YAML
(https://yaml.org) 📸 Data Snapshot: May 24, 2026
Commodity Fingerprint — The Lens
Look at how much sentence length varies. Natural writing varies its rhythm; templated or mass-produced copy is statistically uniform. Very low variation reads as commodity content — unless unique named entities break the pattern.
Commodity Fingerprint
Detection of industry clichés/templates.
14
Impact Weight: 15 / 100
93% Reputation
The site is the antithesis of a commodity fingerprint. It lacks common template sections like Why Choose Us, Pricing, or Start Free Trial. The industry jargon identified, such as developer-friendly, is used in its literal technical sense regarding syntax design. The value proposition is entirely unique to this specific language standard and could not be copy-pasted onto a competitor.
Commodity Fingerprint is read from the page structure first: templated copy tends to repeat the same heading patterns and shapes seen across an industry. Below is the heading hierarchy captured, then the known cliché patterns for this industry to weigh it against.
🏗️ Semantic Structure — heading hierarchy & page identity (templated vs. distinct patterns)
HOMEPAGE – YAML Ain't Markup Language (https://yaml.org)
Title
– YAML Ain't Markup Language
Meta
YAML Ain
HEADING_BODY YAML Ain’t Markup Language (YAML™) revision 1.2.2 (https://yaml.org/spec/1.2.2/)
Title
YAML Ain’t Markup Language (YAML™) revision 1.2.2
H1 YAML Ain’t Markup Language (YAML™) version 1.2
H2 Revision 1.2.2 (2021-10-01)
H2 1.1. Goals
H2 1.2. YAML History
H2 1.3. Terminology
H2 2.1. Collections
H2 2.2. Structures
H2 2.3. Scalars
H2 2.4. Tags
H2 2.5. Full Length Example
H2 3.1. Processes
H2 3.2. Information Models
H2 3.3. Loading Failure Points
H2 4.1. Production Syntax
H2 4.2. Production Parameters
H2 4.3. Production Naming Conventions
H2 5.1. Character Set
H2 5.2. Character Encodings
H2 5.3. Indicator Characters
H2 5.4. Line Break Characters
H2 5.5. White Space Characters
H2 5.6. Miscellaneous Characters
H2 5.7. Escaped Characters
H2 6.1. Indentation Spaces
H2 6.2. Separation Spaces
H2 6.3. Line Prefixes
H2 6.4. Empty Lines
H2 6.5. Line Folding
H2 6.6. Comments
H2 6.7. Separation Lines
H2 6.8. Directives
H2 6.9. Node Properties
H2 7.1. Alias Nodes
H2 7.2. Empty Nodes
H2 7.3. Flow Scalar Styles
H2 7.4. Flow Collection Styles
H2 7.5. Flow Nodes
H2 8.1. Block Scalar Styles
H2 8.2. Block Collection Styles
H2 9.1. Documents
H2 9.2. Streams
H2 10.1. Failsafe Schema
H2 10.2. JSON Schema
H2 10.3. Core Schema
H2 10.4. Other Schemas
H3 3.1.1. Dump
H3 3.1.2. Load
H3 3.2.1. Representation Graph
H3 3.2.2. Serialization Tree
H3 3.2.3. Presentation Stream
H3 3.3.1. Well-Formed Streams and Identified Aliases
H3 3.3.2. Resolved Tags
H3 3.3.3. Recognized and Valid Tags
H3 3.3.4. Available Tags
H3 6.8.1. “YAML” Directives
H3 6.8.2. “TAG” Directives
H3 6.9.1. Node Tags
H3 6.9.2. Node Anchors
H3 7.3.1. Double-Quoted Style
H3 7.3.2. Single-Quoted Style
H3 7.3.3. Plain Style
H3 7.4.1. Flow Sequences
H3 7.4.2. Flow Mappings
H3 8.1.1. Block Scalar Headers
H3 8.1.2. Literal Style
H3 8.1.3. Folded Style
H3 8.2.1. Block Sequences
H3 8.2.2. Block Mappings
H3 8.2.3. Block Nodes
H3 9.1.1. Document Prefix
H3 9.1.2. Document Markers
H3 9.1.3. Bare Documents
H3 9.1.4. Explicit Documents
H3 9.1.5. Directives Documents
H3 10.1.1. Tags
H3 10.1.2. Tag Resolution
H3 10.2.1. Tags
H3 10.2.2. Tag Resolution
H3 10.3.1. Tags
H3 10.3.2. Tag Resolution
H4 3.2.1.1. Nodes
H4 3.2.1.2. Tags
H4 3.2.1.3. Node Comparison
H4 3.2.2.1. Mapping Key Order
H4 3.2.2.2. Anchors and Aliases
H4 3.2.3.1. Node Styles
H4 3.2.3.2. Scalar Formats
H4 3.2.3.3. Comments
H4 3.2.3.4. Directives
H4 6.8.2.1. Tag Handles
H4 6.8.2.2. Tag Prefixes
H4 8.1.1.1. Block Indentation Indicator
H4 8.1.1.2. Block Chomping Indicator
H4 10.1.1.1. Generic Mapping
H4 10.1.1.2. Generic Sequence
H4 10.1.1.3. Generic String
H4 10.2.1.1. Null
H4 10.2.1.2. Boolean
H4 10.2.1.3. Integer
H4 10.2.1.4. Floating Point
HEADING_BODY YAML Ain’t Markup Language (YAML™) Version 1.2 (https://yaml.org/spec/1.2.1/)
Title
YAML Ain’t Markup Language (YAML™) Version 1.2
H1 YAML Ain’t Markup Language (YAML™) Version 1.2
H2 Revision 1.2.1 (2009-10-01)
H2 Chapter 1. Introduction
H2 1.1. Goals
H2 1.2. Prior Art
H2 1.3. Relation to JSON
H2 1.4. Relation to XML
H2 1.5. Terminology
H2 Chapter 2. Preview
H2 2.1. Collections
H2 2.2. Structures
H2 2.3. Scalars
H2 2.4. Tags
H2 2.5. Full Length Example
H2 Chapter 3. Processing YAML Information
H2 3.1. Processes
H2 3.2. Information Models
H2 3.3. Loading Failure Points
H2 Chapter 4. Syntax Conventions
H2 4.1. Production Parameters
H2 4.2. Production Naming Conventions
H2 Chapter 5. Characters
H2 5.1. Character Set
H2 5.2. Character Encodings
H2 5.3. Indicator Characters
H2 5.4. Line Break Characters
H2 5.5. White Space Characters
H2 5.6. Miscellaneous Characters
H2 5.7. Escaped Characters
H2 Chapter 6. Basic Structures
H2 6.1. Indentation Spaces
H2 6.2. Separation Spaces
H2 6.3. Line Prefixes
H2 6.4. Empty Lines
H2 6.5. Line Folding
H2 6.6. Comments
H2 6.7. Separation Lines
H2 6.8. Directives
H2 6.9. Node Properties
H2 Chapter 7. Flow Styles
H2 7.1. Alias Nodes
H2 7.2. Empty Nodes
H2 7.3. Flow Scalar Styles
H2 7.4. Flow Collection Styles
H2 7.5. Flow Nodes
H2 Chapter 8. Block Styles
H2 8.1. Block Scalar Styles
H2 8.2. Block Collection Styles
H2 Chapter 9. YAML Character Stream
H2 9.1. Documents
H2 9.2. Streams
H2 Chapter 10. Recommended Schemas
H2 10.1. Failsafe Schema
H2 10.2. JSON Schema
H2 10.3. Core Schema
H2 10.4. Other Schemas
H2 Index
H3 Oren Ben-Kiki
H3 Clark Evans
H3 Ingy döt Net
H3 3.1.1. Dump
H3 3.1.2. Load
H3 3.2.1. Representation Graph
H3 3.2.2. Serialization Tree
H3 3.2.3. Presentation Stream
H3 3.3.1. Well-Formed Streams and Identified Aliases
H3 3.3.2. Resolved Tags
H3 3.3.3. Recognized and Valid Tags
H3 3.3.4. Available Tags
H3 6.8.1. “YAML” Directives
H3 6.8.2. “TAG” Directives
H3 6.9.1. Node Tags
H3 6.9.2. Node Anchors
H3 7.3.1. Double-Quoted Style
H3 7.3.2. Single-Quoted Style
H3 7.3.3. Plain Style
H3 7.4.1. Flow Sequences
H3 7.4.2. Flow Mappings
H3 8.1.1. Block Scalar Headers
H3 8.1.2. Literal Style
H3 8.1.3. Folded Style
H3 8.2.1. Block Sequences
H3 8.2.2. Block Mappings
H3 8.2.3. Block Nodes
H3 9.1.1. Document Prefix
H3 9.1.2. Document Markers
H3 9.1.3. Bare Documents
H3 9.1.4. Explicit Documents
H3 9.1.5. Directives Documents
H3 10.1.1. Tags
H3 10.1.2. Tag Resolution
H3 10.2.1. Tags
H3 10.2.2. Tag Resolution
H3 10.3.1. Tags
H3 10.3.2. Tag Resolution
H3 Indicators
H3 A
H3 B
H3 C
H3 D
H3 E
H3 I
H3 J
H3 K
H3 L
H3 M
H3 N
H3 P
H3 R
H3 S
H3 T
H3 V
H3 Y
H4 3.2.1.1. Nodes
H4 3.2.1.2. Tags
H4 3.2.1.3. Node Comparison
H4 3.2.2.1. Keys Order
H4 3.2.2.2. Anchors and Aliases
H4 3.2.3.1. Node Styles
H4 3.2.3.2. Scalar Formats
H4 3.2.3.3. Comments
H4 3.2.3.4. Directives
H4 6.8.2.1. Tag Handles
H4 6.8.2.2. Tag Prefixes
H4 8.1.1.1. Block Indentation Indicator
H4 8.1.1.2. Block Chomping Indicator
H4 10.1.1.1. Generic Mapping
H4 10.1.1.2. Generic Sequence
H4 10.1.1.3. Generic String
H4 10.2.1.1. Null
H4 10.2.1.2. Boolean
H4 10.2.1.3. Integer
H4 10.2.1.4. Floating Point
HEADING_BODY YAML Ain’t Markup Language (YAML™) Version 1.2 (https://yaml.org/spec/1.2.0/)
Title
YAML Ain’t Markup Language (YAML™) Version 1.2
H1 YAML Ain’t Markup Language (YAML™) Version 1.2
H2 Revision 1.2.0 (2009-07-21)
H2 Chapter 1. Introduction
H2 1.1. Goals
H2 1.2. Prior Art
H2 1.3. Relation to JSON
H2 1.4. Relation to XML
H2 1.5. Terminology
H2 Chapter 2. Preview
H2 2.1. Collections
H2 2.2. Structures
H2 2.3. Scalars
H2 2.4. Tags
H2 2.5. Full Length Example
H2 Chapter 3. Processing YAML Information
H2 3.1. Processes
H2 3.2. Information Models
H2 3.3. Loading Failure Points
H2 Chapter 4. Syntax Conventions
H2 4.1. Production Parameters
H2 4.2. Production Naming Conventions
H2 Chapter 5. Characters
H2 5.1. Character Set
H2 5.2. Character Encodings
H2 5.3. Indicator Characters
H2 5.4. Line Break Characters
H2 5.5. White Space Characters
H2 5.6. Miscellaneous Characters
H2 5.7. Escaped Characters
H2 Chapter 6. Basic Structures
H2 6.1. Indentation Spaces
H2 6.2. Separation Spaces
H2 6.3. Line Prefixes
H2 6.4. Empty Lines
H2 6.5. Line Folding
H2 6.6. Comments
H2 6.7. Separation Lines
H2 6.8. Directives
H2 6.9. Node Properties
H2 Chapter 7. Flow Styles
H2 7.1. Alias Nodes
H2 7.2. Empty Nodes
H2 7.3. Flow Scalar Styles
H2 7.4. Flow Collection Styles
H2 7.5. Flow Nodes
H2 Chapter 8. Block Styles
H2 8.1. Block Scalar Styles
H2 8.2. Block Collection Styles
H2 Chapter 9. YAML Character Stream
H2 9.1. Documents
H2 9.2. Streams
H2 Chapter 10. Recommended Schemas
H2 10.1. Failsafe Schema
H2 10.2. JSON Schema
H2 10.3. Core Schema
H2 10.4. Other Schemas
H2 Index
H3 Oren Ben-Kiki
H3 Clark Evans
H3 Ingy döt Net
H3 3.1.1. Dump
H3 3.1.2. Load
H3 3.2.1. Representation Graph
H3 3.2.2. Serialization Tree
H3 3.2.3. Presentation Stream
H3 3.3.1. Well-Formed Streams and Identified Aliases
H3 3.3.2. Resolved Tags
H3 3.3.3. Recognized and Valid Tags
H3 3.3.4. Available Tags
H3 6.8.1. “YAML” Directives
H3 6.8.2. “TAG” Directives
H3 6.9.1. Node Tags
H3 6.9.2. Node Anchors
H3 7.3.1. Double-Quoted Style
H3 7.3.2. Single-Quoted Style
H3 7.3.3. Plain Style
H3 7.4.1. Flow Sequences
H3 7.4.2. Flow Mappings
H3 8.1.1. Block Scalar Headers
H3 8.1.2. Literal Style
H3 8.1.3. Folded Style
H3 8.2.1. Block Sequences
H3 8.2.2. Block Mappings
H3 8.2.3. Block Nodes
H3 9.1.1. Document Prefix
H3 9.1.2. Document Markers
H3 9.1.3. Bare Documents
H3 9.1.4. Explicit Documents
H3 9.1.5. Directives Documents
H3 10.1.1. Tags
H3 10.1.2. Tag Resolution
H3 10.2.1. Tags
H3 10.2.2. Tag Resolution
H3 10.3.1. Tags
H3 10.3.2. Tag Resolution
H3 Indicators
H3 A
H3 B
H3 C
H3 D
H3 E
H3 I
H3 J
H3 K
H3 L
H3 M
H3 N
H3 P
H3 R
H3 S
H3 T
H3 V
H3 Y
H4 3.2.1.1. Nodes
H4 3.2.1.2. Tags
H4 3.2.1.3. Node Comparison
H4 3.2.2.1. Keys Order
H4 3.2.2.2. Anchors and Aliases
H4 3.2.3.1. Node Styles
H4 3.2.3.2. Scalar Formats
H4 3.2.3.3. Comments
H4 3.2.3.4. Directives
H4 6.8.2.1. Tag Handles
H4 6.8.2.2. Tag Prefixes
H4 8.1.1.1. Block Indentation Indicator
H4 8.1.1.2. Block Chomping Indicator
H4 10.1.1.1. Generic Mapping
H4 10.1.1.2. Generic Sequence
H4 10.1.1.3. Generic String
H4 10.2.1.1. Null
H4 10.2.1.2. Boolean
H4 10.2.1.3. Integer
H4 10.2.1.4. Floating Point
🧭 Industry Context — common cliché & template patterns in Software, SaaS & Tech Products to weigh against
Generic Claims:
the all-in-one platform, trusted by thousands of companies, increase productivity by X percent, save hours every week, the leading platform for, built for teams of all sizes…
Red Flags:
AI claims without explaining what the AI does, customer logos without case study or testimonial evidence, no live product access or demo, SOC 2 claims without audit period or report availability, productivity claims without methodology, pricing hidden behind sales calls only…
Semantic Drift Patterns:
homepage claims AI-powered but product is rules-based, claims enterprise-grade but pricing page shows startup tiers only, homepage shows Fortune 500 logos but case studies are small businesses, claims all-in-one but integration page shows critical missing pieces, free plan promoted but core features require expensive upgrade…
Proof Expectations:
live product demo or free trial access, specific feature documentation with screenshots, verified customer logos with published case studies, third-party review scores on G2, Capterra, or TrustRadius, published uptime SLA and status page, security certifications with audit dates…
Explore the other reputation pillars for YAML
Analysis Disclosure & Source Attribution
This page presents a snapshot of public data from YAML, captured on May 24, 2026, to show how machine logic reads Commodity Fingerprint signals into an AI reputation evaluation.
Purpose: This data is presented under “Fair Use” for the purpose of independent signal analysis, allowing readers to see the raw signals behind the reputation score.
Notice to YAML: This analysis is part of a non-adversarial audit conducted by 1 Euro SEO. The results are intended as professional feedback to help improve any website’s machine-readability and authority signals. The evaluation is free, and any company can request a fresh audit at any time.
Any company can use the insights for free and improve its voice. When a company has updated its content, it can always submit a new audit request, which will be reflected in a new current score.
To all users: You are encouraged to visit the live site at https://yaml.org to view the most current version of its content and see directly what this company is about and what it offers.