Fintech Accessibility: What EAA and ADA Compliance Actually Require

A blind customer tries to log into your banking app. The multi-factor authentication screen pushes a six-digit code into an input that has no label. Their screen reader announces "edit text, edit text, edit text" and nothing else. They can't tell which box wants the code, the timer expires, and they're locked out of their own money. That is not a hypothetical edge case. It is one of the most common patterns we find when we scan fintech front ends, and as of last June it is also a regulatory problem across the entire European Union.

Fintech is one of the most heavily regulated corners of the web, and accessibility has now joined the pile. The rules are not vague aspirations anymore. They name your login page, your statements, your payment flows, and your support chat specifically. If you build or run a financial product, here is what's actually in scope and what you can do about it from the codebase.

Why fintech is squarely in the crosshairs

Three regimes matter for most fintech teams, and they overlap.

The European Accessibility Act (Directive (EU) 2019/882) has applied since 28 June 2025 across all EU member states. It singles out consumer banking and financial services. Anything a consumer uses to access or manage a banking service is in scope: public websites and account login pages, mobile banking apps on iOS and Android, authentication flows including multi-factor and biometric prompts, transaction confirmation screens, account statements and downloadable PDFs, customer support chat and contact forms, plus ATMs and payment terminals. The Act also requires that the language used not exceed an "upper intermediate" reading level, which is a real constraint on the dense legalese fintech loves.

The ADA governs the US. Financial services have been a top target for web accessibility lawsuits for years — banks, lenders, payment apps, and insurance portals get sued because they're public-facing, transactional, and used daily. Courts have repeatedly treated WCAG conformance as the practical standard for what "accessible" means, even though the ADA itself predates the web.

The AODA covers Ontario, where we're based. Large private organizations have been required to meet WCAG 2.0 Level AA on their web content for years, and enforcement and reporting obligations are real.

The common thread: every one of these regimes resolves, in practice, to WCAG. The EAA leans on the EN 301 549 standard, which incorporates WCAG. The ADA and AODA both point at WCAG AA. So a fintech team does not need to track three separate technical checklists. You need to conform to WCAG 2.2 AA and be able to produce evidence formatted for whichever regulator is asking. We wrote about one of these deadlines in more depth in our ADA Title II piece, if you want the government-sector angle.

The penalty math

Penalties vary by member state under the EAA — each country sets its own enforcement regime and fine ceilings, and some are steep enough to reach six figures. In the US, the cost is rarely a single fine; it's the settlement, the remediation under a consent decree on someone else's timeline, and the legal fees. For a fintech, the quieter cost is worse: a payments partner or enterprise customer runs a procurement review, asks for a conformance report, and you don't have one. The deal stalls. We covered how that evaluation works in how procurement teams evaluate accessibility vendors.

The point isn't fear. It's that "we'll get to accessibility later" now has a price tag attached in three jurisdictions at once.

What actually breaks in fintech front ends

Fintech UIs are dense, stateful, and form-heavy, which is exactly the recipe for accessibility failures. The WebAIM Million 2025 report — an annual automated scan of the top one million home pages — found that 94.8% of pages had at least one detectable WCAG failure, averaging 51 errors per page, with low-contrast text alone present on 79.1% of pages. Those are home pages. The authenticated, transactional screens behind a fintech login are usually worse, because they're built faster and tested less.

The patterns we see most often in financial products:

• Unlabeled inputs in auth and payment flows. OTP fields, card-number inputs split into four boxes, and biometric prompts that exist only as styled divs with click handlers. A screen reader user can't complete them.
• Color as the only signal. Red for a declined transaction, green for approved, with no text or icon. Fails for color-blind users and violates the contrast and "use of color" criteria.
• Charts and balances with no text alternative. A spending dashboard rendered as an SVG or canvas with zero accessible description is invisible to assistive tech.
• Modal and focus traps done wrong. Confirmation dialogs that don't move focus, can't be dismissed with a keyboard, or let focus escape behind the overlay. Critical when the modal is "Confirm transfer of $4,000."
• Inaccessible PDF statements. Untagged PDFs are a recurring EAA problem, and they're explicitly in scope.
• Time limits with no way to extend. Sessions that expire mid-form with no warning hit users who navigate more slowly.

None of these are exotic. They're ordinary bugs that happen to also be compliance failures. If you want the React-specific breakdown, our post on common WCAG violations in React and JSX goes deeper into the code-level patterns.

Fixing it where fintech actually lives: the codebase

Most fintech front ends are React. That matters, because the two dominant ways to "fix" accessibility are not equal.

Overlay widgets — the JavaScript snippet that promises instant compliance — sit on top of your shipped app and try to patch the DOM at runtime. They don't change the unlabeled input in your component; they guess at it on every page load, and they've been named in lawsuits rather than preventing them. We laid out the tradeoffs without the theatrics in overlay widgets vs. source-code fixes. The short version: if the problem is in your JSX, the durable fix is in your JSX.

That's the approach inklu takes. We scan your web app or your repository against WCAG 2.2 using axe-core v4.11 plus more than 50 proprietary rules layered on top, then generate the actual code fix and open it as a GitHub pull request. The fix lands in your component — a real aria-label, a corrected contrast token, a proper <button> instead of a clickable div — so it ships with your next deploy and stays fixed. We support the stack fintech teams actually use: HTML, CSS, JSX (including TSX), and SCSS. Fixes are generated with OpenAI's GPT-4o, and inklu never trains a model on your code.

A few things that matter specifically for financial teams:

• Nothing touches your default branch without consent. Every fix arrives as a pull request you review and merge yourself. Your normal code review and approval gates stay in place.
• Your source is ephemeral. Code is purged after each scan — it isn't retained. For a security-conscious fintech, that's the right default. (For full transparency: we run in the US East region only, and we are not SOC 2 certified, so factor that into your own review.)
• It runs in CI. inklu integrates with GitHub Actions, so you can catch regressions on pull requests instead of discovering them in a lawsuit or a procurement questionnaire. We walked through the setup in accessibility in CI/CD with GitHub Actions. GitLab and CircleCI support are on the roadmap, not shipped today.

Producing the evidence regulators and partners ask for

Finding and fixing violations is half the job. The other half is proving it. inklu generates compliance reports formatted for AODA, ADA Title II, and the EAA, so when a regulator, an auditor, or an enterprise customer's procurement team asks for documentation, you have something concrete to hand over rather than a screenshot of a green test run.

One honest caveat: a formal VPAT or Accessibility Conformance Report — the document large enterprise and government buyers often specifically request — is on our roadmap, not available today. If a VPAT is a hard requirement in your sales cycle right now, plan around that. The WCAG-mapped reports we do generate cover the regulatory formats above and give procurement teams real evidence to work from.

A realistic first 30 days

If you're a fintech engineering lead staring at this for the first time, you don't need a six-month program. You need a starting point.

Week one, scan your highest-risk surfaces: the login and authentication flow, the primary transaction or transfer screen, and account statements. These are the ones regulators name and lawyers screenshot. Week two, triage what comes back — most of it will be the unglamorous, high-frequency stuff (labels, contrast, focus management) rather than anything architectural. Week three, let the fixes land as PRs and merge them through your normal review. Week four, wire a scan into your CI so the next regression gets caught on the pull request that introduces it.

On cost: scanning is token-based. A web scan costs 2 tokens, a full repository scan costs 8, and each auto-fix PR costs 1. Plans run from Starter at $29/mo (40 tokens) through Growth at $99/mo (200 tokens) and Scale at $349/mo (800 tokens), with Enterprise quoted per customer. Every plan includes every feature — the only thing that changes between tiers is your token budget. Full breakdown is on the pricing page, and common questions are answered in the FAQ.

Accessibility in fintech stopped being optional sometime around last summer, and the rules are specific about the exact screens you care most about. The good news is that for a codebase-driven team, this is a tractable engineering problem, not a compliance mystery. Scan the high-risk flows, fix them at the source, and keep them fixed in CI.

To see it run against your own app, book a demo at inklu.io, or email us at hello@inklu.io.