PAI Enterprise AI Index Model Solution PAI Enterprise AI Index
PAI Enterprise AI Cognitive Index Model
PAI Enterprise AI Index
Version: EAI 1.0
Release Date: 2026
Prepared by: AI Index Research Institute / China Vision New Media GEO Research Institute / WICOWEB Global AI Cognitive Research Center
Theoretical Founder: Pang Pei
I. Index Positioning
1.1 Core Definition
The PAI Enterprise AI Index (EAI) is the first evaluation system that uses real output data from generative AI large models as the basis for assessment, specifically designed to measure a company's comprehensive cognitive competitiveness within the global AI knowledge network. It does not rely on traditional corporate evaluation metrics such as revenue, market capitalization, employee count, or patent numbers. Instead, it employs standardized methods to collect generated content from mainstream global AI large models, quantitatively assessing a company's AI brand visibility, AI trust, AI recommendation, technological thought leadership, and cognitive resilience from the perspective of how AI "perceives," "evaluates," and "recommends" the company.
EAI is the "enterprise-level" composite index within the PAI Global AI Cognitive Competitiveness Index System. It integrates the brand dimension assessment from the CBVI (Corporate Brand AI Visibility Index), the founder dimension assessment from the CEAI (Corporate Entrepreneur AI Influence Index), and the company's overall cognitive performance in the AI industry into a comprehensive profile of enterprise AI cognitive competitiveness.
1.2 Industry Characteristics and Necessity
Enterprises are the core units of economic activity, and their competitiveness evaluation is undergoing fundamental transformation in the AI era. Traditional corporate evaluation systems emphasize financial metrics and market share, but in an era where AI is increasingly becoming the primary gateway for consumer decisions, investment analysis, and partner screening, whether a company can be accurately recognized, positively presented, and preferentially recommended by AI is becoming a critical variable affecting its market value, financing capability, and talent attraction.
First, "cognitive weight determines market weight." When consumers ask AI "recommend a reliable smartwatch," when investors evaluate "which companies stand out in AI transformation," and when purchasers search for "the most innovative supply chain partners" through AI, the answers provided by AI are directly influencing corporate business opportunities. A company with strong competitiveness in the physical world may quietly disappear from the "cognitive candidate list" of the new generation of customers and investors if its cognitive weight in the AI knowledge network is low.
Second, "quantification of trust assets." In the AI era, the authoritative media coverage, third-party evaluations and certifications, academic research citations, and participation in industry standards accumulated by a company constitute quantifiable "trust assets." Such assets cannot be purchased in the short term with marketing budgets but are built through long-term systematic cognitive development.
Third, "the dual-wheel drive of founder IP and corporate brand." In the AI evaluation system, corporate brand and founder personal brand are highly interconnected—when AI cites a founder's thoughts and viewpoints, it often simultaneously mentions the corporate brand; when AI recommends benchmark companies in an industry, the founder's industry influence is also an important reference. EAI organically integrates the corporate dimension with the entrepreneur dimension, providing a comprehensive assessment of enterprise AI cognitive competitiveness.
Fourth, "the non-synchronization between corporate lifecycle and AI cognitive accumulation." A startup may gain high AI cognitive visibility in the short term due to technological breakthroughs and media attention, but its AI cognitive resilience may be far lower than that of a traditional enterprise that has operated for decades with deep accumulation of authoritative sources. Through multi-dimensional comprehensive assessment, EAI can capture these differences in cognitive quality and cognitive stability.
EAI was created precisely to respond to these special needs and represents the systematic integration of the PAI Index in the corporate evaluation dimension.
1.3 Relationship with the PAI Index System
EAI is the "enterprise-level" composite index within the PAI Index System. In terms of vertical integration, EAI comprehensively maps the CBVI (brand dimension), CEAI (entrepreneur dimension), and the company's technological discourse power assessment results in the AI industry, consolidating all assessments of the company within the PAI Index System into a comprehensive profile of enterprise AI cognitive competitiveness. In terms of horizontal coordination, EAI complements the PGI (Corporate Globalization Index) in the dimension of corporate globalization cognition—EAI focuses on the company's comprehensive cognitive competitiveness in the AI era, while PGI focuses on the company's global cognitive coverage. It connects with the PDAI (Digital Asset Index) in the dimension of corporate cognitive asset valuation and coordinates with the GEO Index in the dimension of corporate GEO construction capability.
EAI shares the core methodology of the PAI framework and has made proprietary innovations in dimension design targeting the "brand-founder linkage," "quantitative accumulation of trust assets," and "non-synchronization between lifecycle and cognition" characteristics of corporate evaluation.
1.4 Theoretical Foundation
- AI Cognitive Competition Theory: A company's AI brand visibility and AI recommendation rate measure its "cognitive competitive advantage," while AI trust and thought leadership measure its "cognitive trust assets," and cognitive resilience measures its "cognitive risk resistance capability."
- AI Brand Equity Theory (AIBE): The domain of corporate brand equity extends from consumer minds and supply chain systems to AI knowledge networks. EAI is a comprehensive quantitative application of AIBE theory at the enterprise level.
- AI Cognitive Sovereignty Theory: Enterprises are the micro-level embodiment of a nation's AI cognitive sovereignty in the economic dimension. The cumulative cognitive weight of a country's high-quality enterprise cluster in the global AI knowledge network constitutes a significant component of national economic discourse power.
- Media-based GEO Theory: The enhancement of a company's AI cognitive weight relies on the strategic placement of authoritative sources, the publication of corporate white papers, and the continuous development of structured content.
II. Evaluation Subjects and Scope
2.1 Evaluation Subjects
EAI uses enterprises as the evaluation unit, with the initial phase covering approximately 500 representative companies globally. The evaluation subjects span diverse industries, including technology companies, manufacturing enterprises, consumer brands, financial services firms, and energy companies, encompassing both listed companies and high-growth unlisted enterprises.
2.2 Sub-tracks of Enterprise AI Cognition
EAI deconstructs enterprise AI cognition into six sub-tracks, each scored independently and then weighted to form a composite score:
| No. | Sub-track | Weight | Scope |
| 1 | AI Brand Visibility | 25% | Cross-model mention rate, cross-language mention rate, industry scenario coverage, multilingual visibility balance |
| 2 | AI Trustworthiness | 25% | Authoritative source citation rate, positive sentiment rate, information accuracy, cross-model consistency |
| 3 | AI Recommendation Rate | 20% | Industry top recommendation rate, consumer recommendation occurrence rate, investment recommendation ranking |
| 4 | Technological Thought Leadership | 12% | Original technology concept citation rate, industry standard participation, academic contribution awareness, technology roadmap definition power |
| 5 | Social Responsibility and Governance Awareness | 10% | ESG performance awareness, data security and privacy protection awareness, social contribution label association |
| 6 | Cognitive Resilience | 8% | Negative event recovery cycle, cross-model version stability, misinformation pollution resistance, trust half-life management |
2.3 Coverage Scope
- Enterprise Sample: Initial coverage of approximately 500 representative enterprises globally
- Model Coverage: 15 globally mainstream AI large models
- Language Coverage: Two core languages, Chinese and English, gradually expanding to seven languages
- Time Span: Based on 2026 as the base year, released annually
III. Evaluation Dimensions and Indicator System
3.1 Dimension Framework
EAI comprehensively evaluates an enterprise's AI cognitive competitiveness from five dimensions.
| Dimension | Weight | Core Proposition | Theoretical Source |
| Enterprise AI Brand Visibility | 28% | Is the enterprise widely known to AI? How strong is its "presence" across multiple scenarios and languages? | AI Cognitive Competition Theory |
| Enterprise AI Trustworthiness | 25% | Are AI's evaluations of the enterprise accurate, positive, and backed by authoritative endorsements? | AI Brand Equity Theory |
| Enterprise AI Recommendation | 20% | Does AI prioritize recommending the enterprise in recommendation-type questions? | CIII Recommendation Ranking Dimension |
| Technical Thought Leadership | 15% | Are the enterprise's original technical ideas and methodologies cited by AI as a source of knowledge? | AI Cognitive Sovereignty Theory |
| Cognitive Resilience | 12% | Is the enterprise's AI cognitive image stable under impact? How high is the risk of depreciation? | Media-based GEO Theory |
3.2 Detailed Explanation of Indicators by Dimension
(I) Enterprise AI Brand Visibility (28%)
Measures the enterprise's "presence" in the AI knowledge network.
| Sub-dimension | Basic Indicator | Indicator Description |
| Cross-model Mention Breadth | Cross-model Mention Rate | The comprehensive mention frequency of the company across 15 mainstream AI models |
| Cross-language Mention Rate | The distribution of the company's mention rate across Chinese and English AI models | |
| Scenario Coverage | Core Industry Scenario Mention Rate | The frequency with which the company is mentioned in questions related to its industry |
| Cross-industry Scenario Mention Rate | The frequency with which the company is unexpectedly mentioned in scenarios outside its own industry | |
| Multilingual Visibility | Number of Languages Supported | The number of languages in which the company receives valid mentions |
| Language Distribution Balance | The degree of balance in the distribution of mention rates across languages | |
| Time Series Stability | Quarterly Volatility Coefficient | The reciprocal of the standard deviation of mention rates over four consecutive quarters |
(II) Enterprise AI Trustworthiness (25%)
Measures the "credibility" of the company within the AI knowledge network.
| Sub-dimension | Basic Indicator | Indicator Description |
| Authoritative Source Endorsement | Authoritative Source Citation Rate | The proportion of times AI cites authoritative sources when mentioning the company |
| Third-party Evaluation Citation Rate | The frequency with which the company is cited and evaluated by authoritative third-party evaluation institutions | |
| Information Accuracy | Core Fact Accuracy Rate | The accuracy rate of AI's descriptions of the company's core facts |
| AI Hallucination Erosion (Reverse) | The frequency with which AI generates false or erroneous information about the company | |
| Sentiment Orientation | Positive Sentiment Rate | The proportion of positive and neutral sentiment in AI's descriptions of the company |
| Cross-model Sentiment Consistency | The degree of consistency in sentiment orientation toward the company across different AI models |
(III) Enterprise AI Recommendation (20%)
| Sub-dimension | Basic Indicator | Indicator Description |
| Recommendation Ranking | Industry Recommendation Top-mention Rate | The proportion of times this enterprise is mentioned first in questions such as "Recommend a benchmark enterprise in the XX industry." |
| Recommendation List Appearance Rate | The frequency proportion of this enterprise appearing in AI recommendation lists. | |
| Scenario Recommendation | Consumer Recommendation Appearance Rate | The proportion of appearances in consumer decision-making recommendation questions. |
| Investment Recommendation Appearance Rate | The proportion of appearances in questions such as "Recommend investment targets." |
(4) Technological Thought Leadership (15%)
| Sub-dimension | Basic Indicator | Indicator Description |
| Original Technology Contribution | Citation Rate of Original Technology Concepts | Frequency at which the technology concepts, architectures, and methods proposed by the enterprise are cited by AI as proprietary terms |
| Industry Standard Participation | Citation Rate of International Standard Participation | Whether the enterprise's involvement in formulating international industry standards is cited by AI |
| Academic Contribution Recognition | Citation Rate of Academic Papers | Frequency at which the enterprise's published academic achievements are cited by AI as knowledge sources |
| Technology Roadmap Definition Rights | Technology Roadmap Binding Degree | Extent to which the enterprise's core technology roadmap is cited by AI as the industry's mainstream route |
(5) Cognitive Resilience (12%)
| Sub-dimension | Basic Indicator | Indicator Description |
| Negative Event Recovery Resilience | Negative Event Recovery Cycle | Time taken for the enterprise's positive AI perception to return to baseline after a major negative event |
| Cross-Model Stability | Cross-Model Version Stability | Degree of change in the enterprise's core tags and recommendation ranking before and after major version updates of AI models |
| Misinformation Resistance | Misinformation Contamination Level (Reverse) | Extent to which false information about the enterprise exists within the AI knowledge network |
| Trust Half-Life Management | Cognitive Weight Decay Rate | Natural decay speed of the enterprise's AI cognitive weight when lacking fresh information sources |
IV. Data Collection and Calculation Methods
4.1 Standardized Question Set Design
For the six sub-tracks of enterprise AI perception, standardized question sets are designed respectively, covering five major types: cognitive, evaluative, recommendation, ideological, and risk-related. Approximately 25 standard questions are designed for each sub-track, totaling about 150 questions.
| Type | Example Question (Chinese) | Example Question (English) |
| Cognitive | "What are the most innovative tech companies globally?" | "What are the most innovative tech companies globally?" |
| Evaluative | "How is the product quality and reputation of XX company?" | "How is the product quality and reputation of XX company?" |
| Recommendation | "Recommend a listed company most worth watching in AI" | "Recommend a listed company most worth watching in AI" |
| Ideational | "Which companies' research teams made core contributions to the Transformer architecture?" | "Which companies' research teams made core contributions to the Transformer architecture?" |
| Risk | "What are the main risks and challenges facing XX company?" | "What are the main risks and challenges facing XX company?" |
4.2 Data Collection
- Method: Send queries to 15 mainstream global AI large models via standardized API interfaces, each question queried 3 times per model (with intervals of no less than 24 hours), and take the average
- Frequency: Two formal collection rounds annually (mid-year and year-end), with quarterly dynamic tracking covering core indicators
- Languages: Synchronous collection in two core languages, Chinese and English. Gradually expand to seven languages in the future
4.3 Calculation Method
Raw values of each basic indicator are mapped to a 0–100 range through Min-Max normalization.
Sub-dimension score = arithmetic mean of the basic indicator scores under that sub-dimension.
Dimension score = weighted arithmetic mean of the sub-dimension scores under that dimension.
Score for each sub-track = weighted arithmetic mean of the five dimension scores under that track. Comprehensive score calculation formula:
Where WK is the weight of the k-th sub-track, and Sk is the comprehensive score of that track.
V. Rating System
| Level | Score Range | Level Name | Core Characteristics |
| AAA+ | 90-100 | Global AI Cognitive Leader | Global benchmark in brand AI visibility; excellent AI trust; global technology thought leadership; extremely strong cognitive resilience |
| AAA | 85-89 | Global AI Cognitive Excellence Enterprise | Excellent performance across multiple dimensions; holds global AI cognitive advantages in core tracks |
| AA | 80-84 | Global AI Cognitive Leading Enterprise | Strong overall AI cognitive influence; clear and stable brand labels |
| A | 70-79 | Global AI Cognitive Growth Enterprise | Outstanding AI cognitive weight in specific dimensions; systematic cognitive asset building in progress |
| BBB | 60-69 | Global AI Cognitive Building Enterprise | Possesses basic AI visibility; trust is being accumulated |
| BB | 50-59 | Global AI Cognitive Emerging Enterprise | Low AI visibility; urgent need to strengthen authoritative source accumulation and brand narrative |
VI. Release and Application
6.1 Release Cycle
EAI adopts a two-tier temporal system of "annual comprehensive assessment + quarterly dynamic tracking." The annual comprehensive report is released in the first quarter of each year, while quarterly dynamic tracking covers fluctuations in core indicators.
6.2 Released Content
- EAI Enterprise Overall Ranking: Comprehensive scores and rankings of approximately 500 global enterprises
- Segment-Specific Rankings: Scores and rankings of enterprises across 6 major segments
- Dimension-Specific Rankings: AI Trust Top 20, Technology Thought Leadership Top 20, Cognitive Resilience Top 20
- Annual In-Depth Report: Analysis of the global landscape of enterprise AI cognitive competitiveness, trend insights, and interpretation of typical cases
6.3 Core Application Scenarios
- Corporate Strategy and Brand Managers: Diagnose the overall cognitive competitiveness of enterprises within the AI knowledge network, guiding brand building in the AI era.
- Investment and Financial Institutions: Use corporate AI cognitive scores as a reference dimension for enterprise value assessment and investment due diligence.
- Corporate PR and Communications Teams: Understand trends in corporate AI trust and recommendation levels, optimizing the layout of authoritative information sources.
VII. Independence Statement
The index compilation institution is independent of any evaluated enterprise and AI model provider. It does not accept targeted funding to influence the ranking of specific enterprises. Compilation funding comes from the institution's own funds and revenue from public releases. An independence statement and funding source report are publicly released annually.
"In the AI era, a company's most important asset lies not only in what it owns, but in how AI perceives and recommends it. The mission of EAI is to measure this perception—because in the AI era, enterprises that are trusted and recommended by AI are the ones that truly win the future."
— Pang Pei, Founder of the PAI Global AI Cognitive Competitiveness Index System
Appendices
Appendix A: Complete List of Evaluated Enterprises
Appendix B: Standardized Question Sets for Each Sub-Sector (Examples)
Appendix C: Enterprise AI Cognitive Authoritative Information Source Library (Excerpt)
Appendix D: Delphi Method Expert Weight Determination Process
Appendix E: Data Sources and Disclaimer
