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China’s AI surge is remaking management — but the gains depend on human wisdom. Across 18 papers, AI boosts efficiency and innovation when embedded in culturally aligned leadership, trust and networked resource orchestration, yet risks psychological alienation, ethical tensions and governance shortfalls if deployed without context‑sensitive oversight.

Guest editorial: Digital age wisdom in Chinese management: applications and challenges of digital transformation and artificial intelligence
Tachia Chin, Chien-Liang Lin, Chris Rowley, Lei Huang · June 10, 2026 · Chinese Management Studies
openalex review_meta medium evidence 7/10 relevance DOI Source
This Special Issue synthesizes 18 papers on AI–human integration in Chinese management, showing that AI reshapes knowledge creation, employee attitudes and organizational strategy with outcomes that depend critically on cultural norms, leadership orientation, trust, networks and governance arrangements.

In 2025, China’s digital economy marked a new milestone, contributing nearly 45% of the national GDP and positioning the country as a global center for disruptive innovation [1]. This rapid evolution coincides with a pivotal era in which Chinese management, historically rooted in relational harmony and strategic flexibility, must confront the challenges posed by the cold logic of algorithms and automation. Despite the ambiguity and volatility of digital data governance, generative artificial intelligence (AI) has increasingly been used to augment human intelligence (HI) in corporate decision-making and strategic orchestration (Duan et al., 2024; Zhou and Li, 2023). To a certain extent, digital transformation and AI represent an unorthodox paradigm shift in international business, aimed at optimizing efficiency and value creation through integrating diverse cultural, ethical and regulatory landscapes across the West and East (Chin et al., 2025a).However, with the proliferation of AI adoption, more and more puzzles appear at the intersection of AI and management practice. First, AI not only reshapes organizational knowledge creation (KC), but also employees’ responses to AI-driven KC changes according to the designed characteristics of AI agents (Gopal et al., 2025; Guo et al., 2025). Related to this, human workers’ KC processes are being altered by AI-related autonomy mechanisms (Zhang et al., 2026; Chin et al., 2025b). Nevertheless, these KC dynamics have not been clearly addressed within organizational contexts. Second, although quite a few studies have discussed how AI transforms employees’ decision-making and behaviors, its cultural and ethical interventions into human activities remain insufficiently understood. The existing literature still places major emphasis on the links between AI implementation and financial outcomes, but overlooks AI’s broader psychological and behavioral impacts on HI and human capital, ranging from individual perceptions to macro-level governance (Cheng et al., 2024; Scuotto et al., 2025).The above-mentioned gaps in praxis cannot be filled by management theories alone as they necessitate phronesis being added to rationalization and interpretation. This implies the urgent need for the use of a phronesis-based view that derives from Aristotle’s philosophy of practical wisdom as a cardinal intellectual meta-virtue (Peltonen, 2022) to elucidate the micro-foundation of digital age wisdom in the fields of management. Moreover, such phronesis, or so-called management wisdom, may differ according to various cultural philosophies that involve a set of beliefs, values and principles the people of a nation collectively adhere to. Taking together these considerations, it is vital to explore how traditional Chinese management philosophies can be harmonized with AI to avoid algorithmic alienation while fostering sustainable innovation.More specifically, the collective behaviors arising from the interaction between AI and Chinese management represents a complex new sociology of humans and machines. This synergy cannot be predicted by conventional management logic alone, as it embodies a dual nature of radical efficiency and deep-seated cultural path dependency. Questions remain regarding the efficacy of AI-HI integration in Chinese firms: can it effectively manage sophisticated knowledge across diverse institutional rationales, or will it be hindered by the cultural biases and black-box nature of generative algorithms (Lythreatis et al., 2026; Chin et al., 2026)? Ultimately, these dynamics present a broad array of challenges and opportunities that merit closer, more comprehensive exploration at the intersection of hybrid intelligence, cultural factors and strategic management. This Special Issue (SI) is structured to address these critical gaps by demonstrating digital age wisdom across micro-, meso- and macro-level dimensions.Drawing on the motivations outlined above, this SI aims to integrate diverse scholarly perspectives to better understand the evolving functions and mechanisms of digital transformation and AI-HI integration in management practices within the unique Chinese context. Launched in 2024, the call for papers (CFPs) encouraged submissions grounded in real-world settings, including empirical investigations, conceptual frameworks, theoretical advancements and case-based analyses examining the collaborative interplay between human and machine intelligence. Beyond merely adapting Western management theories, this SI encourages the development of context-specific models that reflect the wisdom required to navigate China’s complex cultural and regulatory digital environment.Despite the proliferation of digital tools, a closer examination of the literature suggests that implementing AI-HI integration in Chinese management may generate significant debates. On the one hand, Chinese firms often operate in a data-rich but insight-poor environment; consequently, AI adoption enables managers to more efficiently use vast data streams for innovation and strategic orientation (Luo and Wang, 2026). Moreover, recent advancements have enabled AI to better emulate cognitive functions that were once the exclusive domain of human experts (Huang and Rust, 2021). Consequently, integrating AI and HI into decision-making could optimize the processing of heterogeneous organizational knowledge, enabling firms to enhance efficiency and competitive advantage (Zhu et al., 2026).Conversely, significant cognitive and ethical discrepancies emerge in AI-HI collaboration due to the fundamental differences in how AI and HI perform cognitive functions within culturally embedded management systems. Unlike HI, which uses intuition, Guanxi-based judgment and the art of balancing social harmony without relying solely on quantifiable data, AI operates as an amalgamation of big data and can only respond to existing patterns (De Cremer and Kasparov, 2021). This limitation raises critical questions regarding AI’s ability to navigate the tacit knowledge and ethical nuances that define Chinese management wisdom (Del Giudice et al., 2023). As digital transformation must accommodate diverse cultural and institutional perspectives, allowing AI to take the lead in strategic decision-making without human wisdom may be inappropriate.Considering these contrasting perspectives, we proposed several potential thematic directions that intersect AI-HI interactions, management wisdom and the Chinese context for the CFPs, as follows:From 2024 to 2026, more than 130 articles were submitted to this SI. Following a rigorous peer-review process, only 18 papers were accepted. To illustrate the conceptual architecture of these contributions, we envision a Sankey diagram (Hadid et al., 2022) to map the flow of knowledge across three hierarchical layers, as shown in Figure 1. The first layer represents our three primary research themes: micro-level interaction, meso-level dynamics and macro-level governance. The second layer displays the specific manuscript IDs and titles of the accepted papers, while the third layer extracts the core keywords that define the current frontiers of Chinese digital management. The width of these links is proportional to thematic density, highlighting the SI’s primary areas of inquiry and the synergistic relationships among the human, organizational and institutional dimensions. We elaborate on these contributions hereinafter.The ultimate success of digital transformation and the sustainable adoption of emerging technologies fundamentally rest on human actors. While organizational strategies provide the framework, it is the individuals’ cognitive processing, emotional responses and perceived agency that determine the efficacy of AI-HI synergy. Despite the promise of enhanced productivity, significant uncertainty remains regarding how psychological barriers and relational dynamics shape the adoption curve of AI across different service sectors. In this context, the first category of our SI comprises five articles that explore the multifaceted psychological mechanisms and behavioral intentions governing modern human-technology dynamics.Chen et al. (2026) use the Elaboration Likelihood Model to investigate the persuasive mechanisms driving the adoption of GenAI tools among cross-border e-commerce operators. Their findings reveal a recursive interplay where argument quality and source credibility significantly enhance subscription intentions and a willingness to pay more for services. Interestingly, their study identifies internet celebrity and user endorsements as key drivers of credibility, providing actionable guidance for technology providers navigating digitally mediated adoption decisions. Also focusing on adoption intentions, Chou et al. (2026a, 2026b) apply a machine learning-assisted analytical approach to internet-only banking. By integrating the Stimulus-Organism-Response framework, they confirm that although social influence plays a context-sensitive role, perceived trust and service quality remain the fundamental bedrock of consumer intention, further validated through K-means clustering to ensure data robustness.Beyond functional adoption, the emotional and relational risks of AI interaction represent a critical dark side of the digital transformation. Liu et al. (2026a, 2026b) explore this through the lens of perceived betrayal during AI service failures in hotel contactless services. Their experimental results demonstrate that the severity of AI failure significantly decreases forgiveness willingness, although this negative effect can be mitigated by high levels of brand attachment. In the high-stakes healthcare sector, Chou et al. (2026a, 2026b) use a two-stage SEM-ANN approach grounded in social cognitive theory to identify AI anxiety as a multifaceted hurdle. Their model ranks emotional affect and outcome expectations as essential influences, suggesting that administrators must prioritize alleviating workers’ concerns regarding professional replacement and diagnostic accuracy to improve usage intentions. Xie et al. (2026) investigate how AI-based decision-making in recruitment influences candidates’ perceptions. Drawing on control theory, their experiments reveal that candidates feel less satisfied with firms using AI evaluators compared to human experts due to a perceived loss of control over the application process, an effect particularly pronounced in individuals with an internal locus of control.Collectively, these studies demonstrate that digital management wisdom lies not only in algorithmic advancement but in the harmonious alignment of technology with human psychology, trust and emotional values.At the meso-organizational level, digital wisdom is manifested as the strategic coordination capabilities required to transform technological potential into sustainable competitive advantage. While digitalization provides the tools for transformation, its efficacy is highly dependent on the strategic vision of top management, the inclusivity of corporate culture and the dynamic orchestration of resources. The second category of this SI comprises eight research articles that explore the internal logic of corporate digitalization through the dimensions of leadership orientation, peer effects, resource orchestration and team synergy.Xu et al. (2026), examining Chinese state-owned enterprises, identify a positive relationship between top management teams’ technological orientation and digital transformation investment. Their findings suggest that while a strong technical orientation in leadership fosters transformation, this effect is contingent on managerial cognition and organizational context: managerial myopia and excessive organizational slack may dampen commitment to digital investment, whereas heightened environmental uncertainty strengthens the impetus for transformation. Complementing this perspective, Xu and Li (2026) focus on technological core executives in the manufacturing sector and demonstrate that such leaders significantly accelerate industrial AI transformation. By leveraging parent-subsidiary executive connections and mobilizing abundant subsidiary resources, they improve supply chain efficiency and digital innovation, highlighting the importance of governance structures and leadership embeddedness in enabling technological upgrading.Beyond internal leadership dynamics, external networks and informal cultural forces also emerge as critical drivers of digitalization. Zhao et al. (2026), drawing on social network analysis, reveal robust peer effects within common ownership networks. Firms occupying central network positions are more susceptible to peer influence, while industry leaders generate powerful demonstration effects that accelerate digital transformation among follower firms through information diffusion and competitive pressure. In parallel, Ma et al. (2026) demonstrate that innovation culture constitutes a core informal institutional force underpinning enterprise digital transformation. Using machine learning and text analytics, they show that such a culture stimulates R&D investment and aligns strategic orientations toward digitalization, with its positive impact further amplified by government innovation attention, particularly in technology-intensive and non-state-owned enterprises.Liao et al. (2026), drawing on Optimal Distinctiveness Theory and fuzzy-set qualitative comparative analysis (fsQCA), identify multiple equifinal pathways to high performance in digit-oriented spin-offs. They distinguish parent-oriented, independent-oriented and ambidextrous-oriented configurations, suggesting that successful ventures must dynamically balance resource embeddedness within parent networks and strategic autonomy. Similarly, Li et al. (2026) explore cross-level interaction mechanisms for high growth among digital startups and identify three models: the resource network orchestration model, the innovation resource development model and the entrepreneurial spirit coherence model. Their findings highlight digital resource integration capability as a universal condition underpinning entrepreneurial growth, reinforcing the view that sustainable scaling in the digital era depends on orchestrating heterogeneous resources across individual, organizational and environmental levels.The transformation of traditional firms and the reshaping of team dynamics further enrich the meso-level narrative. Zhu et al. (2026), through a longitudinal case study of Century Innovation, propose a context-strategy-outcome framework to explain how traditional printing firms undergo staged digital transformation. They delineate four developmental phases: Digital Element Sedimentation, Digital-Intelligent Formation, Convergent Network Integration and Smart Engine Leap, driven by the reciprocal meshing of resource orchestration and dynamic capabilities. Extending this, Du et al. (2026) investigate how team faultlines influence proactive behavior in AI-enabled contexts. From an information-processing perspective, they find that information-based faultlines can enhance proactive behavior through deep information processing, while AI adoption moderates and mitigates the negative effects of social-based faultlines on team cooperation.These studies reveal that digital transformation in Chinese enterprises is neither linear nor purely technological; rather, it is a multilevel process shaped by leadership orientation, network embeddedness, cultural norms, configurational pathways and evolving team structures, all of which interact to determine the pace and sustainability of organizational change.The institutionalization of digital technologies within the Chinese management landscape necessitates a robust framework for macro-level governance to ensure ethical compliance, economic resilience and sustainable development. Macro-governance addresses the systemic interactions among state policies, global market dynamics and risk management strategies. To explore these broader environmental factors, the final category of this SI includes five articles that collectively examine the evolution of digital governance and the of diverse et al. (2026a, 2026b) use a model to a longitudinal analysis of digital governance in Chinese enterprises, a marked shift in research toward innovation, digital and which the of the digital a perspective, et al. (2026) examine the of AI startups across how national entrepreneurial and such as digital structures to AI growth in and The impact of is by and (2026), use a on the to demonstrate that digital transformation effectively digital innovation and by optimizing industrial structures and financial the concerns of et al. (2026) a staged risk and for GenAI providing governance strategies that balance the of risk with the severity of potential the AI service et al. (2026) investigate the intersection of and AI in environmental governance through a that with is significantly more than purely in these articles demonstrate that digital management wisdom at the in the alignment of with global technological and the proactive of systemic the three thematic perspectives in our SI are highlighting the significant potential of wisdom in Chinese management into a more and existing studies on the intersection of digital innovation and traditional the articles address such as the of interaction, the meso-level strategic orchestration of digital resources and the macro-level governance of the digital on these we that the integration of AI-HI represents a of various interaction that cognitive a of machine logic and human AI-HI integration in the Chinese context not be merely as an but as a social enabled by digital with its and networks to and networks. while AI-HI collaboration is by the dynamic interplay of and among the evolving within this interaction are context-specific and cannot be by traditional management these highlight the of the AI-HI integration for decision-making in and culturally Consequently, this SI theoretical and practical the directions for in is not an as its success depends significantly on the ability of leaders to to various institutional and cultural This suggests that AI-HI collaboration not be through a linear model where with AI to a specific the of AI-HI integration must be to the specific of embedded with unique such as or While existing literature often technological functions from management, it is to a that and including organizational culture and or ethical research use to to AI-HI and within this have the view to explain how AI functions as a strategic resource for performance in Chinese While this the importance of AI-HI integration as a organizational it remains for the of Chinese management, which operates as an by heterogeneous institutional and decision-making In such managerial decision-making resource and navigating social and that conventional cannot be by for at First, the sustainability of digital transformation in is not solely by the to which AI-HI collaboration resource rather, it depends on the ability of to balance institutional and culturally embedded cognitive as AI-based tools increasingly and their value as of competitive advantage they are embedded within specific organizational practices and usage To address these research a view which the analytical focus from resources to From this perspective, AI-HI integration is not merely a technological capability but an process through interactions and examine how organizational and in such as algorithmic relying on AI or in to AI in these practices across and may significantly influence the of digital firms embedded in strong networks may more on relational judgment to AI whereas firms in highly may prioritize algorithmic and By these dynamics, enables a more of how integration in real-world and how micro-level into organizational and strategic Ultimately, a lens to a view of AI and AI-HI integration as a context-sensitive and embedded process that through central emerging across the three thematic is the ethical in AI-HI the of algorithmic efficiency may human social and cultural While AI are often on performance such as accuracy and existing governance remain in their ability to for the and relational of AI-enabled decisions. In the psychological of AI service such as perceived betrayal or loss of remain to within conventional risk management address this research a more comprehensive digital framework by focusing on three dimensions. First, algorithmic and locus of examining how is between humans and AI in such as and human agency in these is critical to psychological alienation and that individuals a of control and within Second, is a need for cultural ethical particularly in the governance of generative than relying solely on technical risk studies explore how ethical can culturally embedded norms, values and In the Chinese context, this includes AI governance with relational collective values and institutional and research further investigate and trust in This examining not only how mechanisms influence user but also how such as perceived or brand shape emotional must and how these mechanisms can be used to trust without ethical or in these three dimensions highlight that AI in the Chinese context more than technical it a balance between ethical and culturally grounded this ethical will be essential for and governance of AI-HI in complex AI-HI integration as an of digital transformation, reflect fundamental changes in the of practical outlined in the strategic for the digital Chinese management is a highly new era by digital complex institutional and emerging challenges regarding how firms can AI and innovation to trust and navigate critical cultural and governance This the urgent need for more sophisticated AI-HI hybrid models that can enhance the efficiency and resilience of organizational management within China’s unique In the of radical technological AI-HI collaboration has not a for but a and strategic for leaders to innovation while relational From this perspective, while AI-HI integration fosters the development of a management that to various cultural and social structures, it also transforms digital transformation from a technical into a culturally of digital wisdom and a of global governance. the of algorithmic and human can navigate a new positioning AI-HI integration as a powerful to strategic orchestration in complex By the of traditional management and the nature of this synergy the for a more and for Chinese enterprises and the global digital economy at from all in the were the of the the nature of their and the of their responses the

Summary

Main Finding

China’s rapid digitalization — with the digital economy approaching 45% of GDP by 2025 — is producing a complex, culturally inflected transformation of management: AI augments but also reshapes human intelligence (HI) and organizational knowledge creation. Successful AI–HI integration in Chinese firms requires more than technical adoption; it demands culturally grounded, practical-wisdom (phronesis)-based management that balances algorithmic efficiency with relational, ethical and institutional considerations. The Special Issue (2024–2026) synthesizes micro-, meso- and macro-level evidence showing that psychological responses, leadership and networks, and governance regimes jointly determine whether AI becomes a sustainable strategic resource or a source of alienation and risk.

Key Points

  • Scope and evidence

    • SI timeline: call launched 2024; 130+ submissions; 18 accepted (peer-reviewed).
    • Three thematic layers: micro (individual/psychological), meso (organizational/strategic), macro (institutional/governance).
  • Micro-level findings (individual & behavioral)

    • Adoption drivers: argument quality and source credibility (e.g., celebrity/user endorsements) raise GenAI uptake and willingness to pay.
    • Trust & service quality remain fundamental in consumer adoption (validated across internet banking and e-commerce).
    • Emotional risks: AI service failures produce perceived betrayal; brand attachment can mitigate forgiveness.
    • AI anxiety among professionals (e.g., healthcare) centers on emotional affect and outcome expectations; fears of replacement and diagnostic accuracy are critical.
    • Perceived loss of control from AI evaluators reduces candidate satisfaction in recruitment, especially for those with high internal locus of control.
  • Meso-level findings (firms, teams, leadership)

    • Leadership orientation matters: TMT technological orientation and core tech executives accelerate digital/AI transformation, conditional on managerial cognition and organizational slack.
    • Network and peer effects: firms centrally embedded in ownership or industry networks are more likely to follow demonstrator firms into digitalization.
    • Organizational culture (innovation culture) and government attention amplify R&D and digital investment.
    • Multiple equifinal configurations (fsQCA) enable high performance in digitized spin-offs — balancing parent embeddedness and autonomy is key.
    • Team dynamics: information-based faultlines can increase proactive behavior; AI adoption can reduce negative social faultline effects.
  • Macro-level findings (governance & public policy)

    • Digital governance is shifting scholarly attention toward innovation-driven regulatory concerns and staged risk frameworks for GenAI.
    • Policy and institutional environments (state vs non-state firms, government attention) shape incentives for digital investment and the diffusion of AI.
    • Environmental and sectoral considerations (e.g., fintech, healthcare, environmental governance) require tailored governance that aligns with cultural norms and collective values.
  • Conceptual contribution

    • Argues for a phronesis-based management view: practical wisdom that integrates ethical, cultural and situational judgment into AI-enabled decision-making.
    • AI–HI integration must be seen as socially embedded, context-sensitive, and configurational (not purely technical or linear).

Data & Methods

  • Dataset / corpus characteristics

    • Multi-method Special Issue comprising experiments, field studies, longitudinal case studies, surveys, and secondary data analyses across sectors (e-commerce, internet banking, hospitality, healthcare, recruitment, manufacturing, startups, state-owned enterprises).
    • Temporal span: empirical work concentrated 2024–2026.
  • Specific analytic approaches reported across papers

    • Experimental designs (to test perceptions, betrayal, loss of control).
    • Elaboration Likelihood Model, Stimulus–Organism–Response, control theory, social cognitive theory as theoretical lenses.
    • Structural Equation Modeling (SEM) and two-stage SEM–ANN hybrids.
    • Machine learning techniques: K-means clustering, text analytics, ML-assisted analyses for banking and cultural measurement.
    • Social network analysis (peer effects and ownership networks).
    • Fuzzy-set Qualitative Comparative Analysis (fsQCA) for configurational pathways.
    • Longitudinal case study and process-tracing (digital transformation stages).
    • Ranking/importance analyses for determinants of adoption and anxiety.
  • Methodological strengths and limitations (as implied)

    • Strengths: triangulation across methods, sectoral breadth, theory-driven experiments combined with real-world data.
    • Gaps: limited cross-country comparisons, potential sectoral selection bias, few large-scale causal macro-econometric estimates in the SI (focus leans toward micro/meso empirical methods and qualitative process accounts).

Implications for AI Economics

  • Productivity and value creation

    • AI adoption can improve processing of heterogeneous organizational knowledge, enhancing efficiency and competitive advantage — but net gains depend on embedding AI within organizational practices and human judgment.
    • The digital economy’s growing GDP share implies large potential aggregate gains, but micro-level frictions (trust, anxiety, perceived loss of control) may blunt realized productivity improvements.
  • Labor, human capital and complementarities

    • Evidence highlights both complementarity (AI augmenting decision-making, improving supply-chain efficiency) and substitution risks (professional anxiety about replacement).
    • Policies should prioritize reskilling, role redesign and institutions that preserve human agency in high-stakes decisions to sustain human-capital complementarities.
  • Diffusion & network effects

    • Diffusion of AI is heavily shaped by firm networks, industry leaders, and government signals; economic models should incorporate peer effects, ownership structures and leader–follower dynamics in adoption diffusion models.
  • Measurement & evaluation

    • Standard economic metrics focusing solely on financial outcomes are insufficient; evaluation should include psychological, relational and cultural externalities (trust, perceived fairness, customer forgiveness) that affect demand and productivity.
    • New data sources and ML/text-analytics approaches used in the SI point to scalable ways to measure organizational culture and digitalization intensity.
  • Policy and governance design

    • Regulatory frameworks must balance innovation incentives (to harness efficiency gains) against cultural and ethical safeguards (to avoid algorithmic alienation and social harms).
    • Recommendations for policymakers and firms:
      • Adopt context-sensitive governance that incorporates local cultural norms (e.g., relational values in China).
      • Enforce algorithmic transparency, accountability and recourse mechanisms, especially for high-stakes domains (healthcare, hiring).
      • Promote leadership training and governance structures that align managerial cognition with long-term digital investment.
      • Support public–private coordination to amplify positive demonstration effects while curbing negative externalities.
  • Macroeconomic research directions

    • Incorporate behavioral microfoundations (trust, perceived control, ethical perceptions) into macro models of digital capital and TFP.
    • Estimate conditional returns to AI investment across institutional contexts (state vs private firms; high vs low network centrality).
    • Study distributional impacts: which workers, firms and regions capture AI gains versus who bears adjustment costs.

Overall, the SI indicates that from an AI-economics perspective, realizing the digital economy’s promise requires integrating economic analysis with behavioral, cultural and governance variables — operationalized through multidisciplinary methods and policy designs that embed practical wisdom (phronesis) into AI-enabled management.

Assessment

Paper Typereview_meta Evidence Strengthmedium — The Special Issue aggregates 18 heterogeneous studies that include experimental designs, longitudinal case work, social network analysis, text/machine‑learning analyses and survey-based methods; several papers provide credible quasi-experimental or experimental evidence on behavioral and firm-level processes, but many contributions are correlational, context-specific, or conceptual, limiting strong causal generalizations about AI's economic impacts. Methods Rigormedium — Overall methodological quality is mixed but respectable: the SI contains rigorous approaches (randomized/controlled experiments, longitudinal case studies, fsQCA, SEM-ANN, social network analysis and firm-level analyses) alongside cross-sectional surveys, clustering and text-analytics; varying sample quality, potential measurement reliance on self-reports, and limited pre-registered causal identification lower the aggregate rigor. SampleAn editorial Special Issue synthesizing 18 accepted papers (from ~130 submissions, 2024–2026) focused on AI–human integration in Chinese management; empirical contributions draw on experiments (lab/field), surveys of consumers and employees (e.g., e-commerce operators, banking customers, hotel and healthcare users/staff), firm-level datasets (state-owned enterprises, manufacturing subsidiaries, startups and spin-offs), longitudinal case study(s), social network analyses, text and machine-learning analytics of corporate documents, and configurational (fsQCA) approaches — all situated primarily within China and spanning micro (individual), meso (team/firm) and macro (governance/policy) levels. Themeshuman_ai_collab org_design adoption governance productivity GeneralizabilityFindings are China-specific and shaped by Chinese institutional, cultural (guanxi, collectivist norms) and regulatory contexts, limiting direct transferability to Western or other institutional settings., Selection bias from Special Issue peer-review and topic focus may overrepresent certain perspectives, methods or positive/novel findings., Many studies are sector-specific (e-commerce, internet banking, hospitality, healthcare, manufacturing, startups) so results may not generalize across all industries., A number of contributions rely on experiments or self-reported intentions rather than observed firm-level productivity or long-run economic outcomes., Heterogeneous methods and small-N case studies constrain aggregated causal inference and external validity., Rapid technological change (e.g., generative AI evolution) makes results time-sensitive and potentially quickly outdated.

Claims (18)

ClaimDirectionOutcomeConfidence & EvidenceDetails
In 2025, China’s digital economy contributed nearly 45% of the national GDP. Fiscal And Macroeconomic positive share of national GDP contributed by digital economy
Reading fidelity high
Study strength medium
nearly 45% of the national GDP
0.24
From 2024 to 2026, more than 130 articles were submitted to this Special Issue (SI), and only 18 papers were accepted after rigorous peer review. Adoption Rate null_result number of submissions and acceptances for the SI
Reading fidelity high
Study strength high
n=130
18 papers accepted
0.4
AI adoption enables managers to more efficiently use vast data streams for innovation and strategic orientation. Firm Productivity positive managerial use of data for innovation and strategic orientation (efficiency)
Reading fidelity high
Study strength medium
0.24
AI can better emulate cognitive functions that were once the exclusive domain of human experts. Decision Quality positive AI emulation of expert cognitive functions
Reading fidelity high
Study strength medium
0.24
Allowing AI to take the lead in strategic decision-making without human wisdom may be inappropriate due to AI's inability to navigate tacit knowledge and ethical nuances in Chinese management wisdom. Decision Quality negative appropriateness/effectiveness of AI-led strategic decision-making
Reading fidelity high
Study strength speculative
0.04
Chen et al. (2026) find that argument quality and source credibility significantly enhance subscription intentions and willingness to pay more for GenAI tools among cross-border e-commerce operators; internet celebrity and user endorsements are key drivers of credibility. Adoption Rate positive subscription intention and willingness to pay for GenAI tools
Reading fidelity high
Study strength medium
0.24
Chou et al. (2026a, 2026b) show in internet-only banking that perceived trust and service quality are fundamental determinants of consumer intention, while social influence plays a context-sensitive role; results validated with K-means clustering and a machine learning-assisted analytical approach. Adoption Rate positive consumer intention to adopt/use internet-only banking
Reading fidelity high
Study strength medium
0.24
Liu et al. (2026a, 2026b) find experimentally that the severity of AI service failure in hotel contactless services significantly decreases customers' forgiveness willingness, but high levels of brand attachment mitigate this negative effect. Consumer Welfare negative forgiveness willingness following AI service failure
Reading fidelity high
Study strength medium
0.24
In the healthcare sector, Chou et al. (2026a, 2026b) identify AI anxiety as a multifaceted hurdle to adoption; emotional affect and outcome expectations are essential influences on usage intentions (two-stage SEM-ANN approach). Adoption Rate negative usage intentions for AI in healthcare
Reading fidelity high
Study strength medium
0.24
Xie et al. (2026) show experimentally that job candidates are less satisfied with firms using AI evaluators than with human experts due to perceived loss of control; the negative effect is stronger for individuals with an internal locus of control. Hiring negative candidate satisfaction with recruitment process
Reading fidelity high
Study strength medium
0.24
Xu et al. (2026) find a positive relationship between top management teams' technological orientation and digital transformation investment in Chinese state-owned enterprises, conditional on managerial myopia, organizational slack, and environmental uncertainty. Adoption Rate positive digital transformation investment
Reading fidelity high
Study strength medium
0.24
Xu and Li (2026) demonstrate that technological core executives accelerate industrial AI transformation by leveraging parent–subsidiary executive connections and mobilizing subsidiary resources, improving supply chain efficiency and digital innovation. Firm Productivity positive industrial AI transformation, supply chain efficiency, digital innovation
Reading fidelity high
Study strength medium
0.24
Zhao et al. (2026) using social network analysis find robust peer effects within common ownership networks: firms in central network positions are more susceptible to peer influence, and industry leaders create demonstration effects that accelerate digital transformation among followers. Adoption Rate positive digital transformation among firms
Reading fidelity high
Study strength medium
0.24
Ma et al. (2026) show via machine learning and text analytics that an innovation culture stimulates R&D investment and aligns firm strategy toward digitalization; this positive impact is amplified by government innovation attention, especially in tech-intensive and non-state-owned enterprises. Innovation Output positive R&D investment and strategic alignment toward digitalization
Reading fidelity high
Study strength medium
0.24
Liao et al. (2026) identify multiple equifinal pathways to high performance in digit-oriented spin-offs (parent-oriented, independent-oriented, ambidextrous-oriented configurations) using fuzzy-set qualitative comparative analysis (fsQCA). Firm Productivity mixed high performance of digit-oriented spin-offs
Reading fidelity high
Study strength medium
0.24
Li et al. (2026) identify three cross-level models for high growth among digital startups (resource network orchestration model, innovation resource development model, entrepreneurial spirit coherence model) and find digital resource integration capability is a universal condition underpinning entrepreneurial growth. Firm Revenue positive high growth of digital startups
Reading fidelity high
Study strength medium
0.24
Zhu et al. (2026) through a longitudinal case study propose a four-phase staged model (Digital Element Sedimentation; Digital-Intelligent Formation; Convergent Network Integration; Smart Engine Leap) explaining how traditional printing firms undergo digital transformation. Adoption Rate positive staged progression of digital transformation
Reading fidelity high
Study strength low
n=1
0.12
Du et al. (2026) find that information-based team faultlines can enhance proactive behavior via deep information processing, while AI adoption moderates and mitigates the negative effects of social-based faultlines on team cooperation. Team Performance mixed proactive behavior and team cooperation under team faultlines and AI adoption
Reading fidelity high
Study strength medium
0.24

Notes