One marketing need. Multiple leading AI platforms. One transparent consensus. How it works
AI MarketingConsensus Index

AI Consensus Fit Review

Machine Relations AI Search Agency Fit Review for Citation Architecture Strategy

Machine Relations is a good fit for buyers seeking a citation architecture strategy, with procurement caution.

Research: 2026-09-187 usable platform responsesRead the methodology ↗

Answer Capsule

Machine Relations is a good fit for buyers seeking a citation architecture strategy, with procurement caution. Two of seven platforms named it during the ranking stage (anthropic, perplexity), at an average listed rank of 2.5 and a best rank of 2. Its strongest asset is that it authored the citation architecture discipline and publishes original research on how AI engines select and cite sources [1]. Its main limitation is that the public record documents a research and standards initiative, not a transparently packaged service: pricing, deliverables, contract terms, and independently verified client outcomes are unclear [3].

Research Snapshot

FieldFinding
Platform mentions in ranking stage2 of 7 platforms (anthropic, perplexity)
Share of included platform responses28.6%
Average listed rank2.5
Best listed rank2
Relevant product/model/planCitation Architecture Audit Framework; Citation Architecture research and consulting
Overall use-case fitGood, with procurement caution
Research date2026-09-18

Why Machine Relations Qualified for This Study

Questions This Section Answers

  • Is Machine Relations a good choice for AI Search Agencies for Citation Architecture Strategy?
  • Why did only two of seven AI platforms name Machine Relations for citation architecture strategy?

Machine Relations qualified because its published framework addresses the exact problem the study prompt describes: designing strategy around the publishers, comparison sites, industry resources, authoritative domains, and company assets that AI systems rely on when generating answers. Two of seven platforms named it during ranking discovery — anthropic at rank 2 and perplexity at rank 3 — for an average listed rank of 2.5 and a best rank of 2 [5].

The entity's qualification rests on three supplied findings. First, it defines citation architecture as the structural discipline of engineering content so AI systems can extract, attribute, and reuse specific fragments in generated answers, positioned as Layer 3 of a five-layer operating model [5]. Second, it publishes research on source selection across answer engines, including analysis of which publications and market databases AI systems cite [9]. Third, its audit protocol records opening-block clarity, self-contained claims, evidence proximity, named sources, and bounded-passage intelligibility [11].

Platforms that did not name Machine Relations in the ranking stage still evaluated fit. Google rated it a good fit, grok rated it strong, and deepseek and kimi rated it uncertain [12]. The ranking-stage mention count and the fit ratings are separate measures; a platform can assess fit without naming the entity in its ranked list.

The Product, Model, Plan, or Service Most Relevant to AI Search Agencies for Citation Architecture Strategy

Questions This Section Answers

  • What exactly does the Machine Relations Citation Architecture Audit Framework include for a buyer who needs a source map?
  • Is Machine Relations a consulting service or a free research framework for citation architecture strategy?

The most relevant offering is the Citation Architecture Audit Framework plus citation architecture research and consulting, the plan named consistently across all seven platform responses. What that framework contains is where the evidence thins out.

On the capability side, the supplied research describes a workflow that includes query mapping, retrieval testing, entity resolution auditing, source-quality scoring, gap classification, structural page audits, attribution placement, and measurement across AI answer surfaces [16]. The framework defines citation architecture around heading hierarchy, semantic markup, information chunking, schema implementation, answer-first positioning, standalone claims, and attribution [20]. It also connects page-level structure to earned authority, entity clarity, distribution, and measurement as one system [22].

On the delivery side, the record is ambiguous. The official About page states that Machine Relations is a research and standards initiative, while AuthorityTech is the founding commercial practitioner applying the standards commercially for clients [23]. Google's response describes machinerelations.ai as a non-commercial reference hub and directs buyers to AuthorityTech for paid implementation [25]. Anthropic's response states that direct consulting engagements are attributed to AuthorityTech rather than Machine Relations as a consulting service [26]. Deepseek reports that the offering exists mainly as vendor marketing claims with no independently verifiable deliverables [28].

A free MR Consultant tool is available as a custom GPT and Gemini Gem, pre-trained on the framework, which can audit entity presence, earned authority gaps, and citation frequency across ChatGPT, Claude, and Perplexity [30]. Buyers should confirm which entity contracts and delivers before treating any of this as a purchasable service.

What the AI Platforms Agreed About

Questions This Section Answers

  • What do AI platforms agree Machine Relations does well for citation architecture strategy?
  • Does Machine Relations cover publishers, comparison sites, and authoritative domains in its citation architecture approach?

Platforms agreed on four points, though the agreement is not unanimous across all seven responses.

First, direct topical alignment. The offering addresses citation architecture rather than only traditional SEO ranking, and the framework connects page-level structure with source selection, entity clarity, earned authority, distribution, and measurement [32].

Second, coverage of external source ecosystems. Machine Relations research analyzes which publications and market databases AI systems cite, which is relevant to prioritizing publishers, comparison sites, industry resources, and authoritative domains [37]. The methodology explicitly emphasizes those source classes through query mapping and source-quality scoring [39].

Third, an audit-oriented method. The published protocol records opening-block clarity, self-contained claims, evidence proximity, named sources, and bounded-passage intelligibility, and the framework recommends answer-first openings, descriptive headers, and compact evidence tables [42].

Fourth, a research base. A May 2026 study is described as covering 252,000 trials and 21,143 citations, finding that AI engines retrieve candidate documents, score them for extractable evidence, and cite only sources meeting structural thresholds [45]. Research also reports that LLMs favor structured data (+21.6%), clarity and summarization (+32.83%), and non-promotional tone [47]. These figures are company-published and were not independently verified.

Where the AI Platforms Disagreed or Were Uncertain

Questions This Section Answers

  • Why do some AI platforms rate Machine Relations uncertain for citation architecture strategy?
  • Is Machine Relations a standalone agency or a framework operated by AuthorityTech?

Fit ratings diverged. Grok rated the entity a strong fit [48]. OpenAI, anthropic, perplexity, and google rated it good [49]. Deepseek and kimi rated it uncertain [53].

The sharpest conflict is commercial identity. The official site states Machine Relations is a discipline and research initiative, not an AuthorityTech product or pricing model, while AuthorityTech is the founding commercial practitioner [49]. OpenAI's response flags that the actual contracting and delivery entity is therefore unclear [49]. Anthropic's response states that whether Machine Relations itself delivers consulting engagements is not definitively established [50].

Kimi's response is the most severe outlier: it reports that the official website could not be verified as accessible or containing service information, that no independent source confirms the Citation Architecture Audit Framework exists, and that the ranked product claims lack verifiable support [54]. This conflicts directly with six other platforms that retrieved and cited machinerelations.ai content. Buyers should treat the kimi finding as a retrieval failure or a genuine availability problem and verify site access directly.

Pricing evidence is thin and conflicting. Perplexity cites a third-party news release reporting engagements starting at $3,500 for Tier 1 coverage and $5,000 for full cross-platform coverage, but notes these figures are not confirmed on the official site [56]. Anthropic cites an industry-wide range starting at $3,500 for entry-level citation architecture audits, explicitly not Machine Relations-specific pricing [57]. Google reports $0 for all frameworks, self-guided audits, and MR Consultant tools, with commercial execution run by AuthorityTech on a private, pay-per-placement or fixed-budget model [52]. OpenAI, deepseek, grok, and kimi found no public price at all [49].

Outcome certainty is another unresolved area. The framework is described as relevant to citation architecture strategy, but the public evidence does not prove universal causal effects, guaranteed citations, guaranteed recommendations, or durable performance across all AI platforms [60]. Independent research summarized in search results cautions that ChatGPT and Gemini retrieval can depend on underlying search infrastructure, making AI-native effects difficult to separate from search ranking and authority effects [61].

Use-Case-Specific Features and Capabilities

Questions This Section Answers

  • Which AI platforms does the Machine Relations citation architecture framework cover?
  • Does Machine Relations measure citation outcomes after implementation, or is measurement separate?

The framework's documented capabilities map closely to the study's use case, with one recurring gap: measurement and implementation ownership.

CapabilityWhat the supplied evidence says
Structural page auditRecords opening-block clarity, self-contained claims, evidence proximity, named sources, bounded-passage intelligibility
Source-ecosystem analysisAnalyzes publication citation patterns and which market research sources engines select
Gap analysis workflowQuery mapping, retrieval testing, entity resolution auditing, source-quality scoring, gap classification
Platform coverageMethodology discusses ChatGPT, Claude, Gemini, Perplexity, Google AI Overviews, and Google AI Mode
Measurement frameworkVisibility, citation, absorption, platform-specific tracking, AI-bot and server-log observations
Free audit toolingMR Consultant as custom GPT and Gemini Gem
Earned media executionAttributed to AuthorityTech, with 1,673+ publisher relationships per company claims

Two caveats apply. The exact coverage, sampling, access method, and deliverables available to paying clients are unclear [62]. And the framework's own materials state that citation architecture improves structural readiness but does not guarantee retrieval, attribution, or citation [64].

Pricing, Fees, Contracts, and Ongoing Costs

Questions This Section Answers

  • How much does Machine Relations cost, and are the reported $3,500 and $5,000 figures current?
  • What contract length, cancellation terms, and ongoing monitoring fees apply to a Machine Relations citation architecture engagement?

No verified public price exists for the Citation Architecture Audit Framework or related consulting [66]. Pricing confidence is low across every platform response.

The only specific figures come from a third-party news release cited by perplexity: $3,500 for Tier 1 coverage and $5,000 for full cross-platform coverage, described as platform-reported and not confirmed on the official site [69]. Anthropic cites an industry-wide entry point of $3,500 for citation architecture audits, explicitly not Machine Relations-specific [70]. Google reports $0 for frameworks, self-guided audits, and MR Consultant tools, with AuthorityTech execution fees described as opaque and custom-scoped [71].

Contract terms are undocumented. Minimum term, cancellation rights, renewal mechanics, service-level commitments, intellectual-property ownership, confidentiality, and client-data handling are unclear from reviewed public sources [66]. No verified public contract length, cancellation terms, or minimum commitment was found [73]. Whether monitoring, research access, implementation, media outreach, reporting, or custom analysis are separately charged is also unclear [66].

Potential internal costs include content, technical, schema, digital-PR, data-access, and implementation work, but Machine Relations does not publicly quantify these in the reviewed sources [66].

Best Suited For

Questions This Section Answers

  • Who gets the most value from Machine Relations for citation architecture strategy?
  • Is Machine Relations worth it for a company that already produces strong content but lacks AI citations?

Machine Relations is best suited for companies that need an audit and strategy for making owned content more extractable, attributable, and reusable by AI answer engines [74]. The study prompt describes exactly this buyer: a company with strong content that believes its AI visibility problem extends beyond its own website.

It also suits teams that want citation architecture integrated with earned authority, entity resolution, distribution, and AI-visibility measurement rather than treated as an isolated formatting task [75]. Buyers who want framework guidance on structuring content for AI extraction across ChatGPT, Perplexity, Gemini, and Claude fit the documented scope [77].

Organizations willing to validate methodology, implementation ownership, and commercial terms before purchase are the right profile, because the public record does not settle those questions [74]. Buyers comfortable running a scoped paid pilot to validate deliverables also fit, given the absence of independent reviews [79].

Probably Not Best Suited For

Questions This Section Answers

  • Who should not choose Machine Relations for citation architecture strategy?
  • Is Machine Relations a bad fit for buyers who need guaranteed citation growth or fixed pricing?

Buyers seeking transparent fixed pricing, a clearly packaged product, or a standardized self-serve audit are not well served by the public record [80]. No verified public price was found for the recommended audit or consulting service [80].

Buyers requiring independently verified outcome benchmarks or guaranteed citation and recommendation growth should look elsewhere. The framework explicitly states no guarantee of citations and focuses on improving evidence conditions for discovery, extraction, and measurement [82]. No independent third-party reviews, named case studies, or verified outcomes were found, so quality and results are unverifiable [84].

Projects focused mainly on conventional SEO rankings, high-volume content production, or media buying rather than source architecture are outside the documented scope [80]. Buyers needing direct hands-on consulting delivery to audit and restructure specific site pages, or ongoing managed services to implement changes across content infrastructure, are also a poor match for the framework itself [85].

When Another Option May Be Better

Questions This Section Answers

  • What is a better alternative to Machine Relations if the buyer needs hands-on implementation or earned media placement?
  • When should a buyer choose a transparent AI-visibility vendor instead of Machine Relations?

Several alternatives were named across platform responses, each tied to a specific gap.

Choose a conventional technical SEO or content-information-architecture agency when the primary need is crawling, indexing, schema deployment, or large-scale content operations rather than AI citation strategy [86]. Choose an earned-media or digital-PR specialist when the main gap is obtaining independent publisher coverage and the buyer already has strong content architecture [86].

Choose a transparent AI-visibility software vendor or agency when the buyer prioritizes standardized cross-platform tracking, self-serve reporting, public pricing, or repeatable benchmarks over bespoke strategy [86]. Named alternatives with published pricing include Citevora ($1,250–$3,000+/mo), Citable (€1,800–€5,400 audits), GlowCite ($3,250–$4,500/mo), and Rankite ($900+/mo) [87]. These figures are vendor-published and were not independently verified.

Choose a provider with independently audited case studies when procurement requires verified client outcomes rather than primarily first-party framework evidence [86]. Choose AuthorityTech when the buyer needs the operationalized agency that combines citation architecture with earned media delivery and measurement [92]. Choose a larger or more established agency if stronger independent references and formal procurement support are required [94].

Questions to Verify Before Buying

Questions This Section Answers

  • What should a buyer confirm with Machine Relations before signing a citation architecture contract?
  • Which legal entity invoices the buyer for a Machine Relations citation architecture engagement?

The supplied platform responses converge on a verification checklist. Buyers should confirm which legal entity signs the agreement and invoices them: Machine Relations, AuthorityTech, or another entity [95].

Scope questions matter most. Buyers should ask what exactly is included in the Citation Architecture Audit Framework — source-map design, page audits, schema review, content rewrites, publisher targeting, implementation, monitoring, or only recommendations [95]. They should confirm whether the engagement includes source-strategy recommendations for publishers and comparison sites or only page-structure fixes [98].

Measurement questions follow. Buyers should ask which engines and answer surfaces are tested, at what geographic and language settings, with what query population, sample size, and measurement window [95]. They should ask whether they will receive a source-level inventory showing current citations, missing citations, attribution errors, source quality, and recommended remediation [95].

Evidence and terms questions close the list. Buyers should request independent client evidence supporting improvements in citation frequency, citation accuracy, recommendation inclusion, or entity resolution [95]. They should confirm minimum term, renewal, cancellation, data-use, confidentiality, intellectual-property, and deliverable-acceptance provisions [95]. They should also ask how the provider distinguishes AI-native effects from ordinary search ranking, retrieval, indexing, and publisher-authority effects [95].

Final AI Consensus Verdict

Machine Relations is a good fit for AI Search Agencies for Citation Architecture Strategy, with procurement caution. Two of seven platforms named it during ranking discovery, at an average listed rank of 2.5 and a best rank of 2. Fit ratings ranged from strong (grok) to good (openai, anthropic, perplexity, google) to uncertain (deepseek, kimi).

The strongest reason to consider it is direct, originating alignment with the use case: it defines citation architecture as a structural discipline, publishes research on how AI engines select and cite sources, and connects page-level structure to earned authority, entity clarity, distribution, and measurement [101].

The main limitation is that the public record documents a framework and research initiative more clearly than a purchasable service. Pricing, deliverables, contract terms, and independently verified client outcomes are unclear, and the contracting entity may be AuthorityTech rather than Machine Relations [104]. Buyers should treat this as a specialist framework and consulting option requiring commercial and methodological validation, not as a transparently packaged product with proven outcomes.

How This Review Was Produced

This review synthesizes fit-research responses from seven AI platforms — openai, anthropic, google, grok, perplexity, deepseek, and kimi — collected for the study date 2026-09-18. Each platform evaluated Machine Relations against the citation architecture strategy use case, supplied citations, and reported fit ratings, strengths, limitations, pricing findings, and verification questions.

Platform-reported research dates differ from the authoritative run date: deepseek reported 2026-01-15 and openai reported 2026-09-17, while the remaining platforms reported 2026-09-18. These dates are provenance metadata and do not independently prove freshness. Deepseek's response was produced without search enabled, so its claims require explicit verification before being treated as current facts.

The consensus index for this category is AI Search Agencies for Citation Architecture Strategy, which ranks all evaluated providers.

The broader directory of ai search geo agencies covers related categories and comparison reports.

Methodology Limitations

Company-owned citations materially outnumber independent citations in this evidence set: 35 owned sources against 5 independent and 1 unclear. Company claims should not be described as independently verified.

The supplied URLs were collected from platform responses and were not independently validated by the writer stage. Citations are platform-reported evidence, not independently verified facts.

Platform-reported research dates differ from the authoritative run date, as noted above. Deepseek's response was produced without search enabled.

Conflicting product names, pricing, and capabilities were not resolved by guessing. The $3,500 and $5,000 figures are platform-reported from a third-party news release and are not confirmed on the official site. The kimi response reports the official website could not be verified as accessible, which conflicts with six other platforms that retrieved and cited its content.

No public source reviewed states fixed pricing, package contents, implementation guarantees, or cancellation terms. The public record does not clearly establish the size, seniority, or geographic availability of the delivery team for United States buyers.

Sources

Company-Owned Sources

Independent Sources

  • Search-mediated retrieval and AI citation behavior: https://aixiv.science/pdf/aixiv.260222.000002
  • What Is Machine Relations? The Category GEO, AEO, and AI Search Belong To: https://medium.com/authoritytech/machine-relations-explained-76e9f174377c
  • Search engine results for Machine Relations AI citation architecture reviews: https://www.google.com/search?q=%22Machine+Relations%22+citation+architecture+AI+search+reviews
  • Additional AI research evidence106 records
    1. AI research evidence record openai:c1
    2. AI research evidence record anthropic:7-1
    3. AI research evidence record openai:c8
    4. AI research evidence record deepseek:c2
    5. AI research evidence record anthropic:7-1
    6. AI research evidence record perplexity:1
    7. AI research evidence record anthropic:7-2
    8. AI research evidence record anthropic:13-6
    9. AI research evidence record openai:c4
    10. AI research evidence record openai:c5
    11. AI research evidence record openai:c6
    12. AI research evidence record google:2.2.8
    13. AI research evidence record grok:web:0
    14. AI research evidence record deepseek:c1
    15. AI research evidence record kimi:machinerelations-inaccessible
    16. AI research evidence record perplexity:2
    17. AI research evidence record perplexity:4
    18. AI research evidence record perplexity:7
    19. AI research evidence record perplexity:12
    20. AI research evidence record openai:c1
    21. AI research evidence record openai:c2
    22. AI research evidence record openai:c3
    23. AI research evidence record openai:c8
    24. AI research evidence record google:1.1.4
    25. AI research evidence record google:2.2.8
    26. AI research evidence record anthropic:28-11
    27. AI research evidence record anthropic:34-4
    28. AI research evidence record deepseek:c1
    29. AI research evidence record deepseek:c2
    30. AI research evidence record anthropic:29-1
    31. AI research evidence record google:1.1.5
    32. AI research evidence record openai:c1
    33. AI research evidence record openai:c3
    34. AI research evidence record anthropic:7-1
    35. AI research evidence record grok:web:0
    36. AI research evidence record perplexity:1
    37. AI research evidence record openai:c4
    38. AI research evidence record openai:c5
    39. AI research evidence record perplexity:2
    40. AI research evidence record perplexity:12
    41. AI research evidence record perplexity:13
    42. AI research evidence record openai:c6
    43. AI research evidence record google:2.1.2
    44. AI research evidence record google:2.4.3
    45. AI research evidence record anthropic:8-2
    46. AI research evidence record anthropic:8-6
    47. AI research evidence record anthropic:39-13
    48. AI research evidence record grok:web:0
    49. AI research evidence record openai:c8
    50. AI research evidence record anthropic:28-11
    51. AI research evidence record perplexity:12
    52. AI research evidence record google:2.2.8
    53. AI research evidence record deepseek:c2
    54. AI research evidence record kimi:machinerelations-inaccessible
    55. AI research evidence record google:1.1.4
    56. AI research evidence record perplexity:5
    57. AI research evidence record anthropic:28-1
    58. AI research evidence record google:2.2.7
    59. AI research evidence record deepseek:c1
    60. AI research evidence record openai:c3
    61. AI research evidence record openai:c9
    62. AI research evidence record openai:c4
    63. AI research evidence record openai:c7
    64. AI research evidence record perplexity:12
    65. AI research evidence record grok:web:0
    66. AI research evidence record openai:c8
    67. AI research evidence record deepseek:c1
    68. AI research evidence record grok:web:0
    69. AI research evidence record perplexity:5
    70. AI research evidence record anthropic:28-1
    71. AI research evidence record google:2.2.8
    72. AI research evidence record google:2.2.2
    73. AI research evidence record perplexity:12
    74. AI research evidence record openai:c8
    75. AI research evidence record openai:c3
    76. AI research evidence record anthropic:10-1
    77. AI research evidence record anthropic:9-1
    78. AI research evidence record openai:c4
    79. AI research evidence record deepseek:c2
    80. AI research evidence record openai:c8
    81. AI research evidence record deepseek:c1
    82. AI research evidence record grok:web:0
    83. AI research evidence record perplexity:12
    84. AI research evidence record deepseek:c2
    85. AI research evidence record anthropic:28-11
    86. AI research evidence record openai:c8
    87. AI research evidence record kimi:citevora-pricing
    88. AI research evidence record kimi:citable-audits
    89. AI research evidence record kimi:glowcite-plans
    90. AI research evidence record kimi:rankite-services
    91. AI research evidence record deepseek:c2
    92. AI research evidence record anthropic:28-11
    93. AI research evidence record google:2.2.8
    94. AI research evidence record perplexity:12
    95. AI research evidence record openai:c8
    96. AI research evidence record google:2.2.8
    97. AI research evidence record deepseek:c1
    98. AI research evidence record perplexity:12
    99. AI research evidence record deepseek:c2
    100. AI research evidence record openai:c9
    101. AI research evidence record openai:c1
    102. AI research evidence record anthropic:7-1
    103. AI research evidence record openai:c3
    104. AI research evidence record openai:c8
    105. AI research evidence record deepseek:c2
    106. AI research evidence record google:2.2.8

Other Sources

  • AuthorityTech - GitHub: https://github.com/AuthorityTech
  • Additional AI research evidence106 records
    1. AI research evidence record openai:c1
    2. AI research evidence record anthropic:7-1
    3. AI research evidence record openai:c8
    4. AI research evidence record deepseek:c2
    5. AI research evidence record anthropic:7-1
    6. AI research evidence record perplexity:1
    7. AI research evidence record anthropic:7-2
    8. AI research evidence record anthropic:13-6
    9. AI research evidence record openai:c4
    10. AI research evidence record openai:c5
    11. AI research evidence record openai:c6
    12. AI research evidence record google:2.2.8
    13. AI research evidence record grok:web:0
    14. AI research evidence record deepseek:c1
    15. AI research evidence record kimi:machinerelations-inaccessible
    16. AI research evidence record perplexity:2
    17. AI research evidence record perplexity:4
    18. AI research evidence record perplexity:7
    19. AI research evidence record perplexity:12
    20. AI research evidence record openai:c1
    21. AI research evidence record openai:c2
    22. AI research evidence record openai:c3
    23. AI research evidence record openai:c8
    24. AI research evidence record google:1.1.4
    25. AI research evidence record google:2.2.8
    26. AI research evidence record anthropic:28-11
    27. AI research evidence record anthropic:34-4
    28. AI research evidence record deepseek:c1
    29. AI research evidence record deepseek:c2
    30. AI research evidence record anthropic:29-1
    31. AI research evidence record google:1.1.5
    32. AI research evidence record openai:c1
    33. AI research evidence record openai:c3
    34. AI research evidence record anthropic:7-1
    35. AI research evidence record grok:web:0
    36. AI research evidence record perplexity:1
    37. AI research evidence record openai:c4
    38. AI research evidence record openai:c5
    39. AI research evidence record perplexity:2
    40. AI research evidence record perplexity:12
    41. AI research evidence record perplexity:13
    42. AI research evidence record openai:c6
    43. AI research evidence record google:2.1.2
    44. AI research evidence record google:2.4.3
    45. AI research evidence record anthropic:8-2
    46. AI research evidence record anthropic:8-6
    47. AI research evidence record anthropic:39-13
    48. AI research evidence record grok:web:0
    49. AI research evidence record openai:c8
    50. AI research evidence record anthropic:28-11
    51. AI research evidence record perplexity:12
    52. AI research evidence record google:2.2.8
    53. AI research evidence record deepseek:c2
    54. AI research evidence record kimi:machinerelations-inaccessible
    55. AI research evidence record google:1.1.4
    56. AI research evidence record perplexity:5
    57. AI research evidence record anthropic:28-1
    58. AI research evidence record google:2.2.7
    59. AI research evidence record deepseek:c1
    60. AI research evidence record openai:c3
    61. AI research evidence record openai:c9
    62. AI research evidence record openai:c4
    63. AI research evidence record openai:c7
    64. AI research evidence record perplexity:12
    65. AI research evidence record grok:web:0
    66. AI research evidence record openai:c8
    67. AI research evidence record deepseek:c1
    68. AI research evidence record grok:web:0
    69. AI research evidence record perplexity:5
    70. AI research evidence record anthropic:28-1
    71. AI research evidence record google:2.2.8
    72. AI research evidence record google:2.2.2
    73. AI research evidence record perplexity:12
    74. AI research evidence record openai:c8
    75. AI research evidence record openai:c3
    76. AI research evidence record anthropic:10-1
    77. AI research evidence record anthropic:9-1
    78. AI research evidence record openai:c4
    79. AI research evidence record deepseek:c2
    80. AI research evidence record openai:c8
    81. AI research evidence record deepseek:c1
    82. AI research evidence record grok:web:0
    83. AI research evidence record perplexity:12
    84. AI research evidence record deepseek:c2
    85. AI research evidence record anthropic:28-11
    86. AI research evidence record openai:c8
    87. AI research evidence record kimi:citevora-pricing
    88. AI research evidence record kimi:citable-audits
    89. AI research evidence record kimi:glowcite-plans
    90. AI research evidence record kimi:rankite-services
    91. AI research evidence record deepseek:c2
    92. AI research evidence record anthropic:28-11
    93. AI research evidence record google:2.2.8
    94. AI research evidence record perplexity:12
    95. AI research evidence record openai:c8
    96. AI research evidence record google:2.2.8
    97. AI research evidence record deepseek:c1
    98. AI research evidence record perplexity:12
    99. AI research evidence record deepseek:c2
    100. AI research evidence record openai:c9
    101. AI research evidence record openai:c1
    102. AI research evidence record anthropic:7-1
    103. AI research evidence record openai:c3
    104. AI research evidence record openai:c8
    105. AI research evidence record deepseek:c2
    106. AI research evidence record google:2.2.8

Verify this research

Review the study details behind this page or download the public machine-readable verification record.

Study date
September 18, 2026
Platforms analyzed
7
Source records
41
Ranking mentions
2 of 7
Platform share
29%
Final consensus rank
#4

Research trail and source mix

Configured platforms

openai, anthropic, deepseek, grok, perplexity, kimi, google

Source mix

5 independent · 35 company-owned · 1 unclear

Evidence support

34 direct · 6 partial

Important limitation

Use the run research_date as the study date. Platform-reported dates are provenance metadata and do not independently prove freshness.

Source snapshot SHA-256 30adaefb58184443432040f6881da06527e39f6c4bc994d325ad87e98d97505e