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What OEMs Get Wrong About AI: The Data Has to Come From Somewhere

Nicholas Reid
What OEMs Get Wrong About AI: The Data Has to Come From Somewhere

OEMs are investing heavily in automotive AI, but the quality of every output depends on the data underneath it. Here is why customer feedback is the prerequisite most AI strategies are missing.

There is a version of the AI conversation happening inside most automotive OEMs right now that goes something like this: identify the use case, select the vendor, configure the model, deploy. It is a technology procurement conversation, and it moves quickly because there is real pressure to move quickly.

What tends to get less attention is the question underneath all of it. What is the model actually learning from?

The global automotive AI market is projected to grow from $14.99 billion in 2026 to $51.68 billion by 2034, according to Fortune Business Insights. OEMs are deploying AI across predictive maintenance, personalisation, service scheduling, connected vehicle features, and digital retail. The investment is significant and the ambition is genuine. But the performance of every one of those applications depends on the quality and completeness of the data being fed into them. And in the customer experience space, that data is customer feedback. Structured, consistent, collected at scale across the dealer network.

Most OEMs do not have that.

The Feedback Foundation Problem

Deloitte's 2026 Global Automotive Consumer Study, drawing on more than 28,500 consumers across 27 markets, found that consumers are genuinely open to AI-driven personalisation and over-the-air enhancements. The same study found that what they prioritise above everything else when choosing and evaluating vehicle service providers is service quality, trust, and transparency.

That pairing matters. Consumers will accept AI in their ownership experience, but only when it operates within a relationship they already trust. And trust, at the level of the dealer network, is built or broken interaction by interaction. An AI-driven service reminder that arrives too late, or a personalised offer built on stale data, does not feel innovative. It feels like the brand does not actually know them.

The data that would prevent that gap is customer feedback. Not the annual survey. Not the aggregated CSI score published quarterly. The granular, visit-level signal that captures what actually happened: whether communication was clear, whether the service took longer than expected, whether the customer left feeling their time was respected. That is the raw material an AI system needs to personalise, predict, and improve.

Without it, the model is guessing.

The Data Fragmentation Challenge

The CMSWire analysis of data-driven CX in automotive, referencing the Capgemini framework, identified inconsistent data quality as one of the central obstacles OEMs face in deploying effective AI. Customer data, it found, often lives in disconnected systems. The sales touchpoint does not talk to the service record. The service record does not incorporate the customer's stated experience. And without a single customer view that includes the experiential layer, AI personalisation has a structural ceiling it cannot get past.

This is not a technology problem. It is a data collection problem. The technology to ingest, process, and act on customer feedback at scale exists. The gap is in the collection infrastructure underneath it. OEMs that have not built a consistent feedback layer across their dealer networks are attempting to run AI on an incomplete dataset. The outputs will reflect that incompleteness in ways that are often hard to trace but easy for customers to feel.

What Good Feedback Data Enables

Consider what becomes possible when structured customer feedback is collected consistently, across every dealer location, tied to specific visits and specific service types.

AI-driven service scheduling can be calibrated against actual wait time feedback, not theoretical capacity models. Personalisation engines can weight communications differently for customers who have flagged communication issues in the past versus those who have consistently rated their experience highly. Predictive churn models can incorporate the experiential signals that precede defection, not just the transactional ones. Network performance tools can identify which locations are trending downward before it shows in retention figures.

None of this requires a new AI platform. It requires the feedback infrastructure that makes an existing AI platform useful.

The Trust Prerequisite

Deloitte's finding that consumers are open to AI personalisation but anchor on trust is not incidental. It describes the exact sequence OEMs need to get right. AI-driven personalisation earns acceptance when customers have reason to believe the brand is paying attention to them. That belief comes from experiences that feel responsive and informed, not automated and generic.

Closing the feedback loop is how a brand demonstrates it is paying attention. It is the visible signal that what a customer said last time was heard and acted on. An OEM that deploys AI across its customer experience without a mature feedback intelligence layer is, in effect, asking customers to trust a system that cannot demonstrate it knows them.

For manufacturers thinking seriously about AI as a CX differentiator, the honest conversation is about sequencing. The model matters. The vendor matters. But before either of those, the quality and completeness of the data being fed into the system matters most. Customer feedback, structured and collected at network scale, is not a prerequisite that can be addressed after deployment. It is the foundation the whole strategy sits on.

Platforms built to turn customer feedback into actionable intelligence at the dealer network level are where that foundation gets laid.

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