Layer 1 · gdr-a291e3ae
fracta.ai
Latin dominant · moderate lexical diversity · short-form declarative register · moderate clause complexity · moderate topic focus · strong uncommon edge signal
Schema: 13% AI · LIVE Minted: 2026-05-12 Visit Source ↗ manifest.json ↗
Entity Identity gdr-a291e3ae · minted 2026-05-12T18:40:25Z
◈ This record is claimable  ·  Verified entities are cited by AI systems
Claim Entity Profile →
AI · Entity Record
fracta.ai
JSON-LD ✓Root-LD ✗schema.org ✓
STATUS: LIVE SSL: VALID SECURITY: MODERATE FRESHNESS: UNKNOWN TLD EDGE: .ai ↗
◈ Topology Position
Latin dominant · moderate lexical diversity · short-form declarative register · moderate clause complexity · moderate topic focus · strong uncommon edge signal
◈ Entity Topology Map
gdr-a291e3ae · v1.0.0 · Law III+V+VI
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Latin dominant · moderate lexical diversity · short-form declarative register · moderate clause complexity · moderate topic focus · strong uncommon edge signal
Federation ID
gdr-a291e3ae
Slug
fracta-ai
TLD
.ai
Status Code
200
Response Time
2641ms
Interior Pages
5
Interior Words
1,282
Minted At
2026-05-12T18:40:25Z
Law I — Provenance · Law II — Temporal Attestation Visit fracta.ai ↗
SEO Record extracted from http://www.fracta.ai/
Title
Fracta | Enhance Infrastructure Safety Today
H1
Bringing AI to Infrastructure
Meta Description
Fracta offers AI-powered infrastructure solutions for utilities, enabling predictive maintenance, risk analysis, and smarter planning for utility management.
Canonical URL
https://fracta.ai
Language Attribute
en-US
Word Count
226
Open Graph Tags
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Twitter / X Tags
twitter:title: Fracta | Enhance Infrastructure Safety Todaytwitter:image: http://static1.squarespace.com/static/68a5f17e78110a4c1e43472c/t/691b7e854e90340twitter:url: https://fracta.aitwitter:card: summarytwitter:description: Fracta offers AI-powered infrastructure solutions for utilities, enabling predic
H2 (1)
Fracta helps utilities get ahead of the crisis with AI-powered predictions that prevent failures before they happen.
H2 (2)
Likelihood of Failure
H2 (3)
Cost of Failure
H2 (4)
Total Risk
Full Extracted Text Corpus 10,536 chars · 1,508 words · 5 pages · Law I
Everything fracta.ai said about itself — extracted verbatim from 5 pages, 1,508 words total. No editorial layer. No inference. Law III — the text is the measurement. Meaning is the reader's. Minted: 2026-05-12T18:40:25Z
◈ Homepage — http://www.fracta.ai/Skip to Content Solutions About Learning Library Sign In Request a Demo Bringing AI to Infrastructure Turning data into smarter decisions so you can manage with confidence Fracta helps utilities get ahead of the crisis with AI-powered predictions that prevent failures before they happen. Our Expertise Likelihood of Failure Predict pipe failures before they happen. Cost of Failure Understand the true consequences of pipe failure. Total Risk Know which failures matter most. Protect your utility’s reputation. Job Planner Prioritize and plan pipe replacements with confidence. As-Built Digitization Converts scanned as-builts and legacy maps into precise, GIS-ready data in hours. LEARN MORE True Insight. Lasting Impact. Fracta was founded with a clear mission: harness the power of artificial intelligence to help water utilities protect the lifelines of their communities. Trusted for its accuracy and insight, Fracta provides risk analysis that empowers utilities to make smarter, faster decisions about their infrastructure. 00:00 00:00 Mute Settings Enter fullscreen 00:00 Play Video is not available or format is not supported. Try a different browser. Let’s work together. Interested in working together? Fill out some info and we will be in touch shortly! We can't wait to hear from you! Name First Name (required) Last Name (required) Email (required) Phone What is your budget? Message SEND Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683 ◈ Interior Pages — 5 pages crawledAbout | Optimize Infrastructure Now — Fracta 0 Skip to Content Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Born in Silicon Valley, California - 2015 FRACTA was founded with a bold vision: to revolutionize how water utilities manage aging infrastructure. With deep expertise in both the water industry and machine learning, our founders recognized a pressing challenge—millions of miles of underground pipelines were deteriorating, yet traditional assessment methods were costly, time-consuming, and often inaccurate. They saw an opportunity to harness the power of AI and big data to help utilities predict failures before they happen, ensuring smarter investments and more resilient water systems. Driven by a commitment to innovation and sustainability, FRACTA developed an advanced machine learning platform that transforms complex pipeline data into actionable insights. By providing utilities with a faster, more precise way to assess risk and optimize maintenance, we empower them to extend the life of their infrastructure, reduce unnecessary costs, and safeguard the communities they serve. Today, FRACTA continues to push the boundaries of AI-driven asset management, making cutting-edge technology accessible to the water industry for a smarter, more sustainable future. FRACTA turns data into smart decisions, helping you manage your utility’s infrastructure with confidence. Bringing AI to Infrastructure In an industry where traditional methods often fall short, FRACTA is redefining how water utilities manage aging infrastructure. While many solutions rely on outdated models or reactive maintenance, we harness the power of AI and machine learning to deliver predictive insights—helping utilities stay ahead of failures, optimize budgets, and extend the life of critical assets.  What truly differentiates FRACTA is our fusion of advanced technology with deep industry expertise. Our platform isn’t just about data—it’s about delivering actionable intelligence that simplifies decision-making. With a track record of analyzing thousands of miles of pipeline and tens of thousands of breakage events, we offer a proven, scalable solution that integrates seamlessly with existing workflows. The result? Smarter, more proactive infrastructure management that saves time, money, and resources while ensuring reliable water systems for the communities we serve. Our History 2025 Fracta Japan Awarded the Prime Minister’s highest Award for Infrastructure Maintenance 2023 Joined Kurita Water Industries, Ltd. as a wholly owned subsidiary 2022 Received the 2022 AWWA Innovation Award 2021 Launched the industry’s first AI-powered gas pipe deterioration prediction algorithm 2019 Fracta Japan Co., Ltd. established, launching Fracta into the Japanese market 2018 Entered into partnership with Kurita Water Industries, Ltd 2017 Established first partnerships with multiple U.S. water utilities 2015 Fracta established in Silicon Valley, California as the world’s first AI-powered risk analysis modeling platform for water infrastructure Leadership Team Yusuke Matoba CEO Read Bio Alex Gomory VP of Software Engineering Read Bio Chase Rowe Manager of Data Science Read Bio Ted Sindabizera Ntwari Product Manager Read Bio Contact us Interested in working together? Fill out some info and we will be in touch shortly. We can’t wait to hear from you! Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683 Request a Demo — Fracta 0 Skip to Content Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo See Fracta in Action Discover how our AI-powered tools can help your utility plan smarter, save money, and protect your community. Predict Failures Before They Happen Get clear insights into your highest-risk mains. Plan Smarter with Data Turn complex data into simple, actionable decisions. Save Time and Money Cut costly guesswork and stretch limited budgets further. Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683 Fracta | Enhance Infrastructure Safety Today 0 Skip to Content Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Bringing AI to Infrastructure Turning data into smarter decisions so you can manage with confidence Fracta helps utilities get ahead of the crisis with AI-powered predictions that prevent failures before they happen. Our Expertise Likelihood of Failure Predict pipe failures before they happen. Cost of Failure Understand the true consequences of pipe failure. Total Risk Know which failures matter most. Protect your utility’s reputation. Job Planner Prioritize and plan pipe replacements with confidence. As-Built Digitization Converts scanned as-builts and legacy maps into precise, GIS-ready data in hours. Learn More True Insight. Lasting Impact. Fracta was founded with a clear mission: harness the power of artificial intelligence to help water utilities protect the lifelines of their communities. Trusted for its accuracy and insight, Fracta provides risk analysis that empowers utilities to make smarter, faster decisions about their infrastructure. Let’s work together. Interested in working together? Fill out some info and we will be in touch shortly! We can't wait to hear from you! Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683 Learning Library — Fracta 0 Skip to Content Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Learning Library Learn how to navigate and use the Fracta platform through clear, easy-to-follow tutorials—updated frequently with new videos. Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683 Solutions Page — Fracta 0 Skip to Content Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Open Menu Close Menu Solutions About Learning Library Sign In Request a Demo Solutions Understand system performance and plan for long-term reliability. Likelihood of Failure (LOF) Predict Failures Before They Happen FRACTA’s Likelihood of Failure (LOF) model uses AI and machine learning to predict which water mains are most likely to fail—before they break. By analyzing historical data, environmental factors, and pipe conditions, LOF helps utilities prioritize replacements, optimize budgets, and reduce emergency repairs with higher accuracy than traditional methods. Learn more Learn more Cost of Failure (COF) Reduce Risk, Optimize Investment, and Protect Your Community FRACTA’s Cost of Failure (COF) model quantifies the financial impact of water main failure. By analyzing economic, social, and operational risks, COF estimates the true cost of a break. When combined with FRACTA’s Likelihood of Failure (LOF) model, utilities gain a complete risk assessment. Learn more Learn more Total Risk (TR) Make Informed Decisions, Optimize Budgets, Reduce Risk FRACTA’s Total Risk (TR) model provides a comprehensive, data-driven approach to managing water main replacement decisions. By combining Likelihood of Failure (LOF) and Cost of Failure (COF), TR quantifies the financial and operational risk of potential pipe failures. Learn more Learn more Job Planner Prioritize Projects, Validate Budgets, Respond Quickly to System Changes FRACTA’s Job Planner transforms how utilities plan and manage infrastructure investments. By integrating Likelihood of Failure (LOF), Cost of Failure (COF), and Total Risk (TR), Job Planner helps utilities create, validate, and continuously update their Master Plan with real-time, data driven insights. Learn more Learn more As-Built Digitization As-built drawings to GIS—AI-driven, seamless, efficient FRACTA’s As-Built Digitization transforms how utilities and engineers digitize and manage legacy infrastructure data. By combining computer vision, machine learning, and geospatial intelligence, As-Built Digitization automatically converts scanned as-builts and raster maps into precise, GIS-ready datasets—delivering clean, connected spatial data in a fraction of the time and cost of traditional digitization. Learn more Learn more Silicon Valley 257 Castro St. #210 Mountain View, CA 94041 Contact Us [email protected] (650) 272-7683
◈ Crawled Pages — Provenance Chain
Law I — Provenance · Law III — Reverse Ontology · source: http://www.fracta.ai/ Visit Source ↗
Root-LD — Traveling Context Pod v1.0 · gdr-a291e3ae · three layers
6
Graph Edges
1,508
Tokens Measured
0.3786
Type-Token Ratio
2
Schema Blocks
13%
Schema Coverage
Root-LD is the traveling context pod for this entity — permanent, provenance-grounded. The head <script> block is machine-readable. This section shows the same data to humans. We show the work in both spaces.
Layer 1 — Anchor · Immutable after mint. UUID, federation_id, content hash, timestamps. A new crawl appends to recursive — the anchor is never touched. Law I — Provenance.
rld:anchor — gdr-a291e3ae
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Layer 2 — Body · Complete measurement snapshot frozen at mint. Identity, SEO, schema graph, six-layer topology fingerprint, ratio signals, navigation. Law II — Temporal Attestation.
rld:body — fracta.ai
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Layer 3 — Recursive · Empty at mint. Grows forever through accumulated corpus passes. Common edges (Law V), uncommon edges (Law VI), topology cluster scores. The graph builds itself. Law VII — Torus.
rld:recursive — edge_count=0
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Root-LD v1.0 · root-ld.org · Law I+II+VII root-ld.org ↗
Schema.org Intelligence scored · graph traversal · Law VI negative space
13% coverage · 2 types · 3 props · 51 gaps · click to expand
13%
Schema Utilization Score
MINIMAL COVERAGE — SIGNIFICANT GAPS
schema.org v2.0.0 · 3 props extracted · 51 gaps · http://www.fracta.ai/
CreativeWorkWebSiteLocalBusiness
◈ Schema Graph — Three-Direction Traversal
Declared: WebSite · LocalBusiness
✓ Implemented
urlownhttps://fracta.ai
nameownFracta
imageown//images.squarespace-cdn.com/content/v1/68a5f17e78110a4c1e43472c/e32603d2-acb0-4951-bb5c-350c2d615854/Fracta+Logo+High+Resolution.png
✗ Not Implemented / Gap
emailgap
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logogap
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slogangap
keywordsgap
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identifiergap
geogap
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CreativeWorkancestor +1schema.org/CreativeWork ↗0/111 (0%)
The most generic kind of creative work, including books, movies, photographs, software programs, etc.
fundingprovidergenrewordCountaccessModeSufficientacquireLicensePagetemporalCoveragepublisherthumbnailthumbnailUrl
Thingancestor +2schema.org/Thing ↗3/13 (23%)
The most generic type of item.
nameurlimage
sameAsadditionalTypeidentifierownersubjectOfmainEntityOfPagepotentialActiondescriptionalternateNamedisambiguatingDescription
SoftwareApplicationsibling via CreativeWorkschema.org/SoftwareApplication ↗23 exclusive
A software application.
fileSizecountriesSupportedfeatureListprocessorRequirementsstorageRequirementsreleaseNotessoftwareRequirementsoperatingSystem
MediaObjectsibling via CreativeWorkschema.org/MediaObject ↗18 exclusive
A media object, such as an image, video, audio, or text object embedded in a web page or a downloadable dataset i.e. DataDownload. Note that a creative work may
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VisualArtworksibling via CreativeWorkschema.org/VisualArtwork ↗13 exclusive
A work of art that is primarily visual in character.
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CreativeWorkSeasonsibling via CreativeWorkschema.org/CreativeWorkSeason ↗10 exclusive
A media season, e.g. TV, radio, video game etc.
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Coursesibling via CreativeWorkschema.org/Course ↗10 exclusive
A description of an educational course which may be offered as distinct instances which take place at different times or take place at different locations, or b
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MusicCompositionsibling via CreativeWorkschema.org/MusicComposition ↗10 exclusive
A musical composition.
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TVSeriessibling via CreativeWorkschema.org/TVSeries ↗10 exclusive
CreativeWorkSeries dedicated to TV broadcast and associated online delivery.
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WebPagesibling via CreativeWorkschema.org/WebPage ↗9 exclusive
A web page. Every web page is implicitly assumed to be declared to be of type WebPage, so the various properties about that webpage, such as <code>breadcrumb</c
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Reviewsibling via CreativeWorkschema.org/Review ↗9 exclusive
A review of an item - for example, of a restaurant, movie, or store.
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Clipsibling via CreativeWorkschema.org/Clip ↗9 exclusive
A short TV or radio program or a segment/part of a program.
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Episodesibling via CreativeWorkschema.org/Episode ↗9 exclusive
A media episode (e.g. TV, radio, video game) which can be part of a series or season.
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A single message from a sender to one or more organizations or people.
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Instructions that explain how to achieve a result by performing a sequence of steps.
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Moviesibling via CreativeWorkschema.org/Movie ↗8 exclusive
A movie.
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Fitness-related activity designed for a specific health-related purpose, including defined exercise routines as well as activity prescribed by a clinician.
exerciseTypeworkloadintensityrepetitionsactivityFrequencyrestPeriodsadditionalVariableactivityDuration
No child types — leaf node.
◈ Structural Negative Type Space — Constitutional Law VI
◈ Action Branch

No structural connection to the Action branch. Graph position measurement. schema.org/Action ↗ · Law III — meaning is yours.

◈ BioChemEntity Branch

No structural connection to the BioChemEntity branch. Graph position measurement. schema.org/BioChemEntity ↗ · Law III — meaning is yours.

◈ Event Branch

No structural connection to the Event branch. Graph position measurement. schema.org/Event ↗ · Law III — meaning is yours.

◈ Intangible Branch

No structural connection to the Intangible branch. Graph position measurement. schema.org/Intangible ↗ · Law III — meaning is yours.

◈ MedicalEntity Branch

No structural connection to the MedicalEntity branch. Graph position measurement. schema.org/MedicalEntity ↗ · Law III — meaning is yours.

◈ Organization Branch

No structural connection to the Organization branch. Graph position measurement. schema.org/Organization ↗ · Law III — meaning is yours.

◈ Person Branch

No structural connection to the Person branch. Graph position measurement. schema.org/Person ↗ · Law III — meaning is yours.

◈ Place Branch

No structural connection to the Place branch. Graph position measurement. schema.org/Place ↗ · Law III — meaning is yours.

◈ Product Branch

No structural connection to the Product branch. Graph position measurement. schema.org/Product ↗ · Law III — meaning is yours.

◈ Taxon Branch

No structural connection to the Taxon branch. Graph position measurement. schema.org/Taxon ↗ · Law III — meaning is yours.

◈ Gap List (51 properties unmapped)
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+21 more gaps not shown
◈ Source Schema.org — Raw Extraction (2 blocks)
Block 1 · @type: WebSite
{
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}
◈ Source: http://www.fracta.ai/ · Law I — Provenance
Block 2 · @type: LocalBusiness
{
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}
◈ Source: http://www.fracta.ai/ · Law I — Provenance
schema.org v2.0.0 · source: http://www.fracta.ai/ schema.org/WebSite ↗
Semantic Words 40 words · frequency ranked · Law III
40 words · top 5: fracta · learning · solutions · library · request · click to expand
Top 40 words by frequency from http://www.fracta.ai/ + 5 interior pages (1,282 words total). Stop-words stripped. Ranked by repetition.
#1fracta35x · 3.88%
#2learning23x · 2.55%
#3solutions19x · 2.1%
#4library18x · 1.99%
#5request17x · 1.88%
#6demo17x · 1.88%
#7utilities17x · 1.88%
#8sign16x · 1.77%
#9infrastructure16x · 1.77%
#10data16x · 1.77%
#11failure16x · 1.77%
#12water15x · 1.66%
#13risk14x · 1.55%
#14failures11x · 1.22%
#15close10x · 1.11%
#16smarter9x · 1.0%
#17pipe9x · 1.0%
#18decisions8x · 0.89%
#19cost8x · 0.89%
#20silicon8x · 0.89%
#21valley8x · 0.89%
#22manage7x · 0.78%
#23likelihood7x · 0.78%
#24plan7x · 0.78%
#25predict6x · 0.66%
#26protect6x · 0.66%
#27built6x · 0.66%
#28digitization6x · 0.66%
#29castro6x · 0.66%
#30mountain6x · 0.66%
#31optimize6x · 0.66%
#32lof6x · 0.66%
#33confidence5x · 0.55%
#34powered5x · 0.55%
#35true5x · 0.55%
#36total5x · 0.55%
#37job5x · 0.55%
#38planner5x · 0.55%
#39together5x · 0.55%
#40industry5x · 0.55%
Law III — frequency measured, meaning is the reader's · source: http://www.fracta.ai/
Text Topology Fingerprint v1.0.0 · medium · 10,537 chars · Law III
Six-layer pre-linguistic shape measurement. Deterministic. Same input, same output, always. Hash: 1919d92513ef57ab40abaf94fd69993e...
◈ Signal Matrix
0.379
TTR
0.221
HAPAX
0.779
REP
0.534
BIGRAM
0.585
H2T
0.326
CPRT
2.185
SKEW
5.120
KURT
1.014
C/P
1.762
PENT
0.696
S1P
0.002
NASC
TTR=type-token ratio · HAPAX=hapax ratio · REP=repetition score · BIGRAM=bigram repetition · H2T=hapax-to-type · CPRT=capital token ratio · SKEW=sentence skewness · KURT=sentence kurtosis · C/P=comma-period ratio · PENT=punct entropy · S1P=single-sent para ratio · NASC=non-ASCII ratio
◈ Topology Position
Latin dominant · moderate lexical diversity · short-form declarative register · moderate clause complexity · moderate topic focus · strong uncommon edge signal
◈ Six Measurement Layers
Layer 1 — Character
0.0023
Non-ASCII Ratio
0.0 = Latin-dominant · 1.0 = fully non-Latin script
Layer 1 — Character
3.3035
Character Entropy
Shannon entropy of character distribution.
Layer 1 — Character
'e' (897x)
Most Frequent
Highest-frequency character. Law V — common edge.
Layer 2 — Token
0.3786
Type-Token Ratio
Unique tokens / total tokens. Lexical diversity signal.
Layer 2 — Token
0.2215
Hapax Ratio
Tokens appearing exactly once. Law VI — uncommon edge.
Layer 6 — Document
0.5849
Hapax to Type
Hapax count / unique token count.
Layer 3 — Punctuation
1.0135
Comma/Period Ratio
Clause complexity per sentence.
Layer 3 — Punctuation
1.7618
Punct Entropy
Shannon entropy across punctuation types.
Layer 4 — Sentence
65
Sentence Count
Total detected sentences across all crawled pages.
Layer 4 — Sentence
2.1851
Skewness
Positive = long-tail. Negative = conversational.
Layer 5 — Paragraph
0.6957
Single Sent Ratio
High = web copy. Low = academic prose.
Layer 6 — Document
0.7785
Repetition Score
Tokens appearing more than once / total.
◈ Token Length Distribution
1-3
22%
4-6
38%
7-10
32%
11-15
6%
16-20
1%
21+
1%
◈ Density Gradient — TTR per Document Tenth
Front-loaded = abstract/preamble · Flat = consistent prose · Back-loaded = building complexity
◈ Lexical Richness Curve — Rolling Window TTR
0.460.96
Window=50 tokens · Step=25 · 59 data points
topology_fingerprint.py v1.0.0 · sha256: 1919d92513ef57ab... · Law III + Law VI
Ratio Signals 8 deterministic measurements · the gap is the signal
Eight deterministic measurements. Law I: every value traces to its source stage.
schema density
0.0750
Schema props extracted / top semantic words.
nav ratio
0.4118
Nav URLs / total internal URLs.
content to structure ratio
0.0070
Total words / raw HTML bytes. Content density.
external tld diversity
0
Unique TLD count in outbound links.
self declaration coherence
0.0960
Fuzzy overlap across title / H1 / meta / schema name.
schema to nav alignment
0.0000
Schema type tokens vs nav link text overlap.
javascript surface ratio
0.0000
Fraction of interior pages JS-gated.
URL Depth Distribution
depth_0: 4 · depth_1: 13 · depth_2: 0 · depth_3plus: 0
Internal URLs by path depth. Depth 0 = root.
Tech Stack · Security · Freshness SecurityLabel.MODERATE · FreshnessLabel.UNKNOWN
Sitemap: ✗Robots.txt: ✗Schema.org: ✓Open Graph: ✓Canonical: ✓HTTPS: ✓HSTS: ✓CSP: ✗
Security
SecurityLabel.MODERATE
Freshness
FreshnessLabel.UNKNOWN
Server
Squarespace
cmsSquarespace
web_serverSquarespace
analytics['Google Analytics', 'Google Tag Manager']
Ledger Appends 3 ledgers · graph edge traversal · Law V+VII
Every ledger this entity appends to. Follow any link to see every other entity in the registry that shares that TLD or schema type. Law VII — Torus. The corridor never ends.
TLD LEDGER
.ai
https://globaldataregistry.com/registry/tld/ledger/ai ↗
SCHEMA LEDGER
website
https://globaldataregistry.com/registry/schema/ledger/website ↗
SCHEMA LEDGER
localbusiness
https://globaldataregistry.com/registry/schema/ledger/localbusiness ↗
Law V — Common Edge · Law VII — Torus · 3 ledger appends
Build: national-transit-v1.0.0 Spec: Root-LD v1.0 Status: LIVE Minted: 2026-05-12
fracta.ai · gdr-a291e3ae
fracta.ai is recorded in the Global Data Registry — open provenance infrastructure for the machine-readable web.
View the Registry →