Abstract
Artificial intelligence (AI) technologies are typically first adopted as embodiments of rationality and neutrality, and only later do their moral implications receive public scrutiny. This temporal gap between adoption and moral recognition has been widely observed, yet how organizations actively sustain it remains undertheorized. This study theorizes strategic delayed moralization as the process through which organizations actively shape the timing and trajectory of AI transition from technical artifacts to morally recognized objects. We focus on ShotSpotter, an AI-powered gunshot detection system used in law enforcement, analyzing a decade of organizational communications and public discourse. Combining issue management and strategic ambiguity theory, we develop a process model showing how organizations deploy evolving forms of strategic ambiguity to delay moral recognition, and how this process is ultimately constrained by societal moralization that progressively narrows the space for ambiguity. This research contributes to research on AI in society by showing how business and society interact in shaping the moral trajectory of AI.
Keywords
Introduction
The adoption of artificial intelligence (AI) technologies in law enforcement has become one of the most controversial developments in modern policing (Berk, 2021). This refers to the use of AI technologies that employ machine learning algorithms to analyze data and make automated decisions to support police actions (Ferguson, 2017). These systems include acoustic gunshot detection systems, facial recognition software, and predictive policing algorithms.
AI technologies in law enforcement have recently reached the U.S. national spotlight, becoming the subject of intense public scrutiny after 13-year-old Adam Toledo was fatally shot by Chicago police responding to a ShotSpotter alert. This incident specifically highlighted the role of acoustic gunshot detection technology in policing. ShotSpotter, an acoustic detection system that identifies, locates, and notifies law enforcement officers of possible gunshots using sensors and pattern recognition algorithms, is currently adopted by over 160 cities across the United States. This tragic incident sparked an intense public discourse about the moral implications of its adoption in policing, marking a critical moment in which ShotSpotter transformed from a purely technical artifact into an object of societal concern and moral significance. Interestingly, this transformation unfolded over more than a decade, during which this technology was largely adopted and operated with minimal public scrutiny despite its significant implications for policing practices. This extended timeline raises the question of how AI technologies can be extensively adopted in critical domains before their broader societal implications receive adequate public scrutiny and moral evaluation, making it a particularly valuable case for understanding the moralization process entailing the adoption of AI technologies. Recent research hints that the delay between the adoption of AI and its moral recognition is due to the fact that these technologies are initially presented and adopted as technical solutions to solve specific functional problems, presenting them as embodiments of pure rationality and neutrality that overcome human limitations through superior data processing and logical objectivity (Hilgartner & Bosk, 1988; Lindebaum et al., 2020). This sequence is consistent with classic “dual-use” technologies (Molas-Gallart, 1997, p. 367), where innovation is first debated as a technical accomplishment and only later becomes morally recognized once social effects of its applications are evident. A relevant example is that of nuclear fission research that shifted from technical problem-solving to global ethical debate after its weaponization and the bombings of Hiroshima and Nagasaki (Miller & Selgelid, 2008). Their moral significance only gradually emerges through a moralization process (Kundro, 2023), when these technologies are integrated into the social context (Moser et al., 2022), especially in the absence of a high-impact event such as the deployment of the atomic bomb. During this moralization process, the understanding of these technologies evolves from neutral tools as different stakeholders begin to grapple with their broader implications. At the same time, this temporal gap between technical adoption and moral recognition creates opportunities for organizations to delay moral scrutiny (Metcalf & Crawford, 2016).
Despite the significance of this moralization process, we still have limited understanding of how organizations actively intervene in its dynamics and mechanisms. While existing research acknowledges that technologies eventually become objects of moral scrutiny (Swierstra & Rip, 2007), scholarly attention has mainly focused on how this moralization process unfolds, with less consideration on the role organizations play throughout this process in trying to delay the moral recognition of AI technologies (den Hond & Moser, 2022). In other words, we lack understanding of how organizations can strategically delay when and how a technology becomes moralized by actively sustaining deflecting emerging criticism, a process that we label as strategic delayed moralization.
Understanding this strategic delayed moralization process is particularly important as society increasingly grapples with the moral implications of AI in critical areas such as law enforcement, where these technologies raise questions about bias, accountability, transparency, and civil liberties (Mittelstadt et al., 2016). While the broader debate on AI in law enforcement encompasses issues of technical performance, regulatory frameworks, and policy implementation, our study sheds light on the process through which AI technologies acquire moral recognition and organizations strategically respond to this moralization process in an effort of delaying it. As the role of AI increases in such high-stakes areas, the need for societal debate about its implications becomes increasingly important (Brown, 2023). Furthermore, this process of strategic delayed moralization may hinder the necessary public discourse and scrutiny and development of appropriate moral guidelines and regulatory frameworks. It is therefore crucial to understand the active role of organizations in this moralization process.
To address this need, we combine issue life cycle theory (Mahon & Waddock, 1992) and strategic ambiguity theory (Eisenberg, 1984) to examine how the moralization process unfolds over time as a result of public scrutiny, and how organizations strategically use ambiguity to delay the moralization of issues. Through this integration, we theorize strategic delayed moralization as an organizational process through which organizations deploy evolving forms of strategic ambiguity to delay the institutional consequences of moral scrutiny until accumulating pressures and shifting interpretations progressively narrow the space for ambiguity, ultimately compelling moral recognition. This process shows the temporal gap between technology adoption and moral recognition as a strategic delayed moralization process unfolding through the combination of organizational resistance and societal pressure, providing critical insights into the governance challenges posed by AI technologies in high-stakes domains where technical decisions carry moral implications. To explore this strategic delayed moralization process in the context of AI in law enforcement, we examine the case of ShotSpotter. ShotSpotter provides an exemplary case for different reasons: first, unlike other tools such as facial recognition (which are used in a multitude of different fields), ShotSpotter has a narrower and well-defined application, which allows us to trace the evolution of its moralization over time more clearly. Second, ShotSpotter has maintained a long-standing ambiguity regarding both its effectiveness and moral implications (Kang & Hudson, 2024), making it a perfect case to explore the strategic delayed moralization of organizations in response to public scrutiny. Methodologically, we take a historical approach (Cappellaro et al., 2021) and use the Issue Life Cycle Framework (Mahon & Waddock, 1992) to reconstruct the process of strategic delayed moralization by ShotSpotter and the broader societal controversy on AI in law enforcement over the past decade (2014–2025). Our data collection involves the triangulation of numerous sources to ensure a comprehensive and balanced view of the case, such as legal documents from court cases involving ShotSpotter, police reports detailing the use and effectiveness of the technology, public statements, and communications from ShotSpotter.
This article makes three important contributions. First, we advance understanding of how AI technologies transform from neutral emerging artifacts into objects of moral significance, contributing to the growing literature on AI in society (den Hond & Moser, 2022; Lindebaum et al., 2020; Moser et al., 2022) by theorizing strategic delayed moralization as the process through which organizations actively shape the timing and trajectory of moral recognition using strategic ambiguity to keep an emerging technology within technical debate and to delay the consolidation of moral recognition. Second, this article contributes to the theory of issue management and our understanding of how organizations delay moral recognition. While previous research has looked at various strategies that organizations employ to manage emerging issues (Mahon & Waddock, 1992), the strategic use of ambiguity has only been marginally addressed (Bundy et al., 2013). Our study fills this gap by providing an in-depth analysis of how organizations use strategic ambiguity to delay the moralization process when facing moral scrutiny. Third, this article extends our theoretical understanding of strategic ambiguity (Cappellaro et al., 2021; Eisenberg, 1984) by analyzing how strategic ambiguity is used in the context of emerging societal problems. Our approach recognizes that the evolution of societal problems constraints and shapes the available ambiguity strategies over time. This perspective goes beyond viewing ambiguity strategies as merely reactive dialectical relationships between two actors (Cappellaro et al., 2021), to theorize this as a dynamic process that evolves alongside societal debates that constrain organization and force them to shift their strategies.
Theoretical Background
AI Between Technical Development and Societal Impact
AI has quickly become an important social issue that has moved beyond its technical origins to become a subject of intense public discourse and policy consideration. As den Hond and Moser (2022) emphasize, AI technologies are not just instrumental tools, but are value-laden and relational, shaping social life as much as they are shaped by social forces. As AI technologies are increasingly integrated into various aspects of society, from healthcare and education to law enforcement and finance, they raise profound moral, legal, and social concerns (Mittelstadt et al., 2016). These concerns include issues of privacy, bias, accountability, transparency, and the potential of AI to exacerbate existing social inequalities. The societal impact of AI is particularly complex due to the opacity of the technology, its rapid development, and the potential for unintended consequences (Burrell, 2016).
The moral challenges of AI include privacy concerns, biases in data sampling and feature engineering that can exacerbate social disruption (Mittelstadt et al., 2016), and the black box nature of deep learning models that raises questions of accountability (Burrell, 2016). In law enforcement, AI technologies such as predictive algorithms for policing and facial recognition surveillance systems are particularly controversial as they raise concerns not only about bias, privacy, and the potential to reinforce discriminatory practices (Ferguson, 2017), but to AI’s role in individuals’ life and death (de Swarte et al., 2019). As AI technologies become ubiquitous in critical decision-making processes, including law enforcement, they increasingly manifest as societal issues. Often, the moral implications of AI technologies are recognized only after their technical adoption, creating a lag between implementation and ethical reflection. This delay stems from the tendency to treat innovation as value-neutral during early stages of adoption, combined with the long-term and uncertain nature of moral consequences (Swierstra & Rip, 2007). As a result, ethical issues – such as bias, surveillance, or harm – are frequently discovered retrospectively, once technologies are already embedded in social systems. This delay in moral recognition is closely tied to how AI is discursively framed in public and organizational narratives (den Hond & Moser, 2022). Vesa and Tienari (2022) have shown how AI technologies are frequently presented as embodiments of pure rationality and neutrality-technological solutions that overcome human limitations through superior data processing and, most importantly, logical objectivity. By being portrayed as “supercarriers of formal rationality” (Lindebaum et al., 2020, p. 248), AI technologies are typically evaluated primarily in technical terms, such as accuracy rates, processing capabilities, and efficiency, while their moral and societal implications remain underexplored (Metcalf & Crawford, 2016). This is even more so because, while technical implications are easy to be accounted for, the moral and societal implications of technologies emerge in the long run and involve more uncertainty and difficult forecasting, leading companies to avoid addressing them (Hagtvedt et al., 2024). The resulting temporal gap between technical implementation and moral recognition is problematic because AI technologies may be extensively adopted before their full moral implications receive adequate consideration (Swierstra & Rip, 2007). Understanding how these moral concerns emerge and evolve requires turning to issue management theory, which offers a framework for analyzing how technologies like AI become the focus of sustained public scrutiny and contestation over time.
Issue, Issue Evolution, and Organization Responsiveness
An issue is a complex and evolving concern that emerges when a practice, policy, or technology conflicts with societal values and becomes publicly contested, often requiring a response from the actor involved (Bundy et al., 2013). Major issues are typically made of multiple, interrelated concerns activated by different stakeholders and bundled into bigger moral or political challenges (Bundy et al., 2013). These tensions become more visible and controversial when external actors – such as advocacy groups, regulators, or media – draw public scrutiny to them (Vidal & Van Buren, 2022). Technological innovation often triggers issue emergence, as new tools outpace regulatory frameworks (Moser et al., 2022), and issues gain strategic relevance when they pose risks to organizational legitimacy, reputation, or stakeholder relationships (Bigelow et al., 1993; Bundy et al., 2013; Mahon & Waddock, 1992). The issue life cycle framework helps explain how issues emerge, evolve, and push for organizational responses (Bundy et al., 2013; Mahon & Waddock, 1992). Stage-based models typically describe a progression from emergence (early identification) to growth (rising awareness and stakeholder engagement), to maturity (peak visibility and pressure), and finally to resolution (issue addressed or stabilized; Bigelow et al., 1993; Buchholz, 1988). Communication plays an important role in the progression of the issue through its different stages (Crable & Vibbert, 1985) and, as issues develop, they are often reframed from technical or procedural problems into moral and ideological ones (Swierstra & Rip, 2007). This moralization occurs when concerns initially focused on performance or efficiency are reinterpreted in terms of justice, rights, or ethical principles (Moser et al., 2022; Swierstra & Rip, 2007). Stakeholder coalitions – including NGOs, media, academics, and affected communities – are central in redefining an issue’s meaning and embedding it in a broader moral context (Dearing & Rogers, 1996). The issue life cycle thus has the potential to explain not only changes in issue visibility but also in how issues are interpreted and contested.
Organizations must respond to developing issues when these threaten their operations or legitimacy, and responses vary depending on the issue’s nature and stakeholder claims (Bundy et al., 2013). In some cases, organizations may adopt substantive strategies, such as policy reform or internal change (Marcus & Goodman, 1991), while in other cases they may choose symbolic actions, using public communication to signal engagement without structural adjustments (Bundy et al., 2013). The institutional environment also influences responses, with ambiguous or lightly regulated contexts enabling discursive tactics like reframing, selective engagement, or anticipatory self-regulation (Oliver, 1991). Recent studies, however, show that organizations may try to deflect or delay issue evolution to avoid scrutiny, rather than focusing on resolution, especially when this threatens core practices or identities (Carlos & Lewis, 2018; Le et al., 2019). This can be done by using deflection strategies, such as strategic silence (Carlos & Lewis, 2018) or strategic ambiguity (Cappellaro et al., 2021; Eisenberg, 1984).
Strategic Ambiguity
Strategic ambiguity refers to the deliberate use of vague or ambiguous language by organizations to achieve specific goals (Eisenberg, 1984). Initially viewed negatively, its strategic value is now recognized in various contexts. Organizations use ambiguity to mobilize actors, unite stakeholders, maintain flexibility, and facilitate transitions (Abdallah & Langley, 2014; Gioia et al., 2012; Sillince et al., 2012). Recent studies have extended the focus to external communication, where strategic ambiguity serves as a protective mechanism against public scrutiny and negative evaluations (Reuter & Ueberbacher, 2019). This is particularly evident in crisis management, in the defense against accusations of social irresponsibility (Mena et al., 2016), and in controversial sectors (Vergne, 2012). In sectors with rapidly evolving technologies, strategic ambiguity plays a critical role in managing uncertainties and fostering market acceptance of innovations (Funk & Hirschman, 2014; Reinmöller & Ansari, 2016). It is also crucial for addressing the social impact and unintended consequences of new technologies. For instance, investigating the autonomous vehicle industry, Seidel et al. (2020) found that organizations deliberately used vague language when discussing the capabilities and potential impacts of their technologies. This protective function of strategic ambiguity becomes particularly relevant in the context of AI, where the potential for unintended consequences and societal impact is profound (den Hond & Moser, 2022). The advancement and widespread adoption of AI is giving rise to a host of moral concerns and societal implications (Mittelstadt et al., 2016), most of which are still being debated (Moser et al., 2022). In this context, organizations must balance promoting AI innovations with addressing ethical concerns, often within a complex societal debate involving multiple stakeholders (Bundy et al., 2013). Strategic ambiguity is especially useful when stakeholders begin to question the social impact of an organizational practice or technology (Eisenberg, 1984; Swierstra & Rip, 2007). In this case, ambiguous messaging allows organizations to delay or “dilute” moral recognition of the issue (Carlos & Lewis, 2018), allowing them to avoid criticism without committing to substantive change contestation (Bundy et al., 2013). In this sense, the issue life cycle intersects with the moralization process, helping to understand how contested practices evolve into morally charged issues (Dearing & Rogers, 1996). Strategic ambiguity is often employed as a deliberate strategy to manage public perception in situations of controversy, uncertainty, or reputational risk. Rather than offering clarity, organizations use ambiguity to project responsiveness while avoiding firm commitments that could provoke stakeholder backlash or legal liability (Eisenberg, 1984). In external communication, this may take the form of vague assurances, technical complexity, or selective disclosure, all aimed at maintaining flexibility and containing reputational damage (Carlos & Lewis, 2018; Reuter & Ueberbacher, 2019). For instance, organizations may publicly affirm general values (e.g., safety, innovation, fairness) without addressing specific criticisms, or they may give contrasting statements to create confusion on the reality of the situation (Cappellaro et al., 2021; Seidel et al., 2020). These tactics allow firms to control stakeholder interpretations, delay moral recognition, and manage tensions among conflicting audiences (Abdallah & Langley, 2014; Bundy et al., 2013). As such, strategic ambiguity functions as a tool of discursive control.
Integrating Issue Life Cycle and Strategic Ambiguity
The integration of these theories suggests that strategic ambiguity can be used to manage the temporal dynamics of moralization – delaying, deflecting, or reshaping the framing of the issue as it progresses through the life cycle. For example, organizations may adapt their use of strategic ambiguity in response to changes in stakeholders’ claims (Cappellaro et al., 2021). Understanding how strategic ambiguity interacts with the issue moralization process, therefore, enriches the issue life cycle perspective. It shows that organizations do not passively experience issue evolution but actively shape it by engaging (or avoiding) moral discourse. At the same time, it shows that the utility of ambiguity is temporally and contextually constrained, shaped by power dynamics, stakeholder expectations, and regulatory conditions happening along the issue life cycle (Le et al., 2019).
This leads us to formulate the following research questions: How does the moralization process of AI in society work and how do organizations shape (and lose control over) this process?
In the following, we focus on the emergence of the issue of AI in law enforcement.
Methodology
The Issue of AI in Law Enforcement and the Case of ShotSpotter
This study examines how organizations strategically delay the moralization of AI technologies, focusing on the case of AI in law enforcement. ShotSpotter is an AI-powered acoustic gunshot detection tool that relies on algorithmic systems to perform tasks that require pattern recognition, probabilistic inference, and automated decision-making. ShotSpotter uses a distributed network of sensors to capture audio data in real time. These data are processed using machine learning algorithms trained to distinguish gunshots from other sounds (e.g., fireworks, car backfires). The system then uses geolocation algorithms to triangulate the source of the sound and determine whether to flag the event as a probable gunshot. While some components include human review, the initial detection, classification, and alert generation are carried out by algorithmic systems designed to replicate elements of human judgment in real-time. This case is particularly suited for our research for two reasons. First, ShotSpotter evolving public scrutiny offers a clear example of how the societal implications of AI in law enforcement are morally framed over time. The choice of ShotSpotter and the U.S. context was made because it offers a focused case of AI in law enforcement within a context of high gun violence, widespread adoption of gunfire detection systems, and limited AI regulation – factors that make the moralization process particularly visible. Second, ShotSpotter has maintained ambiguity around its effectiveness and societal impact for over a decade, despite being adopted in over 160 cities, reflecting the ambiguity surrounding the societal implications of AI in law enforcement (Kang & Hudson, 2024).
Empirical Material
Our study is based on a wide range of publicly available sources covering the period from 2014 to 2025. Our empirical material includes n. 2,252 pages of transcriptions from corporate communications, and n. 1,385 pages of other sources, for a total of n. 3,637 pages (the main sources of information are reported per year in Table A1). The sources and documentation collected are the following:
Corporate communications (2,252 pages) a. Reports (annual, research, forensic, ESG; 1,977 pages) b. Press releases (62 pages) c. Articles (87 pages) d. Legal documents (contracts and audits; 122 pages) e. Interviews (4 pages)
Public discourse (1,385 pages) a. Reports and research papers (396 pages) b. Media coverage (news articles and investigative articles; 492 pages) c. Official statements, letters, and press releases from authorities (58 pages) d. Legal documents (court records from trials, law enforcement; 439 pages)
The data were categorized according to a sequential unique identifier (Corporate-year-sequential letter), the year of publication, the type of communication (e.g., press release, report), name of the source (ShotSpotter), a hyperlink to the original publication, and the excerpt to be coded.
Data Analysis
To investigate our case, we followed Cappellaro et al. (2021) historical approach, integrating the historical perspective with the issue life cycle perspective (Mahon & Waddock, 1992) to analyze how ShotSpotter maintained strategic ambiguity throughout the evolution of the issue. We employed qualitative content analysis (Krippendorff, 2018) and temporal bracketing strategies (Langley, 1999) to structure and analyze our data.
Step 1: Historical Reconstruction of the Issue Life Cycle and Key Events
We selected sources in the period ranging from 2014 to 2025. We chose this period of time to start our analysis in correspondence with the appearance of the first public scrutiny to ShotSpotter. In our analysis, we began by creating a detailed chronology of events and identifying key stages in the issue’s life cycle: emergence, growth, maturity, and resolution (Mahon & Waddock, 1992). We identified transitions between stages with specific events that resulted in changes in public discourse such as increased attention around the issue and the organization, pressure from stakeholders and convergence of debates around related concerns (Bigelow et al., 1993).
Step 2: Analysis of Strategic Ambiguity and Public Discourse Within Issue Stages
We conducted a detailed analysis of ShotSpotter’s communications and actions during each stage of the issue life cycle. Our approach combined qualitative content analysis (Krippendorff, 2018) with grounded theory techniques (Corbin & Strauss, 2014) to identify and categorize different types of strategic ambiguity. First, two of the authors performed an open coding of all ShotSpotter’s public communications, separately, to identify ambiguity strategies (first-order categories) and types (second-order categories) in ShotSpotter communications. The two authors then met to resolve discrepancies. For what concerns the public discourse sources, we followed Leifeld (2017), categorizing the sources according to (a) number of concerns raised; (b) nature of concerns (factual/technical vs moral); (c) degree of integration of different concerns (low, medium, or high); (d) actors involved; and (e) goal of actors involved in the debate. We analyzed these using a temporal approach, to understand how public discourse changed in different issue stages (Table 1).
Public Discourse in Law Enforcement
Step 3: Integration of Issue Life Cycle and Strategic Ambiguity Perspectives
We integrated the issue life cycle framework with the ambiguity strategies. We created a matrix that mapped the identified ambiguity types and strategies (second- and first-order categories) against the stages of the issue life cycle and outlined patterns between issue evolution and ambiguity strategies. Furthermore, we identified the constraining mechanisms embedded in the transition to a new stage of the issue, which reflected the developments in the moralization of the issue.
Step 4: Development of a Process Model
We synthesized our findings to develop a process model illustrating the dynamic relationship between issue life cycle progression, issue moralization, and strategic ambiguity evolution. We distinguish between theoretical mechanisms that transfer across contexts and case-specific manifestations. The generalizable aspects of our analysis include the staged progression from technical to moral recognition, the emergence of constraining mechanisms as moralization advances, the evolutionary pattern of ambiguity strategies, and the process of strategic delayed moralization as an organizational response over time, while context-specific elements include the particular concerns raised (e.g., gunshot detection accuracy), the specific stakeholder constellation, and the timing of stage transitions.
Findings
Figure 1 shows the issue life cycle of AI in law enforcement through the case of ShotSpotter. The analysis revealed five stages, moving through dormant, emergence, development, maturity, and resolution.

Issue Life Cycle of AI in Law Enforcement.
The analysis of the evolution of the issue shows that factual/technical concerns emerged first, in a highly fragmented manner, while moral criticism emerged later, moving from fragmentation to convergence.
Table 2 summarizes this evolution and the strategic delayed moralization process employed by ShotSpotter across the different stages of the issue life cycle.
Strategic Ambiguity in the Issue Life Cycle.
In the following, we explain how the organization engaged in strategic delayed moralization by deploying different ambiguity strategies to delay the moral recognition of the technology. We also outline the constraining mechanisms deriving from this process that forced the organization to change its strategy at certain stages of the issue’s development. These mechanisms emerge as a direct result of the issue’s evolution and explain how the progressive transformation of the AI technologies from an objective technical artifact into a socially constructed object of moral significance progressively narrows the space for strategic delayed moralization.
Stage 0–1: Dormant Phase and Issue Emergence
Between 2014 and 2016, ShotSpotter remained relatively silent, refraining from any unnecessary media releases, since its moral significance was not yet under scrutiny, and that it was benefitting from the perception of neutrality and logical objectivity typical of new technical artifacts. During this period, a prevailing faith in technology, as a form of passive trust in technical artifacts as inherently beneficial, rational, and apolitical (Lindebaum et al., 2020), shielded ShotSpotter from moral scrutiny. ShotSpotter was perceived as an extension of formal rationality, designed to overcome human bias and inefficiency through algorithmic precision, and the assumption of objectivity functioned as a buffer that postponed moral recognition.
A first turning point came in 2016 with the case of Silvon Simmons. Simmons was shot by a police officer responding to a ShotSpotter alert and was subsequently accused of firing first and charged with attempted murder. The trial raised significant concerns regarding the admissibility of ShotSpotter alerts as evidence in criminal proceedings. Although the jury initially convicted Simmons of criminal possession of a weapon, the judge later overturned this verdict, clearing Simmons of all charges. This decision showed the potential unreliability of ShotSpotter, marking a critical juncture in society’s perception of the technology. Media outlets like WIRED and the ACLU started reporting on potential privacy concerns, and effectiveness issues. Cities like Charlotte and Detroit abandoned the system, citing reliability concerns and cost-effectiveness, while others like Chicago decided to increase scrutiny to ensure reliability of the tool. Local governments, police departments, and privacy advocates emerged as key actors in the debate, though some community leaders in high-crime areas continued to advocate for the technology. Overall, while ShotSpotter began facing scrutiny, the concerns it raised were mainly factual, around its functionality and reliability, and this scrutiny was primarily through individual legal cases and localized debates.
Constraining Mechanism in the Emergence Stage of the Issue: Questioning
As the issue transitioned from dormancy to emergence, a constraining mechanism we call questioning came into effect. The emergence stage was a first step in the moralization process of AI in law enforcement, as societal actors began to question the foundational assumptions underpinning ShotSpotter’s existence. The Silvon Simmons case first challenged this faith, bringing scrutiny not only to the technology’s reliability but also to its legal implications. Law enforcement officials, legal experts, and investigative journalists all raised doubts. A San Antonio PD representative noted that “About 80% of the times when ShotSpotter was activated, police could find no evidence of a shooting at the scene” (Public-SAPD-2016). Further doubts were raised by the National Association of Criminal Defense Lawyers (NACDL) which questioned whether “the sounds [are] always gunshots or are they sometimes vehicles backfiring or fireworks?,” noting that “Preliminary reports suggest a level of geographic precision that does not withstand the company’s own detailed analysis” (Public-NACDL-2018). Similarly, a Voice of San Diego investigation found that “the technology is not living up to the company’s own selling points,” and went on to note that “In four years, police have made two arrests while responding to a ShotSpotter activation . . . [only] one of those arrests was directly related to the activation” (Public-Voice San Diego-2020). This low yield – just one relevant arrest out of 584 alerts – reflected serious questions about the system’s practical value.
This questioning destabilized ShotSpotter’s framing of technology as infallible, pressuring them to respond by strategically employing ambiguity to delay future moral scrutiny.
Strategic Ambiguity in the Emergence Stage of the Issue: Unclarity
In response to technical questioning, ShotSpotter moved from silence to employing ambiguous communication. At this stage, the form of ambiguity employed is labelled unclarity, which refers to maintaining surface-level transparency while deliberately avoiding definitive statements that could expose it to moral accountability. Unclarity works by offering vague, technical (Crilly et al., 2012; Eisenberg, 1984) or incomplete information that creates the appearance of openness while leaving key concerns unresolved. Rather than confronting implications raised by the Silvon Simmons case, ShotSpotter selectively released complex technical explanations that were highly fact-based, yet intentionally unclear to non-technical audiences. For example, ShotSpotter kept relying on metrics like detection accuracy, or on the essential contribution of their skilled and well-trained analysts. However, the organization never clarified how accuracy was measured, and while referring to employees’ training as “comprehensive,” they never disclosed what this entailed. When Chicago data showed police found no evidence of gunfire after 88% to 89% of ShotSpotter alerts, the company disputed that this proved inaccuracy, arguing that “someone can shoot a gun but leave no evidence behind” (Corporate-2016b). This vague assurance avoided quantifying the system’s false positive rate. CEO Ralph Clark admitted that the 80% figure was a warranty rather than a real-world metric.
Under oath in a 2017 court proceeding, ShotSpotter forensic analyst Paul Greene offered an evasive explanation acknowledging that “our guarantee was put together by our sales and marketing department, not our engineers. We need to give them [customers] a number . . . We have to tell them something. [. . .] It’s not perfect. The dot on the map is simply a starting point” (Corporate-2017c). When critics raised cost-effectiveness concerns, the company reframed the goal of the technology rather than addressing the issue. For example, CEO Ralph Clark argued that the system was “not developed to lead to arrests” but to help intervene at the origin of gun violence, since “only a small number of individuals are responsible for most of a city’s gunfire and any tools available to get those folks off the street are important” (Corporate-2017b). By emphasizing such an intangible benefit (potentially deterring shooters) and invoking a general principle, this response gave a vague assurance of value instead of directly tackling questions about cost-effectiveness or concrete outcomes (like arrest or conviction rates). Through these strategies of unclarity, ShotSpotter actively delayed the moralization of the issue, reinforcing the narrative that the technology was a neutral, evidence-based tool rather than a socially contested object of concern.
Stage 2: Issue Growth
The second major turning point occurred in 2020 with the case of Michael Williams’ wrongful arrest. Michael Williams was arrested for murder based primarily on a ShotSpotter alert that detected a gunshot at the incident’s location, where CCTV footage showed Williams’ car, leading to his conviction, despite the absence of any physical evidence linking him to a gun. This case further stimulated debate around the reliability of ShotSpotter technology, and its admissibility as evidence in criminal trials. Moreover, Williams’ arrest had severe consequences on his health, as he was incarcerated for over a year while awaiting trial, exacerbating moral concerns about the use of AI in law enforcement and its impact on civil rights. Michael Williams’ case served as a major trigger in the issue’s evolution. In 2020, it led to a class action lawsuit against ShotSpotter, involving multiple individuals claiming negative impacts from the technology. The shooting of a minor, Adam Toledo, soon after amplified concerns about the technology’s role in policing practices, particularly regarding heightened police responsiveness. At this stage, the use of ShotSpotter was challenged on both factual and moral grounds by a growing number of stakeholders on multiple fronts: civil rights organizations releasing reports on ShotSpotter’s impact on minority communities, media investigating issues of racial bias, over-policing, and community investments, and local institutions holding intense public discourse during contract renewals.
Constraining Mechanisms in the Growth Stage of the Issue: Identification
As the issue entered its growth stage, a new constraining mechanism emerged that we call identification. Unlike questioning, which focused on technical functionality of AI technologies, identification marks a step forward in the moralization process, where stakeholders started to connect ShotSpotter to structural issues such as racial injustice, civil liberties violations, algorithmic bias, and the disproportionate targeting of minorities. These associations were expressed through class action lawsuits and investigations that exposed the potential of the technology to cause harm as an opaque AI tool in policing. Chicago racial justice advocates and local media emphasized how the technology reinforced over-policing in specific communities. ACLU noted that ShotSpotter was “deployed overwhelmingly in communities of color, which already disproportionately bear the brunt of a heavy police presence,” and warned that this “can distort gunfire statistics and create a circular statistical justification for over-policing in communities of color” (Public-ACLU-2021). Community organizers denounced the city’s spending priorities, stating, “This is not a structural investment in the community. . .While ignoring these needs, the city chooses to invest in police surveillance” (Public-BlockClubChicago-2021). In San Diego, residents feared the system would heightened the risk of police violence. One community organizer stated, “Even if ShotSpotter did work, I wouldn’t want this type of technology used in my neighborhood, because it leads to police being actively ready for an armed confrontation” (Public-WTTWNews-2021). Privacy concerns were also raised at the local level. In Oakland, civil liberties groups warned that “placing live microphones in public places raises significant privacy concerns” (Public-ACLU-2021), especially given the potential for these devices to capture conversations beyond gunshot detection. Meanwhile, in Cleveland, the city’s Community Police Commission criticized the lack of democratic oversight, noting they “have found no evidence that these technologies were implemented. . . where the entire community was engaged. . . and their values were represented” (Public-SignalCleveland-2022). Overall, the mechanism of identification is constraining because it creates moral challenges that an organization can no longer delay through unclarity about its functionality and technical features. For ShotSpotter, this shift meant that technical ambiguity and vagueness were no longer sufficient, forcing them to adapt their ambiguity strategy once again in an effort to delay the growing moralization of the issue.
Strategic Ambiguity in the Growth Stage of the Issue: Inconsistency
In response to the increasing moralization of AI in law enforcement, ShotSpotter adopted a new form of strategic ambiguity, which we label inconsistency. Unlike unclarity, which obscures through technical complexity and vagueness, inconsistency creates ambiguity by contradictory (Ashforth & Gibbs, 1990) or changing narratives (Suddaby & Greenwood, 2005) that selectively align with the values or expectations of different stakeholders, without committing to a unified moral position. Throughout this phase, the company’s mission changed from “reduce gun violence and improve the police-community relationship” (Corporate-2020c), to “protecting communities and improving public safety by providing equal protection for all” (Corporate-2020b), to “a proven and cost-effective means of supporting law enforcement” (Corporate-2021b), and finally “Helping to save lives” (Corporate-2021c). Inconsistency is particularly visible in how ShotSpotter frames its role and responsibility depending on the audience. In formal, legal, or contractual settings, the company distances itself from the consequences of its alerts: “ShotSpotter does not warrant that the use of its services will result in the prevention of crime, apprehension or conviction of any perpetrator of any crime, or prevent any loss, death, injury, or damage” (Corporate-2022d). However, in other corporate communications, the company frames itself as an active agent in crime prevention and justice: “ShotSpotter supports law enforcement in reducing gun violence, and it increases the chances of leading to an arrest” (Corporate-2021c). These contradictory claims allow ShotSpotter to shield itself from liability while appealing to stakeholders who value public safety contributions. Similarly, the company alternated between claiming ownership of alert verification process: “All ShotSpotter alerts are reviewed and confirmed by professionally trained acoustic experts located in our Incident Review Center, operating 24/7 to ensure accuracy before alerts are sent to law enforcement” (Corporate-2020a), and distancing itself from the outcome: “ShotSpotter has no control over how law enforcement agencies choose to respond to the alerts they receive” (Corporate-2021c). In this way, inconsistency allowed ShotSpotter to manage the constraining force of identification by fragmenting the moral debate, responding separately to critics, thereby delaying the moralization process.
Stage 3: Issue Maturity
In this stage, the ShotSpotter controversy turned into a national debate about the moral implications of AI in law enforcement. The MacArthur Justice Center Report (2021) and the #CancelShotSpotter campaign gained significant traction while the Electronic Privacy Information Center (EPIC) escalated the matter to federal levels regarding discriminatory practices and privacy violations. The stakeholder landscape expanded to include national policymakers calling for federal oversight. Major cities like Chicago became battlegrounds for the ShotSpotter debate, with contract renewal becoming a significant political issue. Cities like Houston and Durham reassessed their use of the technology, considering not just its purported benefits but also its societal impacts and the growing public skepticism about its reliability and fairness. The convergence of technological, moral, and social justice concerns reached its peak, making ShotSpotter epitomize the complex challenges at the intersection of technology, law enforcement, and civil liberties.
Constraining Mechanism in the Maturity Stage of the Issue: Embedding
By the maturity stage, the ShotSpotter debate had moved beyond isolated controversies and began to converge into a broader, more unified public understanding of the moral challenges posed by AI in law enforcement. This convergence constrained ShotSpotter’s strategic options as, with a unified moral frame now shared across stakeholders, the organization could no longer deploy inconsistent narratives without contradictions being immediately exposed. We call this constraining mechanism embedding. Reports, campaigns, and formal communications moved concerns into mainstream political arenas. As embedding progressed, the issue was no longer just about ShotSpotter as a product, but about what its use symbolizes: a systemic moral problem in the way AI is applied in law enforcement. Public officials, civil liberties organizations, and national media all adopted this moral frame. U.S. senators urged investigation of ShotSpotter’s “contribution to unjustified surveillance and over-policing of Black, Brown, and Latino communities” (Public-Senator-2024). The ACLU cautioned that ShotSpotter “entrenches racially biased policing and surveillance” (Public-ACLU-2024), while EPIC stressed that despite “mounting evidence of ShotSpotter’s discriminatory impact, there is no indication that its Title VI compliance has ever been seriously assessed” (Public-EPIC-2023). National media described ShotSpotter as “a surveillance technology” marked by controversy over being “allegedly inaccurate, ineffective, and even biased” (Public-NPR-2024). Overall, across federal reports, advocacy group statements, and media investigations since 2021, a pattern emerged: moral and civil society considerations were embedded in how people evaluate AI policing technologies and were now influencing high-level decision-making. This created a new constraint for the organization because the moral frame is now fixed and shared across different actors. For ShotSpotter, this resulted in the need to change its ambiguity strategy again to stop the moralization process from becoming regulatory intervention.
Strategic Ambiguity in the Maturity Stage of the Issue: Moral Splitting
In this phase, ShotSpotter adopted a form of strategic ambiguity we call moral splitting. Moral splitting refers to the manipulation of moral boundaries (Benford & Snow, 2000) not by denying ethical concerns, but by reframing them through emotionally charged, simplified, or strategically personalized narratives, making it difficult to understand good and evil. Rather than engaging with moral criticism in its complexity, ShotSpotter began constructing a binary moral logic: either you support ShotSpotter, or you accept continued gun violence and death. A central component of this strategy was the use of personal moral testimonials, often people from minority communities – those most frequently invoked by critics as being harmed by ShotSpotter adoption. The company amplified voices claiming that “ShotSpotter saved my life” or “we need this technology to protect our neighborhoods” (Corporate-2024d). Moral splitting is also achieved by attacking the accusers (Coombs, 2007) with the purpose of undermining their validity. Specifically, ShotSpotter framed the debate as a stark moral choice between using its technology and allowing unchecked violence. In a 2022 press release, the company warned that the “outrageous allegations created a false narrative that undermines the important work ShotSpotter does every day to help combat the gun violence epidemic” (Corporate-2022c). Additionally, the company stated: “Who wouldn’t want to save lives? [. . .] Who wouldn’t want police rapidly alerted to shootings?” (Corporate-2022c), casting doubt on the motives of anyone opposed. Portraying critics as liars or misleaders was also part of the strategy. CEO Ralph Clark dismissed opposing claims as “false, misleading and specious statements by so-called ‘critics’” (Corporate-2024k), while official communications described critiques as “bogus and dishonest claims advanced by opponents” (Corporate-2024i), and “inaccurate [and] reflect[ing] a fundamental ignorance of policing” (Corporate-2024i). By casting criticism as lies and “mischaracterizations . . . twisted by some media” to “mislead the public” (Corporate-2024b), the firm delegitimizes its critics as dishonest actors undermining community safety. When Chicago’s mayor moved to end the contract, Clark argued “he would choose politics over public safety” (Corporate-2024k), delegitimizing concerns as political maneuvering rather than genuine worry about community harm. Moral splitting was a direct response to the constraining force of embedding adopted by ShotSpotter to strategically enter the moral conversation on its own terms.
Stage 4: Issue Resolution
The final stage of the issue life cycle is best understood not as the disappearance of controversy, but as a completion of the moralization process in the sense that the technology is no longer interpreted as neutral, but instead, is evaluated through a moral perspective that becomes institutionalized. This change becomes visible in the way public discourse and the organization’s perspectives are synthesized into authoritative decisions about whether, where, and under which constraints ShotSpotter may be legitimately used, as exemplified by Chicago’s decision to discontinue the technology. In this resolution stage, then, the core question shifts from whether ShotSpotter is good or bad to whether its adoption meets specific regulation requirements (e.g., pre-approval, disclosure, reporting, and legal constraints), while the remaining disagreement is structured as a compliance problem, rather than a moral dispute.
Constraining mechanism in the resolution stage of the issue: Codification
As the issue enters resolution, the key constraining mechanism is codification, which entails the translation of moral criticism into specific rules that reduce interpretive flexibility for both societal actors and the organization. Codification works by embedding either moral concerns or the organization’s claims, or a compromise between the two, into enforceable prescriptions that define what is legitimate and what is not. In the ShotSpotter case, this mechanism becomes visible when controversy is no longer negotiated through competing claims by societal actors, but through formal rules that specify the conditions under which the technology can be deployed, if at all. Once AI in law enforcement is treated as a regulated surveillance infrastructure, ambiguity is less useful because agreement is granted- or withdrawn-through rule-based authorization. The BridgeDetroit coverage quotes the appellate opinion’s admonition that “procedural safeguards cannot be ignored or downplayed by government actors as mere technicalities,” and that “strict compliance with procedural safeguards” may be necessary “to ensure that technology serves the people” (Public-TheBridgedetroit-2025). In this way, regulation constrains organizational action by shifting the evaluation of the technology from a moral perspective to a matter of procedural and legal authorization, making strategic ambiguity ineffective.
Strategic ambiguity in the resolution stage of the issue: Absent
In this phase, strategic ambiguity becomes useless because the moralization process has been stabilized into enforceable constraints and decision rules, and even potentially counterproductive because regulation requires transparency and defines precise boundaries (Oliver, 1991). AI in law enforcement is now recognized fully in its moral implication, and organizational communication is compliance-based. This change is reflected in post-2024 organizational discourse that emphasizes transparency, governance architecture, and legal-admissibility framings rather than the ambiguity. For example, in its 2025 SEC filing, ShotSpotter highlights legal-institutional validation directly, stating that its forensic analyses have “survived dozens of challenges . . . under the Frye and Daubert standards of admissibility,” which frames the issue as something settled through formal regulation rather than through contest over moral significance. Furthermore, it explains how “AI outputs are always subject to human review” to ensure alignment with “ethical standards and regulatory compliance” (Corporate-2025c).
Discussion
The process model of strategic delayed moralization advances our understanding of how AI technologies are transformed from neutral artifacts into objects of moral significance, showing the mechanisms through which the temporal gap between technical adoption and moral recognition is actively produced and eventually closed. Importantly, through this process model, we show that this process is not a passive progression of public discourse, but the result of a dynamic interplay between organizational attempts to maintain interpretive control and societal forces that progressively constrain those attempts in an attempt of moral recognition.
Specifically, the process model captures two key dimensions of strategic delayed moralization: the constraining mechanisms through which societal moralization progressively limits organizational action (questioning, identification, embedding), and the ambiguity strategies through which organizations attempt to maintain interpretive control (unclarity, inconsistency, moral splitting).
Through this model, we theorize strategic delayed moralization as a process through which organizations respond to growing moral scrutiny not by resolving normative concerns, but by postponing their institutional consequences (Cappellaro et al., 2021; Carlos & Lewis, 2018; Desai, 2011). The model shows how constraining mechanisms progressively narrow the space for ambiguity, forcing organizations to shift strategies as moralization advances – until moral concerns become institutionalized and strategic ambiguity is no longer viable (Figure 2).

Process Model of Strategic Delayed Moralization.
Contributions
This article makes three key contributions.
Strategic Delayed Moralization
Our article advances understanding of how AI technologies transform from neutral artifacts into objects of moral significance While current literature on AI in society has stressed how AI technologies are perceived as neutral and the risks this entails (den Hond & Moser, 2022; Moser et al., 2022; Lindebaum et al., 2020), we develop a process model theorizing how organizations strategically try to delay this moral recognition.
Strategic delayed moralization operates by exploiting and maintaining the initial faith in technology (Hilgartner & Bosk, 1988) that surrounds AI adoption. During ShotSpotter dormant phase, the technology benefited from its status as what Lindebaum et al. (2020, p. 248) identify as a “supercarrier of formal rationality” – an artifact presumed neutral, objective and apolitical. Our analysis shows that this presumption creates a strategic window during which organizations can embed technologies into society before moral implications are recognized. Strategic delayed moralization captures how organizations actively maintain this window by deploying strategic ambiguity to delay the transition from technical to moral recognition. This shows a fundamental insight for understanding AI in society: the gap between AI adoption and moral recognition is not accidental but actively produced and maintained through organizational strategy. This reveals the organizational dimension of delayed moral recognition (den Hond & Moser, 2022; Moser et al., 2022), while simultaneously showing that organizations fight for the control of this process with societal actors. Importantly, we also show how this process may eventually fail, explaining why moral recognition of AI technologies eventually occurs despite organizational resistance (Lindebaum et al., 2020). As moralization advances, it generates constraining mechanisms that progressively narrow the interpretive space available to organizations, ultimately compelling the moral recognition they sought to delay.
Moralization-Driven Constraints on Strategic Ambiguity
Our article extends issue management theory by positioning moralization as the driving force in issue evolution, rather than treating it as a byproduct of attention or stakeholder pressure. While previous research has examined organizational strategies to manage emerging issues (Mahon & Waddock, 1992) and avoid moral scrutiny (Carlos & Lewis, 2018; Le et al., 2019), our analysis reveals how the moralization process itself generates specific constraints that shape the available strategic responses. The constraining mechanisms we identify explain how organizations lose control over the moralization process through the accumulation of moral discourse, a process that goes beyond understanding of increasing scrutiny or maturity in the traditional issue lifecycle sense (Mahon & Waddock, 1992).
Moreover, our findings reveal that organizations can delay moralization temporarily through ambiguity, but may not be able to prevent it indefinitely. This insight extends recent work on strategic silence and deflection (Carlos & Lewis, 2018; Le et al., 2019) by showing that deflection strategies face not just stakeholder pushback but structural limits imposed by the moralization process itself. This also suggests that a strong public discourse and institutional spaces for moral deliberations are essential control mechanisms on organizational attempts to delay recognition.
The Evolution of Strategic Ambiguity Across Issue Stages
Our article extends strategic ambiguity theory (Cappellaro et al., 2021; Eisenberg, 1984) by showing how strategic ambiguity is used in the context of emerging societal problems. Our approach recognizes that the evolution of societal problems constrains and shapes the available ambiguity strategies over time. This perspective goes beyond viewing ambiguity strategies as merely reactive dialectical relationships between two actors (Cappellaro et al., 2021), to theorize this as a dynamic process that evolves alongside societal debates that constrain organizations and force them to change their strategies. We identify three types of strategic ambiguity – unclarity, inconsistency, and moral splitting – that function as stage-specific responses to evolving moralization constraints. Each transition between these types represents not organizational choice but organizational necessity driven by the progression of societal understanding. Organizations do not abandon unclarity because it has served its purpose; they abandon it because questioning has made purely technical ambiguity untenable. This insight extends strategic ambiguity theory (Cappellaro et al., 2021; Eisenberg, 1984) by showing how ambiguity is used in the context of emerging societal problems and how it is temporally and structurally constrained by the evolution of social meaning. While Cappellaro et al. (2021) demonstrate how actors maintain ambiguity through dialectical struggle with specific opponents, our analysis shows that when the struggle involves society-wide moralization of issues, the opponent becomes the accumulated discourse itself.
Boundary Conditions
The process model we develop is grounded in specific conditions that shape its applicability, which are shaped by societal actors driving moralization, the technology itself, and the institutional environment. First, the constraining mechanisms we identify assume the presence of institutional spaces for moral deliberation: an active civil society, investigative media, and accessible legal channels for contestation. In contexts where public discourse is restricted or civil society is weak, organizations may sustain strategic delayed moralization for extended periods, as the mechanisms that progressively support the moralization of AI might be ineffective. Second, focal events played a critical role in catalyzing moralization transitions in our case; the deaths of Adam Toledo and the wrongful arrest of Michael Williams served as moral shocks that accelerated public reframing. However, often AI technologies that are causing harm are less visible, more distributed, or lack identifiable victims, potentially allowing longer periods of ambiguity maintenance. Think for example about the use of drones in modern warfare. Third, our model assumes neutral institutions or somehow oriented to societal listening and political actors that respond to the accumulated moral discourse and rule accordingly. In contexts characterized by populist leadership or politicized institutions, this assumption may not hold as leaders may override moralization outcomes for political convenience, or conversely, act against organizational interests regardless of the state of public deliberation. This means that, in populist context, this process might play out differently.
Conclusion
The temporal gap between AI adoption and moral recognition has been widely observed, yet how organizations actively produce and maintain this gap has remained undertheorized. This study responds to this need by theorizing strategic delayed moralization as the process through which organizations actively intervene in the timing and trajectory of the transition of AI technologies from technical artifacts to morally recognized objects, showing how this process happens at the intersection of business and society. In doing so, our analysis reveals that the moral recognition of AI is neither automatic nor indefinitely deferrable, but it emerges from the contested interaction between organizational ambiguity strategies and societal moralization processes that progressively constrain them.
For practitioners, especially those working in high-risk or public-facing sectors, our findings bring useful insights. First, delaying moralization through strategic ambiguity may be effective in the short term, but becomes increasingly untenable as public awareness grows. In fields like policing, healthcare, or defense – where lives are at stake – such delays may erode public trust and provoke backlash when scrutiny inevitably intensifies. Second, organizations must proactively engage with the moral dimensions of their technologies, not only to avoid reputational risk but to contribute to meaningful governance and public accountability.
As with all case-based research, this study has limitations. First, our focus on the United States and a single company, ShotSpotter, may limit the transferability of findings across cultural and organizational contexts. Moralization processes may develop differently in societies with different legal systems, policing cultures, or public attitudes toward AI. Future research could examine how these dynamics vary in comparative settings to explore the boundary conditions of our model. Second, our reliance on publicly available sources means we cannot fully access internal decision-making processes within the organization. While our focus is on public-facing communication strategies, it is possible that internal motivations diverge from what is externally communicated. Future research with access to internal data could look into the interaction between internal decision-making and public ambiguity strategies. Lastly, while strategic ambiguity was central to our focus, we recognize that other factors – such as regulatory inertia, media framing, institutional trust, and the concentration of power in technology companies–may also shape the moral trajectory of emerging technologies. Future research should explore how these factors interact with strategic delayed moralization, and whether different technological domains (healthcare AI, financial algorithms, autonomous weapons) exhibit different technological patterns in the moralization process and organizational responses.
Footnotes
Appendix
Materials Consulted for Qualitative Content Analysis.
| Year | Actor | Source type | Source name | Title | No. of pages |
|---|---|---|---|---|---|
| 2014 | Corporate | Report | ShotSpotter | Annual report | 104 |
| 2014 | Public discourse | News article | East Bay Express | ShotSpotter lobbied Oakland officials in apparent violation of law | 5 |
| 2015 | Corporate | Report | ShotSpotter | Annual report | 110 |
| 2015 | Public discourse | Report | ACLU | ShotSpotter CEO answers questions on gunshot detectors in cities | 20 |
| 2016a | Corporate | Report | ShotSpotter | Annual report | 112 |
| 2016b | Corporate | Forensic report | ShotSpotter | Detailed forensic report certification | 45 |
| 2016c | Corporate | Press release | ShotSpotter | ShotSpotter reports nearly 75,000 published gunfire incidents in U.S. cities monitored in 2016 | 3 |
| 2016d | Corporate | Website article | ShotSpotter | Seven new cities roll out ShotSpotter technology to help prevent crime and reduce gun violence | 4 |
| 2016 | Public discourse | News article | WBTV Charlotte | ShotSpotter boss defends system | 5 |
| 2017a | Corporate | Report | ShotSpotter | Annual report | 120 |
| 2017b | Corporate | Interview | ShotSpotter | Interview with ShotSpotter CEO Ralph Clark | 4 |
| 2017c | Corporate | Legal document | ShotSpotter | Deposition testimony/under oath (Paul Greene) | 30 |
| 2017 | Public discourse | Legal document | SEC.gov | Registration statement under the Securities Act of 1933 | 50 |
| 2017 | Public discourse | Investigative news article | Democrat & Chronicle | Is ShotSpotter reliable enough? Critics question human equation behind technology | 10 |
| 2017 | Public discourse | News article | New Orleans Local News | Is New Orleans getting a ShotSpotter gunfire detection system? | 5 |
| 2017 | Public discourse | News article | San Antonio Express-News | San Antonio police cut pricey gunshot detection system | 6 |
| 2017d | Corporate | News article | ShotSpotter via San Francisco Examiner | Courtroom testimony reveals accuracy of SF gunshot sensors a “marketing” ploy | 4 |
| 2017 | Public discourse | Investigative news article | South Side Weekly | The shots heard round the city | 13 |
| 2018a | Corporate | Report | ShotSpotter | Annual report | 125 |
| 2018b | Corporate | Press release | ShotSpotter | ShotSpotter sets first quarter 2018 Conference Call for Tuesday, May 8, 2018 at 4:30 p.m. ET | 3 |
| 2018c | Corporate | Report | ShotSpotter | ShotSpotter® Gunshot detection impact on public safety | 20 |
| 2018 | Public discourse | Investigative news article | Democrat & Chronicle | Rochester man shot by police sues cops, city, and ShotSpotter | 10 |
| 2018 | Public discourse | Legal document | Monroe County | The people of the State of New York vs Silvon Simmons | 18 |
| 2018 | Public discourse | Legal document | United States District Court – Western District of New York | Amended complaint and jury demand (Simmons vs Ferringo) | 76 |
| 2018 | Public discourse | News article | NACDL | New technologies, new defenses: Beating ShotSpotter in firearms trials | 14 |
| 2018 | Public discourse | News article | Spectrum News | New technology for Louisville Police Department | 5 |
| 2019a | Corporate | Report | ShotSpotter | Annual report | 130 |
| 2019b | Corporate | Press release | ShotSpotter | ShotSpotter creates “ShotSpotter labs” | 4 |
| 2019 | Public discourse | Investigative news article | Manhattan Institute | Thinking through the ShotSpotter debate | 44 |
| 2019c | Corporate | Press release | ShotSpotter | Shotspotter announces innovative trauma collaboration to study impact of gunshot detection on patient outcomes | 4 |
| 2019 | Public discourse | Report | Winston-Salem Police Department | 2019 Crime Gun Intelligence Center Grant | 67 |
| 2019 | Public discourse | Report | The Policing Project | Policing Project conducts privacy audit of ShotSpotter gunshot detection technology | 20 |
| 2019 | Public discourse | Legal document | Oakland City Council | Resolution from City of Oakland for the use ShotSpotter | 41 |
| 2019 | Public discourse | News article | The Globe and Mail | Toronto police end ShotSpotter project over legal concerns | 5 |
| 2020a | Corporate | Report | ShotSpotter | Annual report | 118 |
| 2020b | Corporate | Press release | ShotSpotter | ShotSpotter data reveals 2020 gunshot rates up 48 % across United States during a year of crisis | 4 |
| 2020 | Public discourse | Report | Oakland Police Department | Oakland PD first report on the use and ShotSpotter | 20 |
| 2020c | Corporate | Press release | ShotSpotter | ShotSpotter and Oakland: Over 10 years of protection and service | 5 |
| 2020d | Corporate | Website article | ShotSpotter via HowStuffWork | Are gunshot detection systems the answer to rising gun violence? | 8 |
| 2020 | Public discourse | Investigative news article | Voice of San Diego | ShotSpotter sensors send SDPD officers to false alarms more often than advertised | 8 |
| 2021a | Corporate | Report | ShotSpotter | Annual report | 129 |
| 2021b | Corporate | Press release | ShotSpotter | ShotSpotter announces grand opening of new Washington D.C.-based high-tech gunshot incident review center | 4 |
| 2021c | Corporate | Press release | ShotSpotter | ShotSpotter files defamation lawsuit against Vice Media | 4 |
| 2021d | Corporate | Report | ShotSpotter | ESG report | 43 |
| 2021e | Corporate | Press release | ShotSpotter | Response to campaign zero claims | 15 |
| 2021f | Corporate | Press release | ShotSpotter | ShotSpotter responds to false and misleading allegations by VICE News | 3 |
| 2021g | Corporate | Press release | ShotSpotter | ShotSpotter unveils investigative case management solution to improve crime clearance rates | 2 |
| 2021 | Public discourse | Legal document | Justia U.S. Law | ShotSpotter Inc. v. VICE Media, LLC | 28 |
| 2021 | Public discourse | News article | ACLU | Four problems with the ShotSpotter gunshot detection system | 8 |
| 2021 | Public discourse | News article | Block Club Chicago | Chicago should cancel ShotSpotter contract after report shows police influence on technology, activists say | 8 |
| 2021 | Public discourse | Investigative news article | AP News | AP investigation finds gunshot detection technology has helped send innocent people to jail | 7 |
| 2021 | Public discourse | News article | WTTW News | ShotSpotter alerts “rarely” lead to evidence of gun crime: City Watchdog | 4 |
| 2021 | Public discourse | News article | Kpbs | Advocates urge San Diego City council to delay vote on surveillance technology contract | 17 |
| 2021 | Public discourse | Investigative news article | AP News | How AI-powered tech landed man in jail with scant evidence | 26 |
| 2021 | Public discourse | Legal document | Circuit Court of Cook County Criminal Division | Motion for leave to file brief as amici curiae in support of defendant’s motion for a frye hearing | 35 |
| 2021 | Public discourse | Legal document | Commonwealth of Massachusetts Appeals Court | Brief for amici curiae Roderick & Solange Macarthur Justice Center at Northwestern Pritzker School of Law and innocence project, Inc. In support of defendant-appellee and affirmance | 46 |
| 2021 | Public discourse | Report | City of Chicago | The Chicago Police Department’s use of ShotSpotter technology | 30 |
| 2021 | Public discourse | Official statement | Cleveland Community Police Commission | Memorandum on police use of new technology | 6 |
| 2021 | Public discourse | Legal document | Cook County Courts | Motion to exclude ShotSpotter evidence pursuant to frye and rule 403 | 41 |
| 2021 | Public discourse | Report | McArthur Justice Center | Williams v. City of Chicago | 8 |
| 2021 | Public discourse | News article | NBC 7 San Diego | Growing law enforcement concerns over ghost gun encounters | 5 |
| 2021 | Public discourse | Report | NYU Policing Project | Privacy audit and assessment of ShotSpotter, Inc.’s gunshot detection technology | 26 |
| 2021 | Public discourse | News article | NBC7 San Diego | San Diego City Council review of renewal of SpotShotter system pulled from agenda | 10 |
| 2021 | Public discourse | Investigative news article | VICE Media | Police are telling ShotSpotter to alter evidence from gunshot-detecting AI | 31 |
| 2022a | Corporate | Report | ShotSpotter | Annual report | 120 |
| 2022b | Corporate | Report | ShotSpotter | Environmental, social, and governance (ESG) report | 73 |
| 2022c | Corporate | Press release | ShotSpotter | VICE media retracts allegations that ShotSpotter altered evidence | 3 |
| 2022 | Public discourse | News article | AP News | Confidential document reveals key human role in gunshot tech | 10 |
| 2022 | Public discourse | News article | Campaign Zero | Two more major cities say no to ShotSpotter | 5 |
| 2022 | Public discourse | Investigative news article | Campaign Zero | Cancel ShotSpotter | 57 |
| 2022 | Public discourse | News article | Signal Cleveland | ShotSpotter: A primer | 7 |
| 2022 | Public discourse | Report | McArthur Justice Center | Numerous analyses from across the country have found that ShotSpotter generates a huge proportion of unfounded deployments that turn up no evidence of gun crime. | 7 |
| 2022 | Public discourse | Research paper | McArthur Justice Center | ShotSpotter is a failure. What’s next? | 7 |
| 2022 | Public discourse | News article | OBP | Lobbying and lawsuits: How ShotSpotter convinced Portland to spend big on gunshot detection | 13 |
| 2022d | Corporate | Legal document | ShotSpotter | Respond services agreement | 44 |
| 2022e | Corporate | Legal document | ShotSpotter | SecureCampus agreement | 48 |
| 2022 | Public discourse | Research paper | Public Interest Law Reporter | The Chicago Police Department’s murder of Adam Toledo was not justifiable self-defense | 9 |
| 2022 | Public discourse | Legal document | United States District Court for the Northern District of Illinois – Eastern Division | Class action (Williams and others vs City of Chicago) | 104 |
| 2023a | Corporate | Report | ShotSpotter | Annual report | 134 |
| 2023b | Corporate | Press release | ShotSpotter | Shotspotter changes corporate name to soundthinking and launches safetysmart platform for safer neighborhoods | 4 |
| 2023 | Public discourse | Research paper | Journal of Law and Innovation | The dangers of automated gunshot detection | 53 |
| 2023 | Public discourse | News article | ABC News | 1 dead, 4 injured in Baltimore shooting, crash: Police | 5 |
| 2023 | Public discourse | Letter | EPIC | Letter to US Attorney General | 15 |
| 2023 | Public discourse | Letter | EPIC | Letter to Attorney General Garland Re: ShotSpotter Title VI Compliance | 14 |
| 2023 | Public discourse | Investigative news article | Houston Chronicle | A Houston public safety triumph or waste of $3.5 million? Cops, pols, critics debate ShotSpotter’s worth | 11 |
| 2023 | Public discourse | Report | City of Oakland–Oakland Safety Committee | Attachment E: ShotSpotter | 11 |
| 2023 | Public discourse | Letter | Campaign Zero | Advancing effective, accountable policing and criminal justice practices to enhance public trust and public safety | 10 |
| 2023 | Public discourse | Report | CCSVP: Center for Crime Science and Violence Prevention | A cost-benefit analysis of ShotSpotter in Winston-Salem, NC: Improving the police response to gunfire | 27 |
| 2024a | Corporate | Report | ShotSpotter | Annual report | 145 |
| 2024b | Corporate | Website article | ShotSpotter | Separating facts from fiction | 10 |
| 2024c | Corporate | Website article | ShotSpotter | Independent research demonstrates ShotSpotter’s impact, effectiveness, success and value in Winston-Salem | 3 |
| 2024d | Corporate | Website article | ShotSpotter | Gunshot detection saves lives and contributes to public safety | 5 |
| 2024 | Public discourse | News article | ABC News | Homicide suspect ID’d in ambush of California police sergeant | 7 |
| 2024 | Public discourse | News article | Campaign Zero | 15 Cities have cancelled shotspotter since campaign launch | 4 |
| 2024 | Public discourse | Letter | ACLU Massachusetts | ShotSpotter: Unreliable, ineffective, and a threat to civil rights | 5 |
| 2024 | Public discourse | Report | Washington DC Metropolitan police | ShotSpotter data explanatory note and dictionary | 2 |
| 2024 | Public discourse | Investigative news article | CNN | Critics of ShotSpotter gunfire detection system say it’s ineffective, biased and costly | 14 |
| 2024 | Public discourse | Research paper | University of Oklahoma College of Law Digital Commons | Taking aim at ShotSpotter: Gunshot surveillance, the fourth amendment, and an argument for sonic security | 49 |
| 2024 | Public discourse | News article | CNN | Homicides dropped by over 10% in America’s biggest cities in 2023 | 11 |
| 2024 | Public discourse | News article | NPR | Chicago will drop controversial ShotSpotter gunfire detection system | 9 |
| 2024 | Public discourse | Investigative news article | South Side Weekly | ShotSpotter legislation stalls | 8 |
| 2024 | Public discourse | Letter | U.S. Senator Ed Markey | Senator markey, colleagues urge DHS to investigate federal funding of ShotSpotter gunshot detection system | 7 |
| 2024 | Public discourse | Investigative news article | WIRED | Here are the secret locations of ShotSpotter gunfire sensors | 14 |
| 2024 | Public discourse | News article | WNCT | Chicago to stop using controversial gunshot detection technology this year | 6 |
| 2024 | Public discourse | Official statement | City of Chicago | City of Chicago statement on ShotSpotter contract | 1 |
| 2024 | Public discourse | Report | Wilson Center for Science and Justice | Evaluation of Durham’s ShotSpotter installation: results of a 12-month pilot project | 34 |
| 2024 | Public discourse | Website article | ShotSpotter | MA police leaders pen letter supporting ShotSpotter’s accuracy, effectiveness and value | 3 |
| 2024 | Public discourse | News article | ABC Eyewitness News | Chicago City Council votes to keep ShotSpotter; mayor says he will veto ordinance | 10 |
| 2024 | Public discourse | News article | OBP | Chicago will drop controversial ShotSpotter gunfire detection system Portland considered | 7 |
| 2024 | Public discourse | News article | Houston Chronicle | Mayor Whitmire to scrap $3.5M ShotSpotter program, calling it a “gimmick” conceived by contractors | 3 |
| 2024e | Corporate | Report | ShotSpotter | For greater public safety | 69 |
| 2024f | Corporate | Website article | ShotSpotter | The lies being spun by campaign zero | 9 |
| 2024g | Corporate | Website article | ShotSpotter | Why the MacArthur Justice Center report is wrong | 7 |
| 2024h | Corporate | Report | ShotSpotter via MCA | Improving community safety: Understanding the importance of gunshot detection | 11 |
| 2024i | Corporate | Website article | ShotSpotter | Four fact-based arguments refuting bogus and dishonest claims about ShotSpotter | 12 |
| 2024j | Corporate | Website article | ShotSpotter | ShotSpotter questions, myths, and facts | 13 |
| 2024k | Corporate | News article | ShotSpotter via Chicago Defender | Exclusive Q&A: Ralph Clark on ShotSpotter controversy and city council vote | 7 |
| 2025a | Corporate | Report | ShotSpotter | Annual report | 145 |
| 2025b | Corporate | Press release | ShotSpotter | SoundThinking releases fourth environmental, social, and governance (ESG) report | 4 |
| 2025 | Public discourse | Article | Boston Bar Association | When technology testifies: ShotSpotter, due process, and the limits of sound technology | 15 |
| 2025c | Corporate | Website article | ShotSpotter | Investigation workflow: ShotSpotter and crime gun intelligence | 5 |
| 2025d | Corporate | Report | ShotSpotter via SEC | Form 10-K SoundThinking, Inc. | 224 |
| 2025 | Public discourse | News article | Macarthur Justice Center | Chicago agrees to settle lawsuit challenging its use of ShotSpotter | 3 |
| 2025 | Public discourse | News article | Police Chief Magazine | The hidden costs of police technology: Evaluating acoustic gunshot detection systems | 12 |
| 2025 | Public discourse | News article | The Bridge Detroit | Appeals court rules Detroit ShotSpotter contracts violated oversight law | 12 |
| 2025 | Public discourse | Paper | Sound Science | The sound of Fourth Amendment | 6 |
| Total number of pages in corpus | 3,637 | ||||
| Corporate | 2,252 | ||||
| Public discourse | 1,385 |
Funding
The authors received no financial support for the research, authorship, and/or publication of this article.
Declaration of Conflicting Interests
The authors declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.
