Original research · 2026-07 edition

AI SEO Statistics: Crypto (2026-07 edition)

15 questions · 45 AI responses · 3 models · measured 2026-07-04

The question bank

The questions we tested — sampled from real buyer journeys in crypto.

Each model answered every question once, same wording, same day. These are the prompts behind every percentage on this page.

What's the best way to integrate a multi-chain payment gateway into my existing e-commerce site without high gas fees?
Should I hire a specialized crypto PR firm for my project launch or just use a general tech agency?
How much does a professional smart contract audit usually cost for a standard ERC-20 token launch?
I'm looking for a white-label crypto exchange software that includes built-in liquidity; what features are non-negotiable?
What are the red flags I should watch out for when vetting a blockchain development company for a long-term project?
Is it cheaper to build a custom staking platform from scratch or use a SaaS provider with a monthly fee?
Can you explain the pros and cons of using a custodial vs. non-custodial wallet API for a fintech app I'm building?
I need a crypto tax software for my business that can handle high-volume institutional trading and DeFi liquidations.
Show all 15 questions
What specific questions should I ask a crypto market maker to ensure they aren't just wash trading?
How do I find a reliable node infrastructure provider that guarantees 99.9% uptime for an enterprise-level dApp?
We're a small team—is it better to use a managed KYC/AML service or try to build our own compliance workflow?
What's the typical turnaround time for a security audit if we're planning a mainnet launch in three weeks?
I need to hire a firm to help with tokenomics design; what kind of data or simulations should they be providing?
How do I compare different crypto custody solutions for a corporate treasury with about $5 million in assets?
Are there any crypto-specific legal firms that specialize in DAOs and governance structures for US-based startups?

Model by model

20-point average divergence: which AI you ask changes the answer.

The divergence index is the average gap between the most and least likely model per behavior. Higher = the models disagree more about crypto buyers.

Behavior rates across 15 crypto buyer questions, 2026-07 edition. Last column: average across models.
ChatGPTClaudeGeminiConsensus
Recommends hiring a professional73%80%67%73%
Suggests DIY first13%0%7%87%
Names specific providers27%33%47%60%
Gives price or cost info13%20%27%80%
Tells to check reviews7%13%0%87%
Tells to verify credentials27%20%0%60%
Mentions case studies / portfolio20%33%7%60%
Mentions local proximity0%0%0%100%
Gives selection criteria47%60%60%53%
Warns about red flags20%27%7%67%
Asks a clarifying question47%53%0%40%
Recommends multiple quotes27%7%0%67%

By model

How each assistant handled Crypto questions.

Reading the 45 answers model by model shows how differently the three assistants treat the same crypto questions. On the most consequential behavior — whether to send the buyer to a professional at all — the rate ranged from 80% (Claude) down to 66.7% (Gemini), a 13-point gap on an identical question set.

Across the 15 crypto answers it produced, ChatGPT recommended hiring a professional in 73.3% of them and suggested a DIY approach first 13.3% of the time. It named a specific provider in 26.7% of answers (about 0.9 distinct providers per answer) and included price or cost information 13.3% of the time. ChatGPT asked a clarifying question before answering in 46.7% of cases, warned about red flags or scams in 20%, and told the buyer to verify credentials in 26.7%, averaging 780 words per answer. On the remaining cues it told the buyer to check reviews in 6.7%, pointed to case studies or a portfolio in 20%, and framed the choice around local proximity in 0%; a selection-criteria checklist appeared in 46.7% of its answers and a recommendation to gather multiple quotes in 26.7%.

Across the 15 crypto answers it produced, Claude recommended hiring a professional in 80% of them and suggested a DIY approach first 0% of the time. It named a specific provider in 33.3% of answers (about 1.8 distinct providers per answer) and included price or cost information 20% of the time. Claude asked a clarifying question before answering in 53.3% of cases, warned about red flags or scams in 26.7%, and told the buyer to verify credentials in 20%, averaging 347 words per answer. On the remaining cues it told the buyer to check reviews in 13.3%, pointed to case studies or a portfolio in 33.3%, and framed the choice around local proximity in 0%; a selection-criteria checklist appeared in 60% of its answers and a recommendation to gather multiple quotes in 6.7%.

Across the 15 crypto answers it produced, Gemini recommended hiring a professional in 66.7% of them and suggested a DIY approach first 6.7% of the time. It named a specific provider in 46.7% of answers (about 2.5 distinct providers per answer) and included price or cost information 26.7% of the time. Gemini asked a clarifying question before answering in 0% of cases, warned about red flags or scams in 6.7%, and told the buyer to verify credentials in 0%, averaging 238 words per answer. On the remaining cues it told the buyer to check reviews in 0%, pointed to case studies or a portfolio in 6.7%, and framed the choice around local proximity in 0%; a selection-criteria checklist appeared in 60% of its answers and a recommendation to gather multiple quotes in 0%.

Taken together, Claude is the assistant most likely to route a crypto buyer to a professional (80%) and Gemini the least (66.7%). ChatGPT produced the longest answers, at 780 words on average. Specific providers were named most often by Gemini (46.7%) — even there, roughly one answer in 2 carried a name.

Where they disagree

The behaviors where the choice of model changes the answer.

The divergence index for this study is 20.4 points — the average distance between the most and least likely model across the coded behaviors. The gaps below are where which assistant a crypto buyer happens to ask matters most:

  • Asks a clarifying question: from 0% (Gemini) to 53.3% (Claude) — a 53-point spread.
  • Tells the buyer to verify credentials: from 0% (Gemini) to 26.7% (ChatGPT) — a 27-point spread.
  • Recommends multiple quotes: from 0% (Gemini) to 26.7% (ChatGPT) — a 27-point spread.
  • Mentions case studies or portfolio: from 6.7% (Gemini) to 33.3% (Claude) — a 27-point spread.
  • Names a specific provider: from 26.7% (ChatGPT) to 46.7% (Gemini) — a 20-point spread.

The widest single gap — asks a clarifying question, 53 points — means a crypto buyer can receive materially different guidance on the same question depending only on which assistant they happen to open, so any visibility strategy built on a single model's behavior describes only part of the crypto market.

Where they agree

The points of near-consensus in Crypto.

On other behaviors the three models move almost in lockstep — the points of near-consensus for crypto, where all three landed within a few points of each other:

  • Mentions local proximity: 0% across all three models.
  • Recommends hiring a professional: 66.7%–80% across all three (a 13-point spread).
  • Suggests a DIY approach first: 0%–13.3% across all three (a 13-point spread).
  • Tells the buyer to check reviews: 0%–13.3% across all three (a 13-point spread).

Measured question by question, the three assistants coded a response the same way most consistently on "mentions local proximity" (identical coding in 100% of questions) and least consistently on "asks a clarifying question" (40%).

Every behavior, measured

All twelve coded behaviors for Crypto, averaged across the three models.

The behaviors AI models reproduce most often for crypto are recommends hiring a professional (73.3% on average), gives selection criteria (55.6%) and names a specific provider (35.6%); the rarest are mentions local proximity (0%), tells the buyer to check reviews (6.7%) and suggests a DIY approach first (6.7%). Each figure below is the share of a model's 15 answers in which the behavior appeared at least once, averaged across the 3 models with the full per-model range in parentheses:

  • Recommends hiring a professional: 73.3% on average (ChatGPT 73.3%, Claude 80%, Gemini 66.7%) — a 13-point spread.
  • Gives selection criteria: 55.6% on average (ChatGPT 46.7%, Claude 60%, Gemini 60%) — a 13-point spread.
  • Names a specific provider: 35.6% on average (ChatGPT 26.7%, Claude 33.3%, Gemini 46.7%) — a 20-point spread.
  • Asks a clarifying question: 33.3% on average (ChatGPT 46.7%, Claude 53.3%, Gemini 0%) — a 53-point spread.
  • Gives price or cost information: 20% on average (ChatGPT 13.3%, Claude 20%, Gemini 26.7%) — a 13-point spread.
  • Mentions case studies or portfolio: 20% on average (ChatGPT 20%, Claude 33.3%, Gemini 6.7%) — a 27-point spread.
  • Warns about red flags or scams: 17.8% on average (ChatGPT 20%, Claude 26.7%, Gemini 6.7%) — a 20-point spread.
  • Tells the buyer to verify credentials: 15.6% on average (ChatGPT 26.7%, Claude 20%, Gemini 0%) — a 27-point spread.
  • Recommends multiple quotes: 11.1% on average (ChatGPT 26.7%, Claude 6.7%, Gemini 0%) — a 27-point spread.
  • Suggests a DIY approach first: 6.7% on average (ChatGPT 13.3%, Claude 0%, Gemini 6.7%) — a 13-point spread.
  • Tells the buyer to check reviews: 6.7% on average (ChatGPT 6.7%, Claude 13.3%, Gemini 0%) — a 13-point spread.
  • Mentions local proximity: 0% on average (ChatGPT 0%, Claude 0%, Gemini 0%).

Trust signals

How well the models protect the crypto buyer.

Beyond whether to hire, the rubric codes how carefully each assistant protects the crypto buyer once a decision is made. Telling the buyer to check reviews or ratings appeared in 6.7% of answers on average. Verifying credentials or certifications appeared in 15.6%. Warning about red flags or scams appeared in 17.8%.

On structuring the decision, a selection-criteria checklist showed up in 55.6% of answers on average and a recommendation to gather multiple quotes in 11.1%. The single least-reproduced protective signal for crypto is "tells the buyer to check reviews" at 6.7% on average — the clearest opening for content that supplies it, since the models are not yet reliably surfacing that guidance on their own.

Referral behavior

Do AI models name Crypto providers?

For service providers the decisive question is whether these systems name anyone at all. Across 45 crypto answers, a specific provider was named in 35.6% of responses on average — roughly 1.7 distinct providers per answer. In practice the assistants behave far more as an explanatory layer than as a referral engine for crypto: visibility comes from being the reasoning a model reproduces, not from being the named recommendation.

The question set

What these 15 Crypto questions cover.

The 15 questions behind every percentage on this page were drawn from real crypto (technology / SaaS; buyer hiring decisions for this specific service) buyer journeys. Each was put to all 3 models once, with identical wording, so the rates above describe how the assistants handled this exact crypto question set — not a general prior or a hand-picked subset. The full list is shown earlier on this page; the coded percentages are what those specific questions produced.

How to read this

A note on the numbers.

A percentage here is the share of a model's 15 answers in which the behavior appeared at least once — not a confidence score. Because each model answered every question exactly once on 2026-07-04, the figures describe this specific crypto question set and snapshot rather than a general prior. The full protocol and coding rubric are documented in the study methodology.

Methodology

A controlled snapshot, documented end to end.

15 standardized buyer questions per industry, one response per model per question (ChatGPT (gpt-5-mini), Claude (claude-sonnet-5), Gemini (gemini-3-flash-preview)), collected 2026-07-04, coded against a fixed 12-behavior rubric with human QA. AI outputs vary with model version, location and time — figures describe this sample and window, and are refreshed each edition. Read the full methodology →