Frame
- Translate the AI vision into service scenarios
- Develop the presentation narrative
- Clarify live execution versus simulated screens
DEALER AI AGENT · PRODUCT MANAGEMENT
I shaped the demo scenarios and product questions behind an AI assistant for dealer service—connecting what the technology could show with what dealers would need to trust and use it.
Dealer Portal and AI assistant product overview.
Dealer Portal supports e-bike service work. The AI exploration asked how a conversational assistant could help dealers find service information, understand issues, and prepare useful summaries within that workflow.
The starting point was a demo for an upcoming brand visit. My work centered on making the scenarios understandable, reviewing what the assistant could actually answer, and connecting the demonstration to a credible product direction.
My contribution focused on product definition, demo preparation, and evaluation of the experience.
The assistant could show recent service records, but the limited information made it difficult to explain how the response would help a dealer do their job.
When asked to identify unusual patterns or overdue bikes, the assistant produced claims that could not be supported by the available data.
Positive internal reactions created interest in an early release. Reliability, development cost, and the right entry point still needed to be worked through.
The product question: what can the assistant help a dealer do, using information we can actually verify?
The case for AI became more concrete when tied to specific work: looking up records, explaining confusing portal cases, or organizing service information. Broader diagnostic and reporting scenarios needed explicit data and capability boundaries.
The demo planning connected information lookup with guided support and reporting. Each step needed a clear purpose, an identifiable data source, and an honest explanation of what was live versus illustrative.
Use natural language to request service information.
Bring back the available vehicle and service records.
Explain what the records show and where information is missing.
Explore a useful summary for the next service conversation.
Scenario structure, not a claim that every step was implemented. Recent-record lookup was demonstrated; broader guidance and reporting were part of the exploration.
Add the demo flow or the Venus service-record response screen here.
I explored how individual repair reports could support a shop manager’s monthly overview: service activity, key indicators, error-code trends, and an AI summary. This helped frame what information would be useful beyond a list of records.
Add the monthly maintenance overview, error-code trend, or report concept here.
I checked the assistant’s explanation of unusual patterns and overdue bikes by asking what sources it relied on. The response exposed unsupported information, making the original question too broad for the data available. The implication was to narrow the scenario to verifiable records before presenting higher-level judgments as a reliable capability.
During demo preparation, I worked through which moments should run live and which should use simulated or prepared screens. This distinction let the presentation communicate the ambition without treating every scenario as a finished feature.
I explored specifications for system messages and final responses: when to show tool activity, how to distinguish progress from an answer, and how to keep the language consistent. Clear feedback would help users understand whether the assistant was retrieving information or ready for review.
Dealer discovery preparation focused on repetitive service work, reporting needs, preferred interaction methods, and trust in AI-generated guidance. These were questions to validate, rather than assumptions that a successful demo could settle.
Add an annotated response comparison or AI interaction specification here.
06 / PROJECT OUTCOME
The demo received positive reactions from internal marketing stakeholders and became the basis for a wider discussion about service efficiency, trust, cost, and productization.
Natural-language service-record lookup
Unsupported answers and limits in available data
Focused service use cases and release options
Software and marketing brought different priorities to the discussion. Software favored testing assistance in existing service conversations to learn quickly. Marketing proposed opening the demo to a selected group of dealers while continuing to develop the portal experience.
SERVICE-CHANNEL EXPLORATION
DEALER PORTAL DIRECTION
These were development options under discussion. The proposed 60-dealer trial is not presented as a launched pilot, and the final architecture was not established by this exploration.
This project sharpened how I evaluate AI experiences: a fluent response is only valuable when it is supported by the available information and helps someone move forward in their work.
My contribution was to connect the demo narrative with these product constraints—surfacing data limitations, questioning the value of the response, and helping frame the path from demonstration to a focused service tool.
Can dealers act on the answer, or do they still need support to explain it?
Can users understand the source, recognize missing information, and flag an incorrect answer?
Would the experience reduce repetitive questions and cross-time-zone delays at a sustainable cost?
The project established a basis for further validation. Production adoption, time savings, and service-cost reductions are not yet reported here.
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