Table 1.

Overview of literature outside of marketing on AI certification

Decision specificity
AuthorsYearFieldMethodologyType/part of AIEntity proposedGeographical focusMention of consumer
trust
DomainHigh-risk/low riskSummary
Scherer2015LawPrescriptiveAutomated machinesGovernmentUSA   Discusses the complexity of governmental regulation of AI and proposes a framework to deal with these challenges
Guihot et al.2017LawPrescriptiveAIGovernment and self-declarationGlobal Urges for the government’s involvement in standard setting for AI applications and self-declarations by industry players
Tutt2017LawPrescriptiveAIGovernmentUSA  Argues for an FDA-like institution to certify AI applications and develop AI standards in partnership with the industry
Erdélyi and Goldsmith2018Computer SciencePrescriptiveAIGovernmentGlobal   Urges for a new international governmental body for standard-setting that can inform individual countries’ regulations and legislation
Winfield and Jirotka2018Computer SciencePrescriptiveIntelligent Autonomous SystemsSelf-declarationGlobal  Outlines a roadmap to ethical governance, including a company’s self-declaration of ethical conduct
Floridi et al.2018Philosophy and Cognitive SciencesPrescriptiveAIGovernmentEuropean Union  Provides concrete recommendations for AI governance and certification within the European Union
Yanisky and Hallisey2019LawPrescriptiveData used for the development of AIGovernment or (commercial) third-partyUSA  Proposes an “AI Data Transparency Model”. The model includes an auditing regime and certification program
Arnold et al.2019Industry PaperPrescriptiveAI services for developersSelf-declaration and (commercial) third-partyGlobal  Proposes and outlines the characteristics of a supplier certificate called FactSheet
Sharkov et al.2021Information and Security+DescriptiveAIIndependent bodyEuropean Union  Provides an overview of European initiatives towards AI regulation/certification and argues for an independent body to certify AI
Winter et al.2021Computer SciencePrescriptiveLow-risk machine learning applicationsIndependent bodyGlobal  Outline existing standardisation methods used in other fields and introduce four levels relating to AI’s impact on people, the environment and organisations to be certified
Falco et al.2021Computer SciencePrescriptiveAutomated systemsGovernmentGlobal  Argue for certification of automated AI systems according to three “AAA” governance principles: Assessment of risk; Audit trails; and system Adherence to jurisdictional requirements
Badran2021Computer ScienceDescriptiveAI(Governmental) independent bodyGlobal   Provides an overview of the pitfalls of governmental AI regulation and opportunities for an independent regulatory agency to certify AI
Roski et al.2021MedicinePrescriptiveAISelf-declarationUSA Outlines a process for the health-care industry to develop standards for AI certification to promote more trust
Mökander et al.2022Philosophy and Cognitive SciencesDescriptiveHigh-risk AIGovernment and NGO or (commercial) third-partyEuropean Union  Provides an overview of the proposed European Artificial Intelligence Act (AIA) and specifies how the proposed conformity assessments could be applied using existing literature on AI auditing
Raji et al.2022Computer Science and LawDescriptiveAI(Commercial) third-partyUSA   Argues that the current landscape does not allow for effective commercial third-party algorithmic auditing and argues for solutions by drawing a connection to other certification spaces (e.g. finance, health)
Stuurman and Lauchaud2022LawPrescriptiveAINGO or (commercial) third-partyEuropean Union Outlines the requirements for a voluntary label for medium- to low-risk AI applications and the challenges in the implementation
Source: Authors’ own work

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