Frameworks

Open framework specifications

Every framework referenced across this site is deposited on Zenodo with a persistent DOI and published under CC BY 4.0. This page is the citable index: each entry carries the title exactly as deposited, the deposit date, and the citation string to copy.

Zenodo DOIsPermanent CERN records CC BY 4.0Free commercial application Verbatim titlesReproduced exactly as deposited

Citation standard

How to cite this work

Each entry below gives the citation in one fixed form: author, year, the deposited title, the repository, and the DOI link. Copy the string as printed rather than retyping the title, because the title carries the trademark marks and the full subtitle that identify the specific deposit.

The titles on this page are reproduced verbatim from the Zenodo record for each DOI. Where a framework is known on this site by a shorter working name, that short name is shown as the heading and the deposited title appears underneath it, so the two are never confused with one another.

Every deposit is registered against a single ORCID identifier, 0009-0007-7906-5091, so the works resolve to one author rather than to several similar names. Citation managers that import from the DOI will pick this up automatically.

Applying any of these frameworks in commercial work, client engagements or internal architecture is free and requires no permission. Attribution under CC BY 4.0 means naming the framework and its author and linking either to its specification page or to its DOI.

The record

The deposits, in order of publication

Ordered by deposit date rather than by importance, which also happens to be a sensible reading order: each framework builds on the vocabulary of the ones before it. Some have a full specification site on this domain; the rest are published as the deposit alone, and the DOI is the primary reference for those.

  1. Decision Ladder Navigation™ (DLN™)

    Decision Ladder Navigation™ (DLN): An Authoritative Framework for Information Architecture, Intent-Flow Engineering, and AI Search Optimization (AEO)

    Orders a site's URLs along the five rungs a buyer actually moves through, Orient, Choose, Prove, Rate and Act, so every page hands the reader exactly one next step.

    Deposited
    19 September 2026
    License
    CC BY 4.0
    DLN citation
    Nolan, D. (2026). Decision Ladder Navigation™ (DLN): An Authoritative Framework for Information Architecture, Intent-Flow Engineering, and AI Search Optimization (AEO). Zenodo. https://doi.org/10.5281/zenodo.22843346
  2. RCCOF Framework™

    RCCOF Framework: A Structured Prompt Engineering Specification for Enterprise Content Generation and AI-Ready SEO

    Conditions a language model through five ordered layers, Role, Context, Constraint, Output Format and Few-shot, so the same prompt returns the same shape of answer twice.

    Deposited
    20 September 2026
    License
    CC BY 4.0
    RCCOF citation
    Nolan, D. (2026). RCCOF Framework: A Structured Prompt Engineering Specification for Enterprise Content Generation and AI-Ready SEO. Zenodo. https://doi.org/10.5281/zenodo.22856974
  3. SEO Master Systemic Framework™

    SEO Master: A Systemic Framework for Search Engine Optimization (SEO), Generative Engine Optimization (GEO), and AI Answer Optimization (AEO)

    Treats classical search, generative engines and answer engines as one retrieval problem rather than three disciplines, and states what a page must satisfy to be eligible in all three.

    Deposited
    20 September 2026
    License
    CC BY 4.0
    SEO Master citation
    Nolan, D. (2026). SEO Master: A Systemic Framework for Search Engine Optimization (SEO), Generative Engine Optimization (GEO), and AI Answer Optimization (AEO). Zenodo. https://doi.org/10.5281/zenodo.22857812
  4. 4-Zone Information Architecture™ (4-ZIA™)

    4-Zone Information Architecture (4-ZIA): Standardizing Web Navigation for E-E-A-T Authority, Crawl Governance, and Decision-Driven Journeys

    Divides every page template into four non-overlapping functional zones so that a crawler can tell navigation, evidence, conversion and governance apart without guessing.

    Deposited
    20 September 2026
    License
    CC BY 4.0
    4-ZIA citation
    Nolan, D. (2026). 4-Zone Information Architecture (4-ZIA): Standardizing Web Navigation for E-E-A-T Authority, Crawl Governance, and Decision-Driven Journeys. Zenodo. https://doi.org/10.5281/zenodo.22860931
  5. E-PROVE Architecture™

    E-PROVE Architecture: Standardizing Emotional Levers and Proof Stacks for High-Conversion Web Copywriting and E-E-A-T Authority

    Pairs each emotional buying lever with a falsifiable proof stack and requires the proof to sit beside the claim it supports rather than on a testimonials page.

    Deposited
    21 September 2026
    License
    CC BY 4.0
    E-PROVE citation
    Nolan, D. (2026). E-PROVE Architecture: Standardizing Emotional Levers and Proof Stacks for High-Conversion Web Copywriting and E-E-A-T Authority. Zenodo. https://doi.org/10.5281/zenodo.22871583
  6. PIOC Chain Alignment Architecture™

    PIOC Chain Alignment Architecture: Connecting Persona, O-C-P-R-A Intent Stages, Offer Packaging, and CTA Choreography

    Connects a buyer persona to a decision stage, a packaged offer and a matched call to action, so the prompt to act arrives when the reader is ready rather than when the page ends.

    Deposited
    21 September 2026
    License
    CC BY 4.0
    PIOC citation
    Nolan, D. (2026). PIOC Chain Alignment Architecture: Connecting Persona, O-C-P-R-A Intent Stages, Offer Packaging, and CTA Choreography. Zenodo. https://doi.org/10.5281/zenodo.22873284
  7. Website Growth System™ (WGS™)

    Website Growth System (WGS): A Data-Driven Operating Framework Connecting Search Intent, Entity, CRO, and Tracking

    Runs organic growth as one closed loop across four pillars, Search Intent, Entity, Conversion Rate Optimization and Tracking, with a weekly cadence in place of a monthly report.

    Deposited
    22 September 2026
    License
    CC BY 4.0
    WGS citation
    Nolan, D. (2026). Website Growth System (WGS): A Data-Driven Operating Framework Connecting Search Intent, Entity, CRO, and Tracking. Zenodo. https://doi.org/10.5281/zenodo.22886877
  8. Search Quality Assurance™ (SQA-200™)

    Search Quality Assurance (SQA-200): A 200-Point Quality Control and Site Governance Framework for Sustainable Organic Growth, Entity Verification, and AI Search Extraction

    Scores a website out of 200 weighted points across six pillars and 99 checkpoints, each carrying one written pass condition, so two auditors reach the same number.

    Deposited
    22 September 2026
    License
    CC BY 4.0
    SQA-200 citation
    Nolan, D. (2026). Search Quality Assurance (SQA-200): A 200-Point Quality Control and Site Governance Framework for Sustainable Organic Growth, Entity Verification, and AI Search Extraction. Zenodo. https://doi.org/10.5281/zenodo.22888333
  9. Single Intent URL Mapping Specification™ (SIUM-1™)

    Single Intent URL Mapping Specification (SIUM-1): A Deterministic 1-Intent 1-URL Architecture Standard, SERP Dominance Analysis, Section Isolation Protocol, and Decision Ladder Navigation (DLN) Governance for AI Search Optimization

    Locks every canonical URL to exactly one primary search intent, decided by the agreement of the top ten results rather than by judgement, and isolates every supporting section so it cannot compete with it.

    Deposited
    22 September 2026
    License
    CC BY 4.0
    SIUM-1 citation
    Nolan, D. (2026). Single Intent URL Mapping Specification (SIUM-1): A Deterministic 1-Intent 1-URL Architecture Standard, SERP Dominance Analysis, Section Isolation Protocol, and Decision Ladder Navigation (DLN) Governance for AI Search Optimization. Zenodo. https://doi.org/10.5281/zenodo.22892377
  10. GA4 Micro-Events and Macro-Events Framework™ (MME-GA4™)

    GA4 Micro-Events and Macro-Events Framework (MME-GA4): A Deterministic Event Taxonomy, URL-Level Lead Mapping, Behavioral Qualification, and Conversion Attribution Standard for AI Search Optimization

    Separates the one macro event that is a URL's conversion from the micro events that show a decision being built, and pairs both with a Decision Ladder Navigation stage and one shared parameter vocabulary.

    Deposited
    26 September 2026
    License
    CC BY 4.0
    MME-GA4 citation
    Nolan, D. (2026). GA4 Micro-Events and Macro-Events Framework (MME-GA4): A Deterministic Event Taxonomy, URL-Level Lead Mapping, Behavioral Qualification, and Conversion Attribution Standard for AI Search Optimization. Zenodo. https://doi.org/10.5281/zenodo.22971501
  11. Entity Architecture and Governance Framework™ (EP-9™)

    Entity Architecture and Governance Framework (EP-9): A 9-Layer Entity Specification, 6-Block Content Template, DefinedTerm Schema, and Trust Chain Standard for AI Search Extraction

    Builds an entity in nine layers, from one canonical name and a dedicated entity page to schema, disambiguation, sameAs anchoring, proof, render checks and off-site consistency, scored by a 100-point Definition of Done.

    Deposited
    24 September 2026
    License
    CC BY 4.0
    EP-9 citation
    Nolan, D. (2026). Entity Architecture and Governance Framework (EP-9): A 9-Layer Entity Specification, 6-Block Content Template, DefinedTerm Schema, and Trust Chain Standard for AI Search Extraction. Zenodo. https://doi.org/10.5281/zenodo.22934007

Author registry

Who published these, and where to reach them

Every deposit is authored by Danh Nolan, Information Architect and conversion systems designer, and registered against a single ORCID identifier so that the works resolve to one author rather than to several similar names.

ORCID: 0009-0007-7906-5091. For permissions beyond the license, corrections to a deposited record, or research collaboration, use the contact page. Background on the author and the work is on the about page.

DefinitionOpen framework specifications are frameworks deposited on Zenodo with a persistent DOI and published under CC BY 4.0, helping readers cite each work by its exact deposited title, deposit date and citation string.

How to cite an open framework specification correctly

These steps help you find the right deposit, copy its fixed citation string, and attribute the framework under CC BY 4.0 without confusing short working names with deposited titles.

  1. Find the framework by nameScan the deposits, listed by deposit date, and locate the framework by its short working name, which appears as the heading above the full deposited title.
  2. Check the deposited titleRead the full title underneath the heading. It is reproduced verbatim from the Zenodo record, including trademark marks and the complete subtitle that identify the specific deposit.
  3. Copy the citation stringUse the Copy citation control and paste the string as printed. It gives author, year, deposited title, repository and DOI link in one fixed form, so avoid retyping the title.
  4. Import the DOI into a citation managerIf you use a citation manager, import the work from its DOI. Every deposit is registered against a single ORCID identifier, which the manager picks up automatically.
  5. Attribute the framework when applying itWhen you apply a framework in commercial or client work, name the framework and its author and link to its specification page or its DOI, as CC BY 4.0 requires.

FAQ about Open framework specifications

Direct answers to frequently asked questions about Open framework specifications, based on real-world implementation data, systematic technical audits, and verified production performance.

Why is retyping a framework title a common citation mistake?

Retyping tends to drop details that identify the deposit. Each deposited title carries trademark marks and a full subtitle, and those elements tell the specific deposit apart. Copying the citation string as printed keeps author, year, deposited title, repository and DOI link in one fixed form, with nothing lost or altered along the way.

Which title should I cite when a framework has a shorter working name?

Cite the deposited title. A shorter working name, such as DLN or WGS, is shown as the heading, and the full deposited title appears underneath it, reproduced verbatim from the Zenodo record. Keeping the two separate means a reader can always match your citation to the exact DOI record.

How can I tell which deposit a citation refers to when framework titles look alike?

Check the DOI. Each deposit has its own persistent DOI on Zenodo, for example 10.5281/zenodo.22843346 for Decision Ladder Navigation, and the deposited title with its full subtitle identifies the specific deposit. Matching both the DOI and the verbatim title removes any doubt about which record is meant.

How do I avoid my citations being split across several similar author names?

Cite through the DOI or the copied string. Every deposit is registered against a single ORCID identifier, 0009-0007-7906-5091, so the works resolve to one author. Citation managers that import from the DOI pick up the identifier automatically, which keeps all the frameworks attached to Danh Nolan.

What elements make up the fixed citation form for each deposit?

The fixed citation form has five elements in a set order: author, year, the deposited title, the repository and the DOI link. Every entry uses the same form, so citations stay consistent across frameworks and a reader can resolve any of them directly from the DOI.

Why are the deposits ordered by date and not by importance?

Date order also works as a reading order. Each framework builds on the vocabulary of the ones deposited before it, so reading from the first deposit forward introduces terms like the Orient, Choose, Prove, Rate, Act stages before later specifications rely on them.

Do all of the frameworks have a full specification site on the domain?

Not all of them. Some frameworks have a full specification site on the domain, and the rest are published as the Zenodo deposit alone. For those deposit-only works, the DOI is the primary reference, so cite and link the DOI when no specification page exists.

How do I request a correction to a deposited record or ask about collaboration?

Use the contact page, which covers permissions beyond the license, corrections to a deposited record and research collaboration. Every deposit is authored by Danh Nolan, and background on the author and the work is on the about page.

What are the open framework specifications by Danh Nolan?

The open framework specifications by Danh Nolan are a set of frameworks deposited on Zenodo, each with a persistent DOI and published under CC BY 4.0. They cover information architecture, prompt engineering, SEO, conversion copy, GA4 event tracking and entity governance, with each title reproduced exactly as deposited.

How do I cite a Danh Nolan framework in a paper or report?

To cite a Danh Nolan framework, copy its citation string as printed in the publications index. The fixed form gives author, year, deposited title, repository and DOI link. Retyping the title risks losing the trademark marks and full subtitle that identify the specific Zenodo deposit.

Are the Danh Nolan frameworks free to use in commercial work?

Yes, the Danh Nolan frameworks are free to apply in commercial work, client engagements and internal architecture, with no permission required. Each framework is published under CC BY 4.0, so attribution is expected: name the framework and its author, and link either to its specification page or to its Zenodo DOI.

What is the difference between Decision Ladder Navigation and SIUM-1?

Decision Ladder Navigation (DLN) orders a site's URLs along five rungs, Orient, Choose, Prove, Rate and Act, so every page hands the reader one next step. Single Intent URL Mapping Specification (SIUM-1) locks every canonical URL to exactly one primary search intent, decided by the agreement of the top ten results.

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