GetXEO vs Scrunch AI
Scrunch AI answers the delivery problem differently from every other product this plan has read. It watches for AI retrieval bots arriving at your site, and serves those bots a separate, stripped down version of the page built for machine reading. GetXEO takes the opposite route: it fixes the page everyone gets. That single disagreement runs through the whole comparison, and neither answer is obviously the right one.
We publish this page and sell GetXEO, one of the two products compared here. Every Scrunch AI figure was read on that vendor's own pages on 29 August 2026.
In short
The questions this page answers, and the short answers.
- What is the main difference between GetXEO and Scrunch AI?
- Scrunch AI serves AI retrieval bots a parallel, machine readable copy of your page from the CDN edge. GetXEO changes the page itself so the version a bot reads and the version a person reads are the same document. One is a translation layer, the other is a rebuild.
- What is an Agent Experience Platform in Scrunch AI?
- Scrunch AI now uses AXP for its platform as a whole, and its delivery layer, which the site also labels Content Delivery, is the part that matters here. That layer detects AI retrieval traffic at the CDN, strips the markup, renders content server side, and serves a compressed structured version. Its own example cuts a pricing page from about 123,916 tokens to about 1,255.
- Does Scrunch AI monitor AI answers as well as serving them?
- Yes. It tracks brand presence, citations, sentiment and competitive position across AI platforms, and its Agent Traffic and Site Diagnostics products report which agents crawl the site and what they find. Monitoring is not the part that makes it unusual.
- Why does GetXEO not serve a separate page to AI crawlers?
- Because the parallel copy has to be kept true to the original by somebody, forever. GetXEO audits and fixes the page an engine actually receives, so there is one document to maintain and one version of the truth. That two copies drift apart is a design judgment about how teams work rather than a measured finding.
- Who should choose Scrunch AI over GetXEO?
- A team whose site is heavy, script dependent, and slow to change, where an edge layer is faster than a rebuild. Also a team wanting AI shopping visibility at product level, or one buying into a Sitecore stack, since Scrunch AI states it is now a Sitecore company.
The chain that produces a citation
Five links, and this rival owns the fourth one differently.
| Link | What it decides | Scrunch AI | GetXEO |
|---|---|---|---|
| The questions | What you write about | Prompt sets | Simulated behavior |
| The structure | Whether authority builds | Not published | A blog mesh |
| The craft | Whether a passage is liftable | Content generation | Every block |
| The delivery | Whether engines can use it | A parallel page | 3 pillar audit |
| The number | Whether any of it worked | 4 to 9 platforms | AEO, GEO, SEO |
Delivery is the row that separates these two products. Of the ten platforms this plan has read, Scrunch AI is the only one publishing an edge layer that serves agents a different document. One other acts on delivery in a narrower way, by managing the crawler files, and the rest report on it. That is the argument this comparison is about. The links above delivery are where GetXEO does work Scrunch AI does not publish.
How Scrunch AI works
Detect the agent, translate the page, serve the copy.
Scrunch AI describes itself as an AI customer experience platform, and it runs across three jobs. It monitors how a brand shows up in AI answers, it reports what AI agents do on your site, and then it serves those agents something different from what a person gets.
The monitoring is conventional and competent. It reports brand presence, citations, sentiment, competitive position and prompt management. Coverage runs across four AI platforms on the entry plan and nine at the enterprise tier, on the reading a browser receives.
The reporting is stronger than most. Agent Traffic shows which agents are retrieving content, which pages they rely on, and how that traffic trends, and Site Diagnostics analyzes how agents access and navigate the site, then returns prioritized fixes with a per page audit score.
Then the unusual part. Its delivery layer intercepts AI retrieval traffic at the CDN, strips the markup, renders the content server side, and serves a compressed structured version. Only real time AI retrieval bots receive it. Google and Bing indexing crawlers keep seeing the ordinary site, so classic search is untouched. The published example takes a pricing page from about 123,916 tokens to about 1,255.
How GetXEO works
One score across three layers, then the work behind it.
GetXEO reads the brand first. It crawls the domain, classifies every URL, and builds a profile every downstream writer reads. It then derives the question universe and curates twenty five queries per pillar, each mapped back to the keyword or question it came from.
Those queries produce one composite score. The dashboard carries AEO, GEO and SEO sub scores, model citation rates and the change since the last scan. AEO polls answer engines, GEO covers AI summarized search and weights paragraph position, and SEO tracks the classic result page alongside AI Overviews.
Output is a mesh rather than a queue. Blogs are produced as one connected set, the visualizer maps that mesh beside keyword clusters and competitor networks, and the calendar sequences refreshes, technical fixes and new posts across twelve weeks. Every block is written to survive being lifted away from its page.
Delivery is audited rather than replaced. The GEO audit checks entity declarations, Organization schema, semantic HTML and knowledge graph signals. The three audits roll into one score with a page by page heat map. The fixes arrive as a list a developer can work through.
Two answers to the same delivery problem
A translation layer and a rebuild, and what each costs.
Both products start from the same true observation. An engine arriving at a modern marketing page finds a great deal of markup, a lot of script, and the actual answer buried somewhere inside it. Something has to give.
Scrunch AI gives the agent a different document. That is fast, it needs no engineering from the site team, and on a heavy site it works immediately. It also introduces a second copy of every page, and a second copy is a thing somebody has to keep true. When the human page changes and the machine page does not, the engine is being told something the company no longer says.
GetXEO changes the page. That is slower, it needs a developer, and on a large site it is genuinely more work. What it buys is one document. There is nothing to reconcile, nothing to drift, and the page a person reads is the page an engine reads.
We hold that the single document is the better long term position, and we hold it as a design judgment rather than a measured finding. Nobody has published a study comparing the two approaches, and it would be easy to write one that flattered whichever product paid for it. What can be said is what each vendor publishes about its own method, which is what this page does.
What Scrunch AI does well
Four strengths, and the first is why this page exists.
- It acts on delivery instead of reporting it. AXP intercepts agent traffic at the CDN, works with Akamai, Cloudflare and Vercel, and needs no code changes to the site. No other product in this comparison serves an agent a different document
- Agent traffic is a first class surface. A real time feed of which agents retrieve which pages, with trends over time, beside a diagnostics product that scores individual pages and returns prioritized fixes
- It publishes customer outcomes with names attached. Akamai at five times brand presence in AI search, Strapi at 226 percent growth in AI search citations, Tinybird at three times brand mentions across AI platforms, which is more than most of this category will put in writing
- It answers procurement questions. SOC 2 Type II, role based access, and SAML and OAuth single sign on, and Scrunch AI states it is now a Sitecore company, which is the kind of thing a security review asks about before a feature list
Product level AI shopping visibility is a fifth surface, and one GetXEO publishes no equivalent for at all.
What GetXEO does well
Four strengths, and two links this rival leaves open.
- The whole chain in one place. Question set, mesh design, extraction craft, technical audit and measurement together, so no step falls to a second product or to nobody in particular
- One composite across three layers. AEO, GEO and SEO roll into a single figure with model citation rates and the change since the last scan, rather than an AI number a marketer reconciles against a ranking report by hand
- It decides what gets published. A hundred and fifty tracked questions per workspace derived from modeling how a buyer researches, and fifty blogs a month produced as one connected set rather than a queue of separate posts
- The fix is in the page. Three audits produce one score with a page by page heat map and a fix list a developer can work through, so the document an engine reads is the document you shipped
Two limits are worth knowing before committing. GetXEO lists at one thousand dollars a month, shown at five hundred behind a fifty percent discount, and it publishes nothing that intercepts or serves traffic to agents.
Where GetXEO has an edge over Scrunch AI
Three links, and the one everybody argues about.
Scrunch AI is ahead on delivery mechanics and we have said so. The edge sits in the three links above delivery, and in what happens to a parallel copy over time.
The questions. Scrunch AI manages prompt sets you define. GetXEO derives the question universe by modeling how a buyer behaves while researching, which is meant to surface the situations people describe to an engine rather than the phrases they type. That is a design judgment on our side, and we label it as one. What is measured is the scale of the shift: most B2B buyers now use AI somewhere in the buying process and more than half use it to compare vendors.
The structure. Scrunch AI publishes nothing about the shape of the set you build. A mesh compounds because each post supports the others, and no amount of edge optimization supplies that shape.
The craft. Both products act on the page an agent receives. The difference is which page. Research on citation factors finds that pages carrying figures, quotes and citations get named noticeably more often, though the same work ranks off site brand signals ahead of on page craft. A stripped copy of a thin page is still a thin page, and compression does not add evidence that was never written.
The maintenance question. This is the honest core of it. Our position is that two documents drift apart, and that the drift stays invisible until an engine quotes the stale one. That is a judgment about how teams work rather than something anybody has measured. One document cannot drift from itself. Each AI operator crawls under its own user agent and OpenAI documents that a robots change is picked up in about a day, so a team that fixes its own pages sees the result quickly and owns the outcome.
Who GetXEO is better suited for
Four positions for GetXEO, and three for the rival.
| Your situation | Better fit | Because |
|---|---|---|
| Rankings hold, answers do not | GetXEO | One score across three layers |
| Publishing but nothing compounds | GetXEO | A designed mesh, not a queue |
| The pages still need writing | GetXEO | Fifty blogs a month included |
| You want one page, not two | GetXEO | The fix lands in the document |
| The site is heavy and slow to change | Scrunch AI | An edge layer needs no rebuild |
| Agent traffic is the open question | Scrunch AI | A real time feed and diagnostics |
| You sell products into AI shopping | Scrunch AI | Product level visibility |
GetXEO fits a marketing team that needs the pages built and wants the fix to live in the page it ships. It lists at one thousand dollars a month, currently shown at five hundred with a fifty percent discount. Scrunch AI fits a team that cannot change its site quickly, or one whose open question is what agents do when they arrive.
No Scrunch AI plan price appears above, and the reason is worth stating rather than hiding. Scrunch AI publishes that its delivery layer serves AI retrieval traffic a different document from the one a browser receives, and it runs that layer on its own site. So two readings of its pricing page did not agree. A browser reading on 29 August 2026 gives two brand plans, an entry plan at two hundred and fifty dollars a month carrying a hundred and twenty five prompts and a custom tier above it, with an agency entry at five hundred. A plain fetch still returns three differently named plans. Those first figures are what a buyer sees.
Frequently asked questions
Longer tail questions that did not need a section of their own.
What does Scrunch AI serve to an AI crawler?
A parallel version of the page. Scrunch AI states that its Agent Experience Platform intercepts AI retrieval traffic at the CDN, strips the markup, renders content server side and serves a compressed structured document. It also states that Google and Bing indexing crawlers keep receiving the ordinary site, so classic search is untouched.
Which AI platforms does Scrunch AI monitor?
Four on the entry plan, which its pricing page lists as ChatGPT, Perplexity, Google AI Overviews and Copilot. The enterprise tier lists nine, adding Claude, Gemini, Meta AI, Google AI Mode and Grok. Coverage is one of the rows that separates the two published tiers.
Does GetXEO serve different content to bots than to people?
No, and it is a deliberate choice rather than a missing feature. GetXEO audits and fixes the page itself, so one document serves both. The reasoning is that a second copy has to be kept true to the first by somebody, and two copies drift apart in ways nobody notices until an engine quotes the stale one.
What does a GetXEO technical audit check?
The GEO audit checks entity declarations, Organization schema, semantic HTML and knowledge graph signals across your pages. The AEO and SEO audits run the same structure against their own rubrics, and the three roll into one composite score with a page by page heat map and a fix list a developer can work through.
Why is a Scrunch AI plan price hard to quote?
Because its pricing page returns two different plan sets, one to a browser and one to a plain fetch, with different plan names and different figures. The browser reading on 29 August 2026 shows an entry plan at two hundred and fifty dollars a month carrying a hundred and twenty five prompts. Quote that reading, and say it is the browser one.
Sources
The 11 records behind every external claim on this page.
All were published or last updated within the past twelve months. A competitor page appears only as a record of that vendor’s own published terms.
- Machine Relations, AI search citation factors research
- Machine Relations, how B2B buyers research vendors with AI
- OpenAI, the crawler and user agent documentation
- Cloudflare, the AI crawler bot reference naming each operator, category and user agent
- Scrunch AI, the published platform page, read 27 August 2026
- Scrunch AI, the published pricing page and plan limits, read 27 August 2026
- Scrunch AI, the published Agent Experience Platform page, read 27 August 2026
- Scrunch AI, the published Site Diagnostics page, read 28 August 2026
- Scrunch AI, the published Agent Traffic page, read 28 August 2026
- Scrunch AI, the published company page and history, read 28 August 2026
- Scrunch AI, the published customer results page, read 28 August 2026
Read next
The rest of this cluster, in the order it makes sense to read.
- What Scrunch AI detects and what GetXEO fixes
- GetXEO vs Scrunch AI for brand and communications teams
- GetXEO vs Profound
- GetXEO vs Peec AI
- GetXEO vs AirOps