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Past client work · enterprise UX

Enterprise KYC Platform

I designed the customer verification journey and the tools for configuring checks and reviewing evidence.

Enterprise KYC Platform interface and design work
Selected project material. Open the image to inspect the complete view.
Role
Product Designer / UX Designer
Scope
Mobile KYC SDK, policy builder, compliance review
Contribution
User flows, interaction design, prototypes, UI, developer handoff
Collaboration
Product management and engineering

My contribution was the experience design: translating verification requirements into understandable steps, defining how choices and recovery affect the journey, and carrying those decisions into interface designs and prototypes for engineering handoff. This case study focuses on that design work, rather than the underlying identity-checking technology.

Completed product design work. The interactive walkthrough is a portfolio reconstruction of the browser-based flow, not the live verification service.

Make every handoff visible.

The design brief: make the next action clear without hiding the requirements or the evidence behind it.

  1. Customer

    I made capture, review and retry visible so people know what to do next.

  2. Policy owner

    I separated required checks from the way they are presented to the customer.

  3. Reviewer

    I connected each result to the document and check history that support it.

Prepare people before asking them to capture.

The customer had to complete unfamiliar, high-stakes tasks on a mobile device. My design response was to move guidance before each capture moment, keep the active camera state focused, and make document requirements explicit before upload.

Prepare before capture

The interface explains lighting, positioning, and privacy expectations before the camera opens, then removes competing information during capture.

Prepare for a successful face scan
Keep the capture moment focused

Make document quality visible

I placed guidance before the scan and a quality checkpoint before submission. The review screen presents readability and glare criteria so customers can inspect their document before continuing; it does not ask them to interpret an unexplained error after submission.

Explain the scan before opening the camera
Confirm quality against specific checks

Bound the proof-of-address choice

I made the supported submission methods explicit. Camera capture suits a paper document; upload supports an existing file. Keeping both routes adds states to design and implement, but avoids forcing every customer through the camera regardless of what they already have.

Optional walkthrough / Browser-based verification

Explore the verification journey.

One process, different ways through it. Follow the original mobile screens, change the document route, and see how guidance, review and the return to desktop fit together.

Branch with purpose

The evidence changes the route.

A passport requires one capture sequence. A two-sided ID introduces a second instruction and camera step, or two upload fields.

Review before commitment

Confirmation is a design decision.

Document data review offers rescan. The photographed address document offers retry. Both make correction visible before continuing.

Design across devices

The phone is not the whole service.

The desktop waits during mobile capture. The final instruction explicitly returns the person to that original context.

Source coverage and interpretation

A separate browser-based flow, shown with original design screens and an interactive portfolio presentation. The SDK examples above demonstrate the mobile interface approach; they are not consecutive screens in this route.

The PDF documents liveness, four first-document routes, two address routes and the mobile ending. It does not expand second/third documents, a driving-licence-specific route, rejection states, retry limits or skip rules. The rescan/retry replays illustrate return wiring; the controls themselves are present in the source. Some camera mockups reuse sample card imagery across document routes. Motion, navigation, chapter labels and desktop context are portfolio presentation layers, not claims of shipped behavior.

KYC means Know Your Customer. Liveness checks whether a live person is present; proof of address supports the stated address. Completing a capture or upload is not the same as approval.

Earlier prevention & recovery model Conceptual decision trees, separate from the PDF walkthrough

Prevention & recovery

From uncertainty to a next step.

Reconstructed from the January 2023 concept and mobile-flow overview. These trees explain design intent, not proof that every branch shipped. Select a step for its rationale.

Help people start with what they need.

A customer may be exploring, missing a document, or unfamiliar with the technology. Readiness determines the next step; motivation alone does not.

01 / 03
  • Action
  • Decision
  • Outcome
  • Return path

Scroll sideways to explore the tree, or use Fit. Select any step for an explanation.

Help people start with what they need. Select a step for details.
Read the decision tree as text
  1. Explain the requirements. Explain what identity verification involves, which documents are accepted, and how to prepare for a scan. Use a short checklist before opening the camera.
    • Then: Ready to begin?.
  2. Ready to begin?. Check whether the customer has the required identity document and suitable capture conditions. A customer who lacks either needs preparation, not a failed verification attempt.
    • No: Explain what is missing.
    • Yes: Can this method work?.
  3. Explain what is missing. Name the missing item and explain how to prepare it. Avoid a generic instruction to try again when the person cannot complete the task yet.
    • Prepare first: Return when ready.
  4. Return when ready. Let the customer leave the preparation stage and return with the required items. Any saved session or expiry behavior would need to be defined with engineering.
    • Can this method work?. Before a device-dependent check, establish whether the chosen method is available. For example, NFC means reading a compatible document chip using a supported phone.
      • No: Alternative available?.
      • Yes: Begin the capture journey.
    • Alternative available?. Check whether another available capture or upload method meets the institution's requirements. If none does, offer guided help instead of inviting an impossible attempt.
      • Yes / use alternative: Begin the capture journey.
      • No / none available: Open guided recovery.
    • Open guided recovery. Explain the compatibility limitation and offer help with available options. Do not ask the customer to repeat a method their device or document cannot support.
      • Begin the capture journey. Move into the required identity steps once the customer understands what to do and has a usable method. The exact checks depend on the configured KYC policy.

        Readiness, capture quality and identity approval are separate questions. Repeating an unavailable method is not a recovery strategy.

        Make policy understandable and every decision traceable.

        Operational users needed to configure verification journeys and later explain the outcome of an individual case. I designed a progressive information model that carries intent from policy setup through to evidence review.

        Desktop / Verification policy configuration

        02

        Expose the policy before it goes live

        The builder surfaces each check, its requirements, its place in the journey, and its cost. A final confirmation turns configuration into a sequence that can be reviewed before publishing.

        Constraints and trade-offs
        Constraint
        A configuration choice changes what customers must do. Document-chip reading, for example, introduces a device and document compatibility dependency.
        My decision
        Make checks, their order, and their cost visible together, with a confirmation step before publishing the configuration.
        Trade-off
        More configurable checks offer flexibility but make setup harder to understand. An ordered journey and final summary expose the consequences without hiding the available controls.
        Configure a check in context
        Confirm sequence and cost

        Desktop / Compliance case review

        03

        Layer the evidence around the reviewer's question

        I organised the record around a practical question: what happened in this case, and what evidence supports it? The overview establishes the case context, the timeline exposes individual checks, and the document views allow closer inspection. These are complementary levels of the same review task, not separate dashboards.

        Constraints and trade-offs
        Constraint
        A status alone cannot explain a case, but showing every technical detail at once makes the first read unnecessarily demanding.
        My decision
        Layer the information: case summary first, check history second, source evidence on demand. Preserve the connection between a result and the material behind it.
        Trade-off
        Progressive disclosure requires an extra action to inspect detail. The benefit is a focused overview, provided the deeper evidence remains clearly reachable and attached to the same case.
        Verification at a glance
        Trace every security check
        Inspect source evidence

        A clear next step, at each level.

        I designed the customer journey and the tools around it as parts of one service. Guidance helps a customer provide evidence; configuration defines the checks; review keeps the result connected to its source. The screens demonstrate those design decisions, without claiming a measured improvement in completion rates.

        Let’s work together

        What could be easier to use?

        Tell me about the product and the part that needs fixing. A few sentences is enough.

        Tell me about it