special track details

What Organizations Cannot See and Tell: Value Invisibility, Measurement Architecture, Storytelling and AI-Enabled Knowledge Ecologies

Description

Knowledge management in the artificial intelligence era is increasingly framed as the cultivation of an ecosystem in which human and machine intelligence jointly generate organizational value. This track examines a prior condition of that project: what an organization is equipped to perceive and tell about the value it creates and destroys across the parties it affects.

Today real value has become invisible in knowledge-based organizations: We are witnessing an increasing disconnect between short-term stock price performance and long-term economic success. Even more concerning, value does not reflect a company’s internal health, strategic competitiveness, long-term viability, customer satisfaction and trust, employee attractiveness and happiness, the sustainability of business activities, or its broader contribution to society. It represents neither stakeholder value, customer value, human value, nor total value created. Therefore, we are convinced that organizational long-term value must be redefined and made visible again. Key components include human-centric values, a clear vision and strategy, agile execution, effective resource allocation, and the creation of shared value.

Disclosure has expanded without reliably translating into performance improvement (Christensen et al., 2021; Tashman et al., 2019), and decoupling between disclosed metrics and behavioral outcomes appears to widen as transparency requirements grow (Bromley and Powell, 2012). Frameworks that fix measurement boundaries a priori render some value flows imperceptible even where the affected parties are formally acknowledged. Managerial cognition compounds this: dominant logics simplify complex environments while creating systematic blind spots (Bettis and Prahalad, 1995; Hambrick and Mason, 1984), and value flows that never register as decision-relevant produce moral exclusion through perceptual limitation (Opotow, 1990).

The track organizes around value invisibility and storytelling: the divergence between the value an organization’s choices produce across affected parties and the value its decision-makers perceive when they decide. The construct decomposes into coverage gaps, where parties are excluded from measurement entirely, and fidelity gaps, where included parties are measured with distortion. Both are endogenous to the organization’s measurement architecture. That makes invisibility a knowledge-infrastructure problem open to intervention.

This is where technology is required to enhance the visibility of impacts and value across stakeholder networks. Artificial intelligence supplies the processing capacity that a comprehensive stakeholder account requires, since the relevant data are heterogeneous, continuous and for practical purposes unbounded. Distributed ledger technology supplies a record of impacts and outcomes that affected parties can audit, in place of a record the assessed party discloses selectively (Nakamoto, 2008; Saberi et al., 2019). Sensing infrastructure extends observation past the boundary of conventional organizational measurement. Each capability is demonstrated in other domains and has yet to be applied to stakeholder value, a technology paradox the track takes as its central challenge. The track invites conceptual, formal, empirical, computational and critical contributions, and is equally interested in what these technologies threaten: algorithmic bias reproducing existing exclusions (Obermeyer et al., 2019), infrastructure costs that favor well-resourced organizations, and the prospect that AI-enabled storytelling enables more sophisticated forms of misrepresentation.

Indicative Topics
  • Measurement architecture as a knowledge asset. How do intellectual capital and knowledge management frameworks determine which total value flows an organization can register, and what do they systematically omit?
  • Coverage and fidelity. Can the two components of invisibility be estimated empirically, and do organizations with lower estimated invisibility make demonstrably different strategic choices?
  • Artificial intelligence as processing capacity. What model architectures allow heterogeneous, continuous stakeholder impact data to be synthesized without collapsing incommensurable dimensions into a single score?
  • Distributed ledgers as the trust layer. Under what governance conditions does a shared, verifiable record of impacts become credible to the parties it concerns, and what do mandatory access, storytelling, standardized recording protocols and independent verification each contribute?
  • Sensing beyond the organizational boundary. What does continuous instrumentation make visible that periodic reporting cannot, and at what cost to those being observed?
  • Organizational learning under expanded perception. When an organization can suddenly see impacts it previously could not, what has to change in routines, incentives, storytelling and absorptive capacity before the new information alters a decision?
  • The technology paradox. Why have capabilities demonstrated in pharmaceutical discovery and climate modeling not been applied to total value measurement, and what would change the adoption calculus?
  • Governance of parameters. Weights and harm penalties are contestable by construction. What participatory designs set them credibly, and how is capture by the assessed party prevented?
  • Sophisticated misrepresentation. Does enhanced measurement capability enable better disclosure, or better-disguised harm? What would distinguish the two empirically?
  • Human and machine judgment. Where can the assessment of experienced value be delegated to an AI model, where can it not, and what is owed to affected parties when a machine tends the account?
Keywords
value invisibility; measurement architecture; storytelling; knowledge infrastructure; artificial intelligence
Organizers
Stefan Güldenberg – EHL Hospitality Business School
Philip Sugai – Doshisha University, Japan
Cole Short – Pepperdine University, USA
Youqing Fan – Western Sydney University, Australia

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