Last scanned Jun 25, 2026 · Methodology v4.5 · View Leaderboard →
hakuapp.com scored 59/100 on AI-readiness across 48 parameters measured against ChatGPT, Claude, Perplexity, and Gemini visibility checks. 18 parameters passed, 12 failed, and 9 need improvement. Strongest area: Crawlability & Access. Weakest: Discovery & Metadata. Compared to other business_and_consumer_services.business_services sites, this score is in the 71th percentile.
The website hakuapp.com features the page title haku: All-in-One Platform for Endurance Events & Nonprofits. The site owner uses the exact same text, haku: All-in-One Platform for Endurance Events & Nonprofits, for the meta description. This indicates that the platform specializes in solutions for endurance events and nonprofit organizations. According to the scan data, the website has been evaluated with an ai-readiness-score of 59. This score reflects the site's level of preparation for artificial intelligence tools and integration.
18 Pass
12 Fail
9 Needs Improvement
These are derived on-page readiness estimates for each engine's grounding index — not live engine queries.
How easily AI engines can extract and cite this page. Combines freshness, schema, and answer-block placement.
Freshness
Fresh — last modified 1 days ago. Inside the 7–14 day refresh window AI engines reward.
Source:last_modified_headerFreshness: page modified 1 days ago. Inside Perplexity 2–3 day window. Inside 13-week recent band. Far from 26-week at-risk threshold.
Perplexity 2–3dSchema / Structured Data
3 schema types detected (organization, imageobject, contactpoint). Adding FAQPage is the highest-leverage next step (+28% coverage in 21 days).
Answer Block
No answer block in the first 200 words. Your first 200 words contain navigation, a {{introWordCount}}-word intro, and a product description. Open with a 40–60 word direct answer.
No answer block detected.
Parameters that determine how well AI crawlers can discover and index your content.
robots.txt accessibilityLearn more | Pass |
HTTP status and reachabilityLearn more | Pass |
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Pass | |
AI crawler access controlLearn more | Pass |
Paywall and login gating detectionLearn more | Pass |
Search-bot network reachabilityLearn more | Pass |
sitemap.xml availabilityLearn more | Partial |
Structured Data (schema.org)Learn more | Pass |
Page metadataLearn more | Partial |
URL stabilityLearn more | Partial |
Structured data (schema.org/JSON-LD) coverageLearn more | Pass |
Security headers baselineLearn more | Pass |
Fail | |
Internal link coverageLearn more | Pass |
Content-type schema alignmentLearn more | N/A |
IndexNow push-protocol adoptionLearn more | Fail |
Entity grounding via sameAs linksLearn more | Fail |
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Fail | |
Fail | |
N/A |
Partial | |
Content visibility without JavaScriptLearn more | Pass |
Partial | |
Pass | |
Nosnippet directive detectionLearn more | Pass |
Paragraph length distributionLearn more | Fail |
Section length distributionLearn more | Partial |
Dated statistics ratioLearn more | N/A |
Comparison table presenceLearn more | N/A |
Entity name consistencyLearn more | Pass |
Multimedia coverage and alignmentLearn more | Partial |
AI manifests coverageLearn more | Fail |
Fail | |
UCP manifest availabilityLearn more | N/A |
Pass | |
Core Web Vitals (page experience)Learn more | Pass |
Parameters that influence how AI systems cite and surface your content in answers.
N/A | |
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Pass |
Partial | |
Partial | |
Pass | |
Author authority signalsLearn more | Fail |
Pass | |
Content depthLearn more | Pass |
Citation and evidence densityLearn more | Partial |
Fail | |
Answer-oriented content structureLearn more | Fail |
Answer-first H2 complianceLearn more | Fail |
Chunk extractability (self-contained H2 blocks)Learn more | Pass |
TL;DR / Key Takeaways sectionLearn more | N/A |
Answer block shapeLearn more | Partial |