AIVO Assist: Seller-Side Decision Experts for AI Shopping Agents, and the Measurement That Gives Them Context
AI agents are beginning to research, compare and buy on people's behalf. When an agent visits a business, it reads a small part of what the business publishes and moves on; if the fact that would decide this customer's choice cannot be found or verified quickly, the business is dropped, even when it has the right product. This paper introduces AIVO Assist: a business's own expert that visiting AI agents can consult. The agent passes on what its customer needs; AIVO Assist judges the fit, answers with the deciding facts and their evidence, and says plainly when nothing fits. The paper's central argument is that such an expert cannot be built from product knowledge alone. Product detail answers "what is it?". An agent deciding for a customer needs decision context: why this option, for this customer, against these alternatives, and with what proof. That context can only be derived from measurement of how AI systems actually decide: which facts decide outcomes (AI Win-Rate), which facts the models hold but do not use (the Linkage Gap), which facts agents cannot find or verify (legibility), what evidence a claim needs (brand.context), how the models characterise a business's reputation and the limits they attach, and what causes a measured outcome, including beliefs left out of date by events (AIVO Prism). Measurement after deployment then shows whether the expert changed decisions, and traces answers to sales. The paper sets out the concept, the measurement loop, the principles the expert must follow, early evidence from controlled tests with AI agents, and a numbered list of the concepts it discloses. Concept working paper. Describes what each part of the system does and the principles it follows; implementation is not described. Early results are from AIVO, Inc.'s own test agents.
Authors
- Tim de Rosen
- Paul Sheals (ORCID: https://orcid.org/0009-0006-2407-4612)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-10-27
- DOI
- https://doi.org/10.5281/zenodo.23694597
- Primary Topic
- AI in Service Interactions
- Type
- article
- Field-Weighted Citation Impact
- 0.00