, requiring ongoing alignment monitoring and adjustment to avoid drift.

    Most teams struggle with visibility into these AI processes, often resorting to trial and error. Understanding these dynamics can help us better control our brand visibility.

    In summary, our brand exists as a mathematical object in AI systems. By controlling our centroid, we can effectively manage our AI visibility. Stouffer succinctly concludes, “If you control your centroid, you control your visibility.”


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • Unlocking AI Marketing Potential with Enhanced Data Access

    Unlocking AI Marketing Potential with Enhanced Data Access

    I’ve often heard from paid search managers that dealing with AI agents can feel repetitive. Imagine exporting your performance data, pasting it into a chat window, receiving a useful answer, and then having to repeat the process every day. That doesn’t sound like automation, does it? It’s just good old manual work with a tech twist.

    Interestingly, the issue isn’t with the AI tools themselves. Many of them excel in data analysis when they have access to the right information. The real hurdle is providing this data to them in real time, without constantly needing a human to copy it over. This data wall explains why many PPC accounts today operate nearly the same way as they did before the advent of AI agents.

    Every ad platform tends to operate in isolation. Google Ads might record conversions, while your CRM notes whether those leads are qualified, and your inventory system checks stock availability. Without deliberate integration, they each function in their own silo. PPC managers have traditionally bridged this gap manually with regular exports and cross-referenced spreadsheets. Although this worked while humans managed it, it doesn’t hold up when an AI agent needs to take action in real time.

    ```json
{
  "alt": "Screenshot of Optmyzr tool permissions interface showing API key and access toggles for various tools.",
  "caption": "Exploring the Optmyzr tool permissions interface, where users can manage API access and configure tool usage with ease.",
  "description": "This screenshot displays the Optmyzr tool permissions section, featuring an API key and customizable toggles for different tools like 'create_or_edit_alert' and 'fetch_help_articles'. The interface allows for detailed permission management, ensuring users can control access to tools effectively. Keywords: Optmyzr, tool permissions, API key, interface, access management."
}
```

    Consider a keyword with good volume and a satisfactory CPA, according to Google Ads. But in HubSpot, these could be marked as disqualified leads. The AI, lacking this context, continues its work blissfully unaware, leading to unnecessary budget spend until someone catches the discrepancy during the monthly review. This is a data access problem that better prompts alone can’t fix; a robust data pipeline is essential.

    The Model Context Protocol (MCP) is here to address this by providing a standardized way for AI clients to connect to various data sources. Before MCP, one would need to build separate connectors for systems like Google Ads, CRMs, and inventory systems, but MCP simplifies this connection significantly.

    ```json
{
  "alt": "Comparison chart between direct AI agent approach and AI agent with Optmyzr for ad management.",
  "caption": "Explore the difference between direct AI tools and the enhanced capabilities of AI with Optmyzr for seamless ad management.",
  "description": "This image compares two approaches to ad management: a direct AI agent versus an AI agent using Optmyzr. The left side shows risks like syntax errors and hallucinations when using direct AI tools with Google, Meta, and Microsoft Ads. On the right, using Optmyzr provides error-free API execution and strategic ad management, detailing benefits like deep platform logic and budget guardrails. Ideal for understanding enhanced business intelligence in ad platforms."
}
```

    Now, with MCP, an AI agent could efficiently work with Google Ads and CRMs like HubSpot, cross-referencing conversions with CRM dispositions. This setup can automatically adjust bids based on data, eliminating the need for human intervention in the reporting process, saving valuable time.

    Yet, having an open pathway to data without safeguards introduces new risks. Imagine an AI with write access to a Google Ads account. Without defined parameters or constraints, actions taken by the AI could become unpredictable. This unpredictability is why guardrails must be established around the AI, rather than relying on the AI tool itself to handle this responsibility.

    ```json
{
  "alt": "Optmyzr settings page showing MCP integration options for AI tools.",
  "caption": "Explore seamless integration with AI tools using Optmyzr's MCP setup, enhancing data access and interaction.",
  "description": "The image displays the Optmyzr platform's settings page, specifically focusing on the MCP Integration section. Users can connect Optmyzr to AI assistants through the Model Context Protocol, as shown under the 'Setup Guide' with methods for multiple platforms. The interface includes navigation tabs on the left and integration details on the main panel, offering instructions for desktop setups like Claude Desktop and ChatGPT."
}
```

    Optmyzr’s MCP allows advertisers to control what actions the AI can take, ensuring a balanced approach to AI management. This ensures the AI can effectively manage campaigns while staying within safe operational parameters.

    The MCP from Optmyzr integrates these controls into its system, allowing AI agents to perform complex tasks such as executing a full Rule Engine strategy from a simple directive while ensuring the appropriate checks and balances are in place. The result is an agent capable of operating with the precision of a seasoned PPC strategist across your entire portfolio, offering a level of intelligence and safety unattainable through raw API access alone.

    For those who wish to explore the possibilities of AI with care, Optmyzr’s MCP provides a secure and efficient pathway, integrating seamlessly with tools like Claude Desktop or ChatGPT for a comprehensive AI-powered approach to managing marketing campaigns effectively.


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • How AI Is Revolutionizing Retail: The End of Shopping Carts?

    How AI Is Revolutionizing Retail: The End of Shopping Carts?

    I’ve recently delved into the fascinating world of conversational commerce AI, and I can’t help but feel excited about how it’s changing the shopping landscape. From how we discover products to the actual purchasing process, this technology is redefining our retail experiences.

    What really intrigues me is what these changes mean for brands operating in an AI-dominated retail space. The implications are huge, and it could very well spell the end for traditional shopping carts as we know them.


    Inspired by this post on HiGoodie Blog.


    crushpress.ai community screenshot
  • Top SEO Experts to Watch in 2026: Who

    Top SEO Experts to Watch in 2026: Who

    n

    Last updated: April 27, 2026

    n nnn

    I

    ```json
{
  "alt": "Person speaking on stage, gesturing, in a gray suit with a blue backdrop.",
  "caption": "Engaged in thought-provoking discourse, the speaker captivates the audience under a striking blue backdrop.",
  "description": "A person stands on a stage, speaking and gesturing confidently. They are dressed in a gray suit and light checkered shirt, with a blue background that adds depth to the scene. The image captures the essence of a dynamic presentation, showcasing public speaking in a professional setting. Keywords: public speaking, presentation, keynote, professional speaker, stage presentation."
}
```

    Inspired by this post on First Page Sage Blog.


    crushpress.ai community screenshot
  • In-Depth Review of SE Visible: A Solid Tool with Limitations

    In-Depth Review of SE Visible: A Solid Tool with Limitations

    I recently had the chance to dive into SE Visible, a tool that pairs quite well with SE Ranking. After thorough testing, I’m here to share my insights.

    While SE Visible offers decent integration, it’s held back by its limited LLM coverage and lack of optimization features. I’ll explore these aspects and compare them to Profound.

    If you’re considering this tool, join me as I break down its strengths, weaknesses, and how it stacks up against alternatives.


    Inspired by this post on Try Profound Blog.


    crushpress.ai community screenshot
  • Can A Fictional Brand Outsmart AI? Our Surprising Experiment!

    Can A Fictional Brand Outsmart AI? Our Surprising Experiment!

    In late 2024, I embarked on an eye-opening 16-month journey with SE Ranking’s research team to test the performance of AI-generated content in organic search. We launched 20 diverse websites, eagerly tracking their progress.

    But my curiosity didn’t end there. I was driven to comprehend how AI systems find, process, and use information. This inspired me to expand our project and delve deeper into AI search and LLM visibility experiments.

    In our next phase, we boldly created a fictional brand and inserted it into a real, competitive niche. Our aim? To see how fast AI would catch on and if our make-believe brand could stand toe-to-toe with industry giants and governmental sources.

    After just one month, enlightening patterns began to emerge.

    Methodology behind the experiment

    I crafted a fictional brand and dispersed content across various platforms:

    • A fresh website exclusively for the brand, registered specifically for this daring experiment.
    • 11 seasoned domains, each over a year old with a solid history and existing rankings.

    I experimented with seven different content formats:

    • Comprehensive guides.
    • “Alternatives” listicles.
    • “Best of” listicles.
    • Review articles.
    • Comparative (“vs”) pages.
    • How-to/tutorial content.
    • Clickbait-style articles.

    Kicking off in March 2026, I monitored five AI systems: ChatGPT, Google’s AI Overviews, Google’s AI Mode, Perplexity, and Gemini, tracking 825 prompts and generating 15,835 AI answers during the initial month.

    For every prompt, I considered:

    • Our brand’s appearance in AI responses.
    • Its recognition as a source.
    • Frequency of being the main cited source (position 1).

    This ongoing experiment was initially designed to observe AI systems’ reactions to freshly created, fictitiously branded information.

    Key experiment insights

    • 96% of our brand’s AI visibility stemmed from branded searches. Even in a low-competition niche, a new domain struggled to compete on non-branded topics.
    • For niche-specific queries, our brand outshined well-established competitors by up to 32 times, achieving dominant visibility in under 30 days.
    • Despite lacking authority, clearly articulated identity pages, like “[Brand Name] Complete Guide” and “About Us”, became frequently cited, highlighting the importance of brand positioning in AI.
    • Perplexity surfaced new content swiftly, often citing additional domains over the main site.
    • Google’s AI Mode offered stability on branded queries.
    • Gemini struggled with brand identification, resulting in 60% of responses without our brand’s citation for uniquely branded queries.
    • Deep guides, review articles, and comparison pages gained the most citations, while generic content saw minimal impact.
    • A hub page with 10 supporting articles yielded no citations, whereas shorter, repetitive pages garnered over 1,800 citations, emphasizing the power of high-volume content publishing.

    A new site struggles to compete broadly initially. However, our fictional brand quickly gained traction through branded queries, largely because these were the focus points.

    Of all AI answers, a staggering 96% came from branded searches alone, reiterating the crucial role of brand-specific queries in early visibility.

    This mirrors traditional SEO patterns where new brands must first build trust and recognition.

    My key takeaway for marketers was clear: AI systems are inclined to use your site as a primary information source during your brand’s formative years.

    This insight was reinforced as pages consolidating brand information, such as the “Complete Guide” and “About Us”, became the primary sources cited from our main domain.

    Therefore, shaping the brand narrative early on AI platforms is crucial, even for emerging brands.

    Insight 2: AI engines behave very differently

    Our experiment shed light on the unique behaviors of five AI systems in indexing and presenting our fictional brand.

    Google’s AI Mode: The most stable for branded visibility

    Google’s AI Mode proved to be a reliable ally, consistently putting our brand at the top for around 90% of branded queries.

    It was the bastion of predictable brand visibility in our experiment.

    Google’s AI Overviews: High visibility, lower consistency

    Though less consistent, Google’s AI Overviews provided notable brand visibility. Yet, fluctuations and temporary drops were observed during our test period.

    Whenever links were absent, visibility suffered, highlighting the need for sustained link presence.

    Perplexity: The fastest to pick up new content, but not always brand-first

    Perplexity swiftly indexed new content, quickly boosting early visibility.

    However, its affinity for additional domains over the main brand site complicated content attribution in AI responses.

    ChatGPT: Slower to react, stronger over time

    ChatGPT gradually improved recognition of our brand, with a notable increase in visibility over March.

    Notable growth occurred in unique claims and comparisons (“vs”), showcasing ChatGPT’s potential for longer-term brand assimilation.

    Gemini: Weakest performance and most inconsistent behavior

    Gemini presented challenges with niche recognition, improving only when framing prompts appropriately.

    Despite effort, results remained inconsistent, with significant citation gaps on brand-specific queries.

    Insight 3: Content format matters, but so does the volume

    Through diverse content experimentation, we found in-depth articles earn the most AI citations.

    Comprehensive guides, reviews, and comparisons outperformed simpler formats, reinforcing the power of detailed content presentation.

    The volume of content also played a role. Although the individual performance was low, 30 shorter pages collectively generated impressive AI visibility.

    This doesn’t diminish the value of quality but indicates a large amount of content can boost overall reach.

    Insight 4: Topical clustering alone doesn’t produce AI visibility

    Our structural tests revealed that topical clustering, without substantial content, didn’t boost AI visibility.

    It challenges the notion that clustering inherently strengthens authority, stressing the importance of standalone content value.

    Though structured linking offers insight into site understanding, AI systems prioritize the need for direct and valuable information retrieval.

    So, do AI engines reward entity coherence more than truth verification?

    Our first month’s results point to a significant insight: AI systems value availability and consistency over strict truth verification.

    Though not all-reaching, well-structured, repeated, and available content can be surfed with surprising ease.

    This phenomenon was observed during manual checks where even a fictional brand received favorable recommendations due to consistent narratives.

    It’s not simply LLMs favoring new brands, but where gaps exist, even limited information may be built up positively.

    Final thoughts

    The true revelation isn’t the visibility of a fictional brand. Rather, it’s how visibility aligns with brand-centric inputs like unique claims and varied content.

    This leads to pivotal conclusions:

    • AI search isn’t arbitrary. It responds to discernible and influenceable signals.
    • AI remains vulnerable to manipulation. Without inherent truth-checking, strategies used by legitimate brands can simulate credibility.

    Illuminating the need for active narrative shaping, our experiment urges businesses not to rely on AI systems to innately capture accurate brand representation.

    We’re committed to expanding and monitoring these insights over time, as we collect ongoing data.


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • Navigating SEO in the Age of AI: A Personal Guide

    Navigating SEO in the Age of AI: A Personal Guide

    SEO is evolving, but it’s certainly not disappearing. In my journey through the changing landscape, I’ve found that blending traditional SEO techniques with emerging AI search practices is crucial for staying ahead.

    SEO is at a fascinating juncture. On one side, there’s a push to optimize for AI and large language models (LLMs), while on the other, some want to stick to the tried-and-true methods. I’ve found a middle path — merging core SEO principles with an awareness of LLMs and their operations.

    Embracing this approach means holding onto effective strategies like on-page SEO and quality backlinks while also exploring new avenues such as optimizing for query fan-out and new prompt intents. Since the rise of tools like ChatGPT, my research has focused on how AI engines present search results and the future direction of SEO.

    ```json
{
  "alt": "The CapmatchOne logo with a gradient circle and bold text.",
  "caption": "Discover innovation with the CapmatchOne logo, featuring sleek typography and a modern gradient circle.",
  "description": "The CapmatchOne logo features bold, modern typography coupled with a gradient circle, symbolizing connection and innovation. The sleek design conveys a sense of progress and creativity. This image can be used for branding or promotional purposes, appealing to audiences interested in innovative solutions and forward-thinking designs."
}
```

    Here’s what I’ve learned and how you can adjust your strategy to consider human behavior at the forefront of SEO innovations.

    The Red Queen evolutionary model suggests that we must constantly adapt to maintain our position; if we don’t evolve, we risk falling behind. This is exactly the case in the world of AI and SEO — stand still, and you’ll be left behind.

    ```json
{
  "alt": "Recommended anti-aging products list with descriptions and ratings.",
  "caption": "Explore top-rated anti-aging skincare products curated for their efficacy. See expert picks to keep your skin youthful and glowing.",
  "description": "This image presents a recommended list of anti-aging skincare products with detailed descriptions, prices, and ratings from various beauty retailers. Featured items include SkinCeuticals C E Ferulic, CeraVe Resurfacing Retinol Serum, Estee Lauder Advanced Night Repair Overnight Treatment, and Clarins Double Serum. Each product is accompanied by user reviews and star ratings, providing insights into their popularity and effectiveness. Keywords: anti-aging, skincare, product recommendations, beauty reviews."
}
```

    As you and your competitors adapt, you must maintain your competitive edge. In SEO, failing to adapt means losing visibility and influence.

    How to apply the Red Queen principle to your AI SEO strategy

    The evolution of AI search is a continuation of developments over the past decade. With concepts like RankBrain since 2015, familiar SEO tactics remain relevant. This isn’t about a complete overhaul but rather a series of adaptations and improvements.

    ```json
{
  "alt": "Screenshot discussing February 2026 as a favorable time for home buyers due to low mortgage rates and rising inventory.",
  "caption": "Considering buying a house? February 2026 is predicted to be ideal for buyers with low mortgage rates, a surplus of sellers, and increased inventory!",
  "description": "This image highlights a favorable housing market forecast for February 2026, emphasizing low 30-year fixed mortgage rates averaging 5.87% to 5.98%. With 44% more sellers than buyers, the market provides strong negotiating leverage. An increase in listings by over 10% year-over-year reduces bidding wars, and stable home prices (0.9% to 1.2% growth) prevent significant spikes. Relevant sources include Redfin and Freddie Mac."
}
```

    Core elements like retrieval-based search engines, content quality, speed, and intent matching are as important as ever. By focusing on these, alongside optimizing for AI retrieval and third-party visibility, you position yourself favorably.

    One effective way I’ve discovered to engage with AI search is by understanding its limitations, particularly their reliance on retrieval-augmented generation (RAG) systems. RAG helps fill the gaps in LLM databases without constant updates, ensuring relevant answers are provided.

    ```json
{
  "alt": "February 2026 snapshot of the U.S. housing market trends and forecasts.",
  "caption": "Explore the latest trends in the U.S. housing market for February 2026, including mortgage rates and buyer-seller dynamics.",
  "description": "This image presents a February 2026 overview of the U.S. housing market. It features articles from the Financial Times, Reuters, and New York Post detailing recent mortgage rate changes, construction trends, and market dynamics. Key highlights include mortgage rates hitting the lowest since 2022 and a notable gap with more home sellers than buyers. This image serves as a guide for potential homebuyers evaluating current market conditions."
}
```

    In practice, this involves seeing how AI tools like Google AI Mode and ChatGPT respond to prompts and identifying where they draw their information. Using this insight, you can ensure your content is part of the external sources AI assists rely upon.

    Understanding how your content interacts with AI engines’ limitations is critical. AI does its own searching and then provides answers, sometimes without showcasing external sources. Therefore, becoming a trusted source for LLMs is the key to SEO in the AI era.

    ```json
{
  "alt": "Makeup products for Gen Z, including Rare Beauty blush, Morphe face trio, and NYX lip oil.",
  "caption": "Discover trending makeup gifts perfect for Gen Z! Featuring Rare Beauty's blush, Morphe's face trio, and NYX's vibrant lip oil.",
  "description": "This image showcases top makeup and beauty gift ideas ideal for Gen Z, featuring three products: Rare Beauty Soft Pinch Liquid Blush ($25.00), Morphe Cheek Thrills Multi-Finish Face Trio ($19.00), and NYX Professional Makeup Fat Oil Lip Drip ($10.00). These products, highlighted for their trendy appeal and versatility, are available at Ulta Beauty and other retailers. The selection emphasizes lightweight, buildable, and vibrant aesthetics that appeal to modern Gen Z preferences."
}
```

    It’s essential to analyze AI answers, understand their behavior, and continuously evaluate their preferences. By feeding these systems with quality data, we can ensure we’re among the go-to trusted sources AI assistants reference.

    The long-term future of SEO relies on human behavior

    Long-term SEO strategies should remain focused on understanding human behavior. This involves pinpointing search intent and analyzing how AI-generated queries align with different user needs and intents.

    ```json
{
  "alt": "Search results for best makeup gifts for Gen Z, highlighting viral products from Rare Beauty, Rhode, and Fenty Beauty.",
  "caption": "Explore the top makeup gifts for Gen Z! Featuring viral products from Rare Beauty, Rhode, and Fenty Beauty, these selections promise high performance and trendy appeal.",
  "description": "The image displays search results for the best makeup gifts for Gen Z. It highlights popular products like the Rhode Peptide Lip Tint and Rare Beauty Soft Pinch Liquid Blush. Brands such as Rare Beauty, Rhode, and Fenty Beauty are emphasized for their appeal to Gen Z, focusing on high-performance formulas and 'glass skin' effects. The section also mentions TikTok's influence on beauty trends. Keywords: makeup gifts, Gen Z, Rare Beauty, Rhode, Fenty Beauty, TikTok trends."
}
```

    Being successful means considering both traditional search intents and new AI-induced intents to provide valuable content that resonates with user needs. It’s about dynamically adapting approaches based on observed behavior and striving to stay ahead in this ever-evolving field.


    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot
  • Optimize Internal Linking: Avoid Tracking Parameter Pitfalls

    Optimize Internal Linking: Avoid Tracking Parameter Pitfalls

    Internal links are powerful for boosting SEO, but using tracking parameters can be detrimental. Let me share how you can clean up your internal links to enhance your site

    ```json
{
  "alt": "Visual diagram showing stages of web content lifecycle from crawling to AI retrieval.",
  "caption": "Exploring the stages of web content lifecycle: A visual journey from crawling to indexation, analytics, and AI retrieval.",
  "description": "This diagram illustrates the lifecycle of web content, emphasizing stages like crawling, indexation, analytics, and AI retrieval. Each stage is represented by circles increasing in size, labeled '=?utm', suggesting tracking or measurement aspects. Dotted lines connect these stages, indicating progression and interaction flow. Useful for understanding digital content strategy and SEO processes."
}
```
    ```json
{
  "alt": "Diagram explaining crawl budget as a combination of crawl rate and crawl demand factors.",
  "caption": "Understanding Crawl Budget: A balance of crawl rate and demand. Essential for optimizing site indexability and efficiency.",
  "description": "This diagram illustrates the concept of crawl budget, defined as the combination of crawl rate and crawl demand. Crawl rate mainly concerns very large websites, while crawl demand is crucial for small and mid-sized sites. The factors influencing crawl demand include new URLs, quality and popularity, and content changes. Pages that are frequently updated or well-linked are prioritized for crawling to ensure freshness and relevance. This visualization helps site managers optimize their site's indexability and search engine efficiency."
}
```
    ```json
{
  "alt": "Diagram showing Googlebot's page discovery and indexing process with components like Crawl Queue, Crawler, and Renderer.",
  "caption": "Explore Googlebot's journey from infinite page discovery to efficient indexing, highlighting crawler components and canonicalization processes.",
  "description": "This image depicts a diagram illustrating Googlebot's process of discovering pages indefinitely and then selecting specific ones to index. It includes elements such as Crawl Queue, Crawler, Processing, Render Queue, and Renderer. It shows the transition from URL to HTML, and ultimately to rendered HTML for indexing. Canonicalization is illustrated with a path leading to a simplified URL, emphasizing the importance of clean URLs in indexing. Technical terms like Vlid, UTM, fbclid, and canonicalization are also highlighted, making this diagram a useful resource for understanding website indexing by Googlebot."
}
```
    ```json
{
  "alt": "Spreadsheet displaying URLs, depth, indexability, and HTTP status codes from a website audit.",
  "caption": "An insightful glimpse into website audit data, showcasing URL structures and indexing details.",
  "description": "This image displays a spreadsheet from a website audit. The columns include Full URL, Depth, Indexability, and HTTP Status Code. Each row lists various swimsuit URLs from summerwear.com, all with a status of 'Canonicalised' and HTTP status code of 200. The depth values range from 99 to 55, providing insights into website structure and SEO performance."
}
```
    ```json
{
  "alt": "Graph showing Googlebot VLID tracking parameter over time with a data table below.",
  "caption": "Dynamic interaction of Googlebot's VLID tracking parameter over time, paired with detailed request data.",
  "description": "This image features a graph illustrating the Googlebot's VLID tracking parameter over time, highlighting fluctuations in bot activity. Above the graph, the title reads 'VLID=Tracking Parameter by Googlebot Over time'. The y-axis ranges from 1 to 3, and the x-axis spans from February to March. Below the chart, a table displays detailed request logs with columns for date, status, reqPath, queryStr, and cliIP, showing individual request details matched to specific IP addresses. This visualization aids in SEO analysis, offering insights into how Googlebot's tracking evolves with different parameters."
}
```
    ```json
{
  "alt": "The CapmatchOne logo with a gradient circle and bold text.",
  "caption": "Discover innovation with the CapmatchOne logo, featuring sleek typography and a modern gradient circle.",
  "description": "The CapmatchOne logo features bold, modern typography coupled with a gradient circle, symbolizing connection and innovation. The sleek design conveys a sense of progress and creativity. This image can be used for branding or promotional purposes, appealing to audiences interested in innovative solutions and forward-thinking designs."
}
```
    ```json
{
  "alt": "Line graph showing number of URLs with tracking parameters across website crawl depths, peaking at depth 4.",
  "caption": "The data reveals a significant spike in URLs with tracking parameters at crawl depth 4, highlighting potential areas for optimization.",
  "description": "This line graph illustrates the number of URLs with tracking parameters across various website crawl depths. The x-axis represents the crawl depth from 1 to 49, while the y-axis shows the number of URLs, ranging from 0 to 1600. A prominent peak occurs at depth 4, indicating a surge in URLs with tracking parameters at this point. The graph uses different colors to differentiate between success, redirect, not found, and server errors, providing a clear view of URL distribution."
}
```
    ```json
{
  "alt": "Google Search Console indexing report showing reasons why pages aren't indexed, including canonical tag issues.",
  "caption": "Discover the reasons behind indexing issues in this Google Search Console report. Learn about blocked pages, redirects, and more to optimize your site's visibility.",
  "description": "This image displays a Google Search Console indexing report highlighting various reasons why pages aren't indexed on Google. The highlighted entry points to 'Alternative page with proper canonical tag' issues, along with other entries like 'Blocked by robots.txt' and 'Server error (5xx)'. The report lists validation statuses, trends, and the number of pages affected, providing valuable insights for website optimization."
}
```
    ```json
{
  "alt": "Webpage code snippet linked to analytics table showing visits, entries, and exits.",
  "caption": "A glimpse into website analytics, highlighting the connection between HTML elements and user visit data for organic and direct searches.",
  "description": "This image displays a section of webpage code, specifically HTML used for linking to a swimwear deals page, and its correlation to analytics data. The analytics table details visits, entries, and exits across two marketing channels: Organic Search and Direct. This illustrates how web page elements are tracked and analyzed for user engagement metrics, useful for improving website performance and marketing strategies. Keywords: HTML code, website analytics, marketing channels, user data."
}
```
    ```json
{
  "alt": "Screenshot of HTML code and graph displaying count of tracking URLs versus domain rating.",
  "caption": "Understanding UTM Tracking: A graph shows the count of tracking URLs by domain rating alongside HTML code insights on link properties.",
  "description": "The image features a screenshot of HTML code highlighting link attributes like 'nofollow', 'noreferrer', and 'noopener', with comments on link authority being passed to UTM links. Accompanying this is a graph showing the count of tracking URLs correlated with different domain ratings, illustrating the effects of link attributes on SEO tracking and analytics. The HTML snippet indicates issues like Google potentially ignoring links due to nofollow attributes, and the graph visualizes data across various domain ratings."
}
```
    ```json
{
  "alt": "Screenshot comparing two records of a document request for Spain deals with status 200 OK.",
  "caption": "Two parallel document requests for Spain deals, both returning a 200 OK status. Analyze performance and caching differences in web requests.",
  "description": "This image shows a side-by-side comparison of two document requests for 'spain-deals' under '/destinations/deals'. Both requests have a status of 200 OK, indicating successful retrieval. Details such as file sizes (35.8 kB and 203 kB), response times (528 ms and 491 ms; 456 ms and 408 ms), and cache control headers (max-age=0) are visible. Use this image to explore performance diagnostics and cache strategies in web development."
}
```
    ```json
{
  "alt": "Diagram showing how ChatGPT processes server-side and client-side content on a web page.",
  "caption": "Exploring ChatGPT's capabilities to access content behind web elements, this diagram illustrates the bot's interaction with client-side scripts.",
  "description": "This image displays a diagram showcasing how ChatGPT can retrieve hidden web content by executing key JavaScript scripts on both client-side and server-side rendered pages. The diagram shows screenshots of a webpage with expandable sections and server requests, explaining the role of ChatGPT in accessing content behind accordion elements and other dynamic page elements. Keywords: ChatGPT, JavaScript, client-side, server-side, web content retrieval."
}
```
    ```json
{
  "alt": "Flowchart illustrating Googlebot's process of discovering and indexing web pages.",
  "caption": "Explore how Googlebot discovers and indexes pages through a structured process, ensuring the web is searchable and organized.",
  "description": "This flowchart visualizes Googlebot's process of discovering and indexing web pages. On the left, boxes labeled Crawl Queue, Crawler, Processing, Render Queue, and Renderer depict the stages from input URLs to rendered HTML. On the right, Googlebot selects pages to index, showing a canonicalization step. Technical labels like Vlid, Utm, and fbclid are shown as parameters. The diagram highlights Google's method for processing and organizing web content efficiently."
}
```
    ```json
{
  "alt": "HTML anchor tag for a summer swimsuit promotion link",
  "caption": "Dive into summer savings with this HTML snippet promoting the latest swimsuit deals. Click and make a splash!",
  "description": "This image shows an HTML anchor tag with classes for styling, linking to a summer swimsuit deal at www.example.com. It includes data attributes for tracking clicks, product ID, and category. The visually hidden span displays 'Buy Now' text. Ideal for promoting online deals and tracking user engagement."
}
```

    Inspired by this post on Search Engine Land.


    crushpress.ai community screenshot