It is concluded that no integrated, validated instrument for generative brand presence yet exists, and that this gap —in construct validity and documented reliability— justifies developing one.
Abstract
The rise of generative search engines and large language model assistants has shifted digital visibility from clicking a link to being present within synthesized answers, a change that traditional search engine optimization (SEO) metrics fail to capture. This study presents a scoping review, conducted following JBI methodology and reported according to PRISMA-ScR, aimed at mapping how the emerging literature on Generative Engine Optimization (GEO) measures the presence, visibility, and citation of sources and brands. The search combined an AI-assisted discovery tool, citation chasing, and reproducible multilingual queries in OpenAlex, with verification in an indexed database. Twenty-three primary studies were included (2023-2026), mostly preprints, plus two reviews registered as a conceptual framework. Findings reveal a nascent, fragmented field: seven partially overlapping metric families with no integrating framework; a heterogeneous unit of analysis migrating from the source/URL toward the brand and the agent trajectory; insufficient control of engine stochasticity; and, most critically, the absence of psychometrically validated instruments, as measurement relies on ad hoc benchmarks rather than validated tools. We conclude that no integrated, validated instrument for generative brand presence yet exists, and that this gap —in construct validity and documented reliability— justifies developing one. The study also offers a methodological lesson on the under-coverage of indexed databases in this born-digital field.
The rapid adoption of generative artificial intelligence (AI) systems as discovery interfaces is reshaping how brands are surfaced, evaluated and compared. Many organisations have approached this shift as ‘SEO 2.0’ (search engine optimisation), attempting to optimise for position within AI-generated responses. This pap...
James Hocking· Journal of Digital & Soc...· 0 citations
This paper studies how authored hypertext structure affects machine-mediated attribution in generative retrieval systems. We formalize this as Answer Engine Optimization (AEO) and introduce Generative Share of Voice (gSoV), a probabilistic visibility metric for stochastic retrieval. Our core result comes from controlle...
Manan Mehta, Raghav Sharma, Vineeth Kalluru et al.· Proceedings of the 37th ACM...· 0 citations
A multidimensional taxonomy is proposed to classify grounding techniques by architectural paradigm, data source, underlying mechanism, and intervention phase, indicating they are transitioning from an optional improvement to a highly prioritized architectural component for LLM-based recommender systems.
Andrés Felipe Solis Pino, N. Duque-Méndez, Pablo H. Ruiz et al.· Applied Sciences· 0 citations
This study introduces the Signal–Structure–Surface–Score (4S) lifecycle framework, illustrating how AI-BI systems capture conversational search intents, architect machine-readable, entity-based data, and optimize content for LLM retrieval and Generative Engine Optimization (Surface).
Konstantinos I. Roumeliotis, D. Margaris, D. Spiliotopoulos et al.· Electronics· 0 citations
A knowledge base that fuses established technology-adoption theories and structural-equation methodology with recent generative-AI manifestos is revealed, organised around four themes: content production, distribution channels, audience reach and responsible governance.
Kai Quan, A. Kasim, R. Mijan· International Review of Mana...· 0 citations
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