How to audit an HCP portal: the five step method and seven scoring areas

Almost nobody sets out to build an HCP portal that a doctor cannot use.

Portals get there gradually, through a launch that needed a landing place, a therapy area that needed its own section, a compliance requirement that added a field to the registration form, and a content library that grew faster than the navigation built to hold it.

Each of those decisions made sense when it was made. The result is a platform the people who built it can navigate easily, but a visiting clinician often cannot.

An audit shows which of those accumulated decisions are still working.

Key takeaways

An HCP portal audit measures whether clinicians can reach something useful and whether the portal looks current.

The strongest audits start from a task an HCP would actually perform and follow it to the end, scoring what happens along the way.

The most revealing step costs nothing and requires no data access.

Walking the portal from a cold start, with no login and no admin rights, surfaces more in an afternoon than most analytics reviews surface in a quarter.

Seven areas cover the ground, and the two newest ones are the ones most portals have never been scored on.

Search visibility and visibility inside AI assistants now sit alongside navigation, content architecture, usability, engagement tools, and technical performance.

Findings are only useful when sorted by effort.

A list of ninety problems stalls a program. Splitting the same list into quick wins, medium-effort work, and strategic investment gives a digital lead something to take into a budget conversation.

1. What is an HCP portal audit?

An HCP portal audit is a structured review of a pharma portal that scores how it is used, how easily a healthcare professional can find what they came for, how its content is organized, and how it compares with competing portals for the same clinician's attention.

It produces a score per area, a benchmark against comparable portals, and a prioritized list of changes.

It is worth separating this from two adjacent exercises that often get the same name.

An analytics review tells you what happened on the portal and rarely tells you why.

A general UX audit evaluates the interface against usability heuristics, without accounting for the constraints that shape a pharma platform, such as MLR approval cycles, the separation of promotional and medical content, and market-by-market claim differences.

A portal audit sits across both, and it centers on a specific question: can a clinician with three minutes get to what they need?

That question has become harder to answer from the inside. Teams that work in a portal every day develop an internal map of it, and that map quietly substitutes for a first-time visitor's experience.

Auditing is mostly a discipline for setting that map aside.

An audit measures the same component parts that go into a build, so it helps to name those parts. Our guide to the anatomy of building an HCP portal sets out what a portal is made of, and the seven areas below are the scoring version of that same anatomy.

If you are still deciding between optimizing and rebuilding, the HCP portal development process covers what the second path involves.

2. Why the audit brief has changed

Three published figures describe the pressure portals now operate under, and each one changes what an audit should look for.

A 2026 cross-national survey of healthcare professionals in the United States and the United Kingdom (Sezgin et al., medRxiv preprint) reported that 75.8% had used AI at work in the previous thirty days.

Once a clinician's first move is to ask an assistant, whether that assistant can cite your content stops being a marketing question and becomes a discoverability one.

Indegene's Digitally Savvy HCP Survey found that 55% of HCPs feel overwhelmed by the content they receive from pharma companies. That figure reframes what "more content" achieves. Beyond a point, publishing additional material reduces the chance that any single piece gets found, which puts content architecture squarely in performance territory.

The Veeva Pulse Field Trends Report found that 60% of HCPs are more likely to prescribe after viewing a brand website following a rep visit. The portal is doing commercial work, which is the strongest argument for auditing it on the same cadence you would review any other channel with that kind of influence.

3. The five-step audit method

Step 1: Establish what the portal is for

Agree on three things right from the beginning.

Start with the primary job. A portal built for registration and activation is a different product from one built for scientific exchange, repeat engagement, or field support. The importance of each criterion you evaluate against should be different; otherwise, you end up with a low-value report.

Then define the relevant HCP segments and what each is trying to achieve when they arrive.

Finally, settle on one KPI. Choose the single number that would tell you the portal is working, and keep a short supporting set behind it. Measuring against specific metrics allows you to calibrate the importance of certain scores against your goals, giving you a better understanding of what's important.

It is equally useful to write down what is explicitly out of scope, because portals tend to accumulate jobs that were never assigned to them.

Step 2: Walk the journey as an HCP would

Do four passes, each beginning with no login and no admin access. This step consistently returns the most for the least effort.

Arrival. Land on the portal twice, once from a search engine and once from an email link. From each entry point, can you tell within a few seconds what this is and who it is for?

Registration. Write down every field you are asked for, and mark every point where you cannot tell what happens next. The number of fields adds to the registration friction, but that's not the only problem. A bigger issue is the opacity around the information you request (why you need it), the user experience of asking (how the form is structured and presented), and the clarity of next steps (what happens after submission).

For example, a clinician who finishes a form and cannot tell if they are approved, waiting on a human reviewer, or expected to check their inbox already has a reason to leave.

First useful moment. Time how long it takes (from arrival) to reach something you would genuinely use in clinical practice. Count the number of clicks.

Return. Come back a week later. Can you resume anything you were doing, or does the portal treat you as a stranger again?

Step 3: Score the seven areas

Score each area against fixed criteria so the results are comparable across portals and over time. Keep the portal's goal and target audience in mind when evaluating.

Step 4: Benchmark against comparable portals

Choose two to four comparable portals and weight therapy area over company size, because a clinician's expectations come from other portals in their specialty, regardless of the size of the companies behind them.

Run the same seven criteria against each one. Look for two things:

• Capabilities that have quietly become standard

• The single feature a competitor offers that you should match.

Bonus tip: In a rare disease where you are the only product in the market, benchmarking against competitors offers little. Substitute search intent analysis and look at what clinicians in that area are actually trying to find.

Step 5: Triage findings by effort and impact

Sort every finding into one of three buckets:

1. Quick wins that take days and require no approval chain. Examples include broken links, unclear labels, missing captions, link behavior, and conditional logic that hides sections irrelevant to a given user.

2. Medium effort means a few weeks and one team: search and filters, a homepage that recognizes a returning user, converting PDFs into web content, and content-level feedback capture.

3. Strategic work runs into quarters and crosses functions: personalization engines, a utility hub, identity and access changes, and data unification.

4. The seven scoring areas

1. Structure and navigation

This area asks to see if the information architecture matches how clinicians look for things.

Measure click depth to the five tasks your segments most commonly perform, and check if product and therapy area pages are reachable from the homepage without resorting to search.

Check if:

• The menu is organized around clinical topics or internal content categories.

• Breadcrumbs and browser-back behave predictably.

• Any navigation item takes the user to an external destination and ends the session.

Navigation is where our benchmark data is least flattering. Across the 28 portals we reviewed, the data showed:

• Only 15% feature breadcrumbs, so most give clinicians no sense of where they are on the site.

• Just 30% offer advanced filtering. The rest rely primarily on therapy area selection, with no way to narrow by content type, format, or date.

• 22% have broken links or other errors, including search functionality that returns no results at all.

Source: HCP Portal Audit and Report

The cost of getting this wrong is measurable. Nielsen Norman Group research found that consistent navigation reduces users' cognitive load by 47%, which is a large return for work that mostly involves relabeling and reordering.

2. Content architecture

This covers how content is modeled, labeled, tagged, and retrieved.

The highest-value test is internal search. Query it the way a clinician would, using brand names and INNs, common abbreviations, and a product name paired with a task word such as dosing or administration, then record the quality of the results.

Check if:

• Filters map to clinical criteria or to internal taxonomy

• How much high-demand reference material is locked inside long PDFs

• Tagging is consistent across therapy areas

• Superseded assets are still reachable.

Best practices for medical portal development also cover how this content gets modeled in the first place.

3. UX and usability

You pass the test if you can operate the interface without explanation.

Walk registration and count the fields, note the error handling, and check if the user is ever told what happens next and when.

Test on a phone, because a lot of portal use happens between appointments. Cover accessibility basics including contrast, keyboard operation, focus order, and alt text.

Check that the options the interface offers are actually available on the device being used, since offering biometric sign-in on a desktop browser is a reliable sign that nobody has walked the flow recently.

Our post on common UX issues in pharma portals catalogs the recurring ones.

4. Engagement tools

This area asks: Does a clinician have a reason to return that does not depend on an email prompt?

Inventory the tools that do an actual job, such as:

• dosage calculators;

• interaction checkers;

• materials a clinician can hand to a patient;

• accredited education modules;

• sample or material ordering.

Then check the mechanics around them. See if:

• Items can be saved from the place a user would expect to save them

• The logged-in view reflects the preferences collected at registration

• Notification settings give the user any control.

This is the area where the distance between demand and supply is widest. Our report compared what HCPs say they want against what the 28 portals actually shipped:

5. Tech stack and performance

This is the least glamorous area on the list and reliably the richest source of quick wins.

Measure page load on a mobile connection, since office wifi flatters every portal. Examine authentication friction directly, including:

• Session length

• If returning users stay signed in

• If deep links from email land on the intended content or dump the user on a generic homepage.

Check single sign-on behavior across brand properties, and check integration health with the CRM, the asset management system, and whatever holds approval status, since a portal that cannot read approval state from a system of record will drift out of date on human memory alone.

6. SEO

The central question in pharma is what sits in front of the gate. Many portals block crawlers from everything, including pages with no restricted claims that could legitimately be public. Check:

• What is indexable.

• The quality of titles and descriptions on the public pages.

• Structured data.

• Redirect health.

• If several of your own properties compete for the same terms, this is a signal to look at website consolidation.

7. Visibility in AI tools

This is the newest area, and most portals have never measured it. In our survey of 203 pharma professionals for The State of AI in Pharma, just 29.6% of organizations were already using AI-powered search for content discovery, and only 31% were using AI for personalized content recommendations to HCPs.

Run the clinical questions your segments actually ask through ChatGPT, Copilot, Gemini, Perplexity, and Google's AI Overviews, and record if:

1. Your portal is cited.

2. A competitor is.

3. A third-party source such as a journal or a drug database owns the answer instead.

Next, check what those cited sources publish openly, whether your crawler rules permit AI user agents, and if your key facts exist as extractable text or only inside a PDF or an image.

The structural tension here is specific to the pharma industry.

Gating exists for good regulatory reasons, and gated content is difficult to expose to search engines and to the systems that cite web content.

Where the approved answer sits behind a login, the answer a clinician receives may come from somewhere with no such approval.

That deserves a deliberate decision about what belongs in front of the gate, because it otherwise gets settled by default through the access model. We covered the mechanics in our practical guide to AI search visibility for HCP portals.

5. The findings that repeat

Across the HCP portal audits we run, a small set of problems shows up far more often than the rest. They are worth checking directly, because each one is specific enough to test in a few minutes.

The answer exists, buried in a long PDF

Dosing information is present and technically accurate, sitting on page 23 of a 28-page document. The content has been published, but it hasn't been made usable.

Converting high-demand reference material into web content, or into an interactive tool such as a dosage calculator or patient resource generator, is one of the highest-return changes available.

Internal search is too strict to be useful

A clinician searching for a product name together with the word "dosage" gets zero results, while searching the product name alone returns something too broad to help.

Search engines inside portals have limited capabilities, which means every near-miss returns nothing. A clinician who gets zero results once tends not to try again. In our review, 22% of portals had broken links or errors, and dead search results were one of the most common forms.

Navigation is organized around content formats

The menu offers podcasts, presentations, and webinars, which asks a clinician who wants dosing information to guess which format it was published in.

Format is how the content team receives assets, and topic is how a clinician goes looking for them, so filing by format pushes the translation work onto the visitor.

The logged-in experience does not reflect what registration collected

A portal that asks for therapy area preferences during registration and then lands the user on a generic homepage has spent the user's patience without returning anything for it.

Where the preferences are captured, personalization should follow, and the three levels of HCP personalization set out how far that can reasonably go.

The first screen after login sells the login

Landing a newly registered user on a panel explaining the benefits of signing in is a common sequencing error, and an easy one to correct by sending them straight to the content they signed in to reach.

Nothing distinguishes the portal from any other

Product listings, a webinar section, and a resource library describe most portals in the market. If a clinician cannot name a reason to choose yours, return visits will depend on email prompts doing the work the platform should be doing. This finding most often points to engagement tooling, not publishing more.

Links quietly send users off the site

Contact routes and footer links that open external destinations end a session that took real effort to start.

For the interface-level version of these patterns, our post on common UX issues in pharma portals goes deeper on the fixes.

6. Turning an audit into a decision

Two things determine whether an audit changes anything.

The first one: Knowing who owns portal performance before you begin.

Ownership is commonly split between digital or marketing and medical affairs. Trouble starts when no single person is accountable for the number the portal is supposed to move. If you cannot name that person, you have found your first result before scoring anything.

The second is accepting that one audit cannot cover everything.

Larger organizations increasingly run separate reviews per topic, covering data usage, cookie consent, security and penetration testing, architecture, and analytics, each with its own specialists.

Across several hundred pages, a single review that checks every dimension is not realistic. A portal experience audit is one instrument in that set, and it answers the question of adoption and usability. Security and data governance need their own.

Most teams we work with run this review every 18 to 24 months, and ahead of any significant investment. The moment before a redesign, a global rollout, or a new engagement feature is the cheapest time to find out whether the plan addresses the actual problem.

An audit shows which parts of the portal earn their place. Once you know that, the anatomy of building an HCP portal covers what a well-constructed one includes, and why HCP portals remain essential makes the case for including them in the budget conversation that follows.