A patient used to read a handful of Google reviews and form a view. Increasingly they read a two-line summary written by a model, or they ask an assistant which hospital to choose and receive a recommendation with a reason attached. The hospital rarely sees that answer, cannot edit it, and may never learn that it said something wrong.
This article is for hospital marketing, patient relations and quality leads. It explains where AI-generated review summaries come from, how to audit what they say about your hospital, and how to fix the causes that you can actually reach. It assumes you already have a review process. If you need the basics of getting and answering reviews, start with our guide to Google reviews for doctors; this piece is about what happens to those reviews once a model reads them.
The usage figures explain why this matters now. BrightLocal's 2026 consumer survey, in its Local Consumer Review Survey, found that 45% of consumers had used AI for local recommendations, up from 6% in the earlier survey. For healthcare specifically, rater8's 2026 patient report puts the figure for patients using AI to research providers at 47%, up from 31% the year before. Both are survey results with their own samples and biases, so treat them as indicators of direction rather than exact market share.
Where the summary comes from
An AI answer about your hospital is assembled from several inputs, and each is a separate thing you can inspect.
Google Maps and Search summaries. Google introduced Gemini-generated review summaries in Maps, which condense what reviewers say about a place. These are built from the public review text on the profile. The owner cannot edit the summary. They can change what it is built from.
General assistants. ChatGPT, Gemini and similar tools answer from a mix of training data and, when browsing is enabled, live pages. Their sources can include your own site, Google Business Profile data, directories, news, forums and review platforms. Different tools weigh these differently, and the weighting changes with each model release.
Directory and aggregator pages. Doctor-discovery platforms and listing sites carry their own ratings and review text. If those pages are out of date, a model may repeat the outdated version.
The practical consequence is that you rarely correct "the AI". You correct the underlying sources, and you monitor whether the answer changes.
Run a structured audit
Do not test with one casual question. Build a repeatable query set so that you can compare results from month to month.
Step 1: write 20 to 30 prompts. Split them across the ways a patient would ask:
- Direct: "Is [hospital] in [city] good for cardiac surgery?"
- Reputation: "What do patients say about [hospital]?" and "Complaints about [hospital]".
- Comparative: "Best hospital for knee replacement in [city]".
- Service-specific: "Does [hospital] have a 24-hour emergency department?"
- Doctor-specific: "Is Dr [name] at [hospital] a good orthopaedic surgeon?"
Vary the phrasing and include Hindi or regional-language versions that your patients use.
Step 2: run each prompt across tools. At minimum check Google Search with AI Overviews, Google Maps on a phone, ChatGPT and Gemini. Use a clean browser profile or logged-out session to limit personalisation, and note the date, the tool and the location. Answers vary between runs, so run each prompt at least twice and record both.
Step 3: record the output. For each answer, capture the exact text and a screenshot, whether your hospital is named, the sentiment, any specific claims (waiting times, billing, staff behaviour, facilities), and every source the tool cites.
Step 4: classify every claim. Use four labels:
- Accurate and current. No action beyond monitoring.
- Accurate but outdated. For example, a service that has since moved or a reputation issue that has been addressed.
- Inaccurate. The claim is wrong or attributes something to the wrong hospital or doctor.
- Unverifiable. The tool asserts something with no traceable source.
Tag each claim by risk: clinical safety (wrong emergency information, wrong services), reputational (unfair complaint framing), or commercial (wrong prices, wrong location).
Trace each error to its cause
Most wrong answers have a boring origin. Work down this list in order.
Your own site and profile data. Check opening hours, services, departments, doctor lists and contact numbers on your website and Business Profile. Models repeat contradictory data when your own pages disagree. Fix the inconsistency first, then align the same facts on directory listings.
Review text. Read the reviews the summary appears to draw on. A summary that says "long waits" almost certainly reflects a pattern in recent reviews rather than a hallucination. In that case the fix is operational. Hand the pattern to the operations lead, with the review language as evidence, and track whether the language in new reviews changes.
Mislabelled reviews. A review of a different hospital with a similar name, a branch review attached to the wrong location, or a review of a clinic that has since closed can distort the summary. Report misplaced reviews through the platform's tools.
Policy-violating reviews. Reviews that are fake, off-topic, defamatory or posted by a competitor breach Google's contributor policies. Flag them with evidence. Do not mass-report genuine criticism; it fails, and it wastes the credibility of your reports. Our answer on removing fake Google reviews lists the evidence that reviewers of reports look for. In India, the Bureau of Indian Standards publishes a voluntary standard, IS 19000:2022, for collecting, moderating and publishing online reviews, which gives a useful benchmark when you assess a platform's moderation.
Third-party pages. Claim and correct your listings on doctor-discovery platforms and directories. Models often cite them, and their data is frequently the stalest.
Forum and news content. A discussion thread or old news story is hard to remove and unwise to argue with. The better response is more accurate, well-structured information elsewhere so that the model has something stronger to cite.




