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Firms that report greater AI use also report stronger governance and CSR—and higher performance—with human–AI collaboration and big‑data knowledge management amplifying these links; however, the evidence is correlational and based on a single-region manager survey.

Artificial intelligence, human collaboration, and big data knowledge management: Enabling governance innovation and firm performance
Adil Riaz, Shafique Ur Rehman, Ivan Brezina, Fauzia Jabeen · July 28, 2026 · Journal of Innovation & Knowledge
openalex correlational low evidence 7/10 relevance Summary only summary available; pdf_status=paywall DOI Source PDF

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  1. Adil Riaz provider ID
  2. Shafique Ur Rehman provider ID
  3. Ivan Brezina provider ID
  4. Fauzia Jabeen provider ID

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  2. Shafique Ur Rehman provider ID
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  4. Fauzia Jabeen provider ID
Survey evidence from 404 Pakistani manufacturing managers finds that reported AI use is positively associated with corporate governance and CSR, which are in turn positively associated with firm performance, and that human–AI collaboration and big‑data knowledge management strengthen these pathways.

Citation observations

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Digitalisation is essential for businesses that integrate human and artificial intelligence (AI) to transform ideas into reality. This study examines how the use of AI affects corporate governance (CG) and corporate social responsibility (CSR). The study investigates the moderating effect of artificial intelligence and human intelligence (AI-HI) collaboration on the use of AI, CG, and CSR. The moderating influence of big data knowledge management (BDKM) on CG, CSR, and firm performance is examined. To examine these relationships, this study draws on resource-based view and stakeholder theories. This study used Partial Least Squares Structural Equation Modelling on data gathered from 404 manufacturing firm managers in Punjab, Pakistan. The findings suggested that AI use affects CG (β = 0.606) and CSR (β = 0.535). Furthermore, CG (β = 0.294) and CSR (β = 0.237) significantly contribute to firm performance. The AI-HI collaboration moderates between AI use and CG (β = 0.164) and CSR (β = 0.108). Similarly, BDKM moderates the relationship between CG (β = 0.115) and CSR (β = 0.113) and firm performance. The study argues that integrating AI into CG and social responsibility frameworks can improve firm performance; AI-HI collaboration serves as a key moderator. This highlights the transformational opportunities of BDKM in enhancing the effects of governance and responsibility strategies. The results provide a new outlook for companies that have decided to use AI and data insights to achieve sustainable business performance.

Summary

Main Finding

Use of AI in manufacturing firms positively influences corporate governance (CG) and corporate social responsibility (CSR), and these in turn improve firm performance. Human–AI collaboration (AI‑HI) strengthens the effects of AI on CG and CSR, while big‑data knowledge management (BDKM) strengthens the contribution of CG and CSR to firm performance.

Key Points

  • Theoretical framing: resource‑based view and stakeholder theory.
  • Sample and setting: survey of 404 manufacturing firm managers in Punjab, Pakistan.
  • Method: Partial Least Squares Structural Equation Modeling (PLS‑SEM).
  • Direct effects:
    • AI use → Corporate governance: β = 0.606 (positive)
    • AI use → CSR: β = 0.535 (positive)
    • Corporate governance → Firm performance: β = 0.294 (positive)
    • CSR → Firm performance: β = 0.237 (positive)
  • Moderation effects:
    • AI‑HI collaboration moderates AI use → CG (β = 0.164) and AI use → CSR (β = 0.108), i.e., human–AI synergy amplifies AI’s governance and CSR benefits.
    • BDKM moderates CG → Firm performance (β = 0.115) and CSR → Firm performance (β = 0.113), i.e., strong big‑data knowledge management enhances the governance/CSR-to‑performance link.
  • Overall argument: integrating AI into governance and CSR frameworks, supported by human–AI collaboration and BDKM, yields better and more sustainable firm performance.

Data & Methods

  • Data: cross‑sectional survey data from 404 managers in manufacturing firms (Punjab, Pakistan).
  • Analysis: PLS‑SEM to estimate direct and moderated relationships among AI use, AI‑HI collaboration, CG, CSR, BDKM, and firm performance.
  • Limitations (implicit from design): single region and sector, cross‑sectional/self‑reported measures → limits causal inference and generalizability.

Implications for AI Economics

  • Firm strategy and investment:
    • AI adoption generates positive firm‑level returns not only via operational gains but by improving governance and CSR outcomes that translate into performance.
    • Investments in human capital (to enable AI‑HI collaboration) and in big‑data knowledge management are complementaries that amplify AI’s payoff.
  • Productivity and capability economics:
    • BDKM and human–AI collaboration act as complementary intangible assets (akin to organizational capital) that increase the productivity of AI investments — underscoring complementarities between technology and organizational capabilities.
  • Labor and skills policy:
    • Economic gains from AI are conditional on human skills; policies and firm strategies should emphasize upskilling to realize governance/CSR benefits.
  • Regulatory and institutional design:
    • Effective AI‑enabled governance and CSR depend on data governance and knowledge management; regulators and industry bodies should support standards, data infrastructure, and incentives for responsible AI use.
  • Research and measurement:
    • Future empirical work should use longitudinal designs, diverse sectors/countries, and objective performance measures to quantify general equilibrium effects and distributional consequences (e.g., labor market impacts) of AI adoption mediated through governance/CSR.

Recommendations for practitioners: adopt AI with a parallel focus on human–AI collaboration and BDKM to maximize governance and CSR benefits and thereby firm performance.

Assessment

Paper Typecorrelational Evidence Strengthlow — Cross-sectional, self-reported survey data with PLS-SEM establishes associations and interaction terms but provides no exogenous variation or temporal ordering to support causal inference; results are vulnerable to reverse causality, omitted variables, and common-method bias. Methods Rigormedium — The study uses an appropriate SEM framework for latent constructs and a reasonable sample size (n=404), and it tests moderation effects; however, reliance on cross-sectional self-reports, lack of objective performance measures, potential common-method variance, and absence of strategies for endogeneity mitigation limit internal validity. SampleCross-sectional survey of 404 managers from manufacturing firms located in Punjab province, Pakistan; measures are self-reported (AI use, AI–human collaboration, CG, CSR, BDKM, and firm performance). Themeshuman_ai_collab governance org_design GeneralizabilitySingle region (Punjab, Pakistan) — limited geographic generalizability, Single sector (manufacturing) — may not apply to services or tech-intensive firms, Manager-reported measures — may not reflect objective firm outcomes, Cross-sectional design — temporal and causal generalization limited, Potential heterogeneity by firm size, ownership, or industry subsector not addressed

Claims (9)

ClaimDirectionOutcomeConfidence & EvidenceDetails
AI use positively influences corporate governance in manufacturing firms. Governance And Regulation positive Corporate governance
Reading fidelity high
Study strength medium
n=404
β = 0.606
0.3
AI use positively influences corporate social responsibility in manufacturing firms. Governance And Regulation positive Corporate social responsibility
Reading fidelity high
Study strength medium
n=404
β = 0.535
0.3
Corporate governance is positively associated with firm performance. Firm Productivity positive Firm performance
Reading fidelity high
Study strength medium
n=404
β = 0.294
0.3
Corporate social responsibility is positively associated with firm performance. Firm Productivity positive Firm performance
Reading fidelity high
Study strength medium
n=404
β = 0.237
0.3
Human–AI collaboration strengthens the positive relationship between AI use and corporate governance. Governance And Regulation positive Corporate governance
Reading fidelity high
Study strength medium
n=404
β = 0.164
0.3
Human–AI collaboration strengthens the positive relationship between AI use and corporate social responsibility. Governance And Regulation positive Corporate social responsibility
Reading fidelity high
Study strength medium
n=404
β = 0.108
0.3
Big-data knowledge management strengthens the positive relationship between corporate governance and firm performance. Firm Productivity positive Firm performance
Reading fidelity high
Study strength medium
n=404
β = 0.115
0.3
Big-data knowledge management strengthens the positive relationship between corporate social responsibility and firm performance. Firm Productivity positive Firm performance
Reading fidelity high
Study strength medium
n=404
β = 0.113
0.3
The study’s cross-sectional, self-reported data from a single region and sector limit causal inference and generalizability. Other negative Causal inference and generalizability of the reported relationships
Reading fidelity high
Study strength high
n=404
0.5

Notes