SYSTEMS LOADING

Workflow Optimisation FinTech Compliance Complex Systems

File Review System
Optimisation

Taking the pain out of compliance by redesigning a bloated, 83-question workflow for over 240 file reviewers.

1. The Scale of the Problem

We had a scaling problem. Supporting 1,300+ advisors meant our review teams were drowning in massive, fragile spreadsheets and messy email threads. When a single review requires checking 83 different compliance rules, doing it manually isn't just slow—it's incredibly risky.

Complex Flow Map of 83 Questions

2. Visualising the Bottlenecks

Before designing anything, I mapped out exactly how the teams were currently working. The diagram below exposed a huge issue: the process was far too rigid. Every time an advisor handed a file back and forth to a reviewer, it created a massive traffic jam in the system.

Hover to Zoom
Workflow Diagram

3. Managing Cognitive Load

With 83 possible questions per file, cognitive overload was a real issue. Cases were taking up to two weeks to close. To fix this, I broke the massive forms into bite-sized chunks using a Collapsible Sidebar Navigation. This allowed reviewers to safely jump between the Fact Find, Remedial Actions, and the final Outcome without losing their place.

Sidebar Navigation Architecture

4. Fixing Team Visibility

Team Leads were flying blind. We redesigned the dashboard to clearly separate cases that were "Allocated" from the actual "To-Do" backlog. I also brought in color-coded status pills so leads could spot 'At Risk' files instantly instead of digging through rows of text.

5. Defining the Outcome

The final step is the "Outcome" screen. We ripped out the ambiguous text boxes and replaced them with structured data inputs. Now, if a file fails a review, it has a specific, trackable reason attached to it. No more guessing why an advisor was penalized.

Outcome Screen

Scale

160 Daily Reviewers

Complexity

83 Data Points

Efficiency

+40% Speed

Phase 2: Bringing in AI

Automating the Heavy Lifting

We didn't just want to digitize the process; we wanted to automate the tedious parts. We brought in an AI checker that runs directly inside the assessor's dashboard to replace manual checklist verification.

  • The Trigger: Users hit "Run AI Check" and select the specific policy they want to test.
  • Managing Expectations: Because API calls take time, I designed a multi-state button (Checking → Cancel → Download) so users always know exactly what the system is doing.

Interactive Status Loop Component

The "Sync" Rule

A big challenge was making sure the AI pop-up and the main dashboard were always looking at the same data.

The Fix: I designed a strict synchronization rule: change a filter in the AI tool, and the dashboard updates instantly. Change the dashboard, and the AI updates. No more mismatched data.

Granular Scoring

Historically, files just got a single, blended "Score". We split this up into distinct columns for "Mortgage" and "Protection".

Why it matters: This meant a complex case got an accurate, granular grade rather than a watered-down average, giving reviewers much better insight.

UI Strategy: The "Grouped View"

Adding all these new AI buttons and split-scoring columns meant we were running out of screen real estate. Instead of squishing everything together, we got smart with the layout.

Space-Saving Layout

Instead of repeating an Assessor's name on every single row, I built a "Grouped View" where cases nest cleanly under a collapsible header.

Abbreviated Headers

We brutally optimized column titles (e.g., changing "Case Review Checklist" to just "Checklist") to reclaim valuable horizontal pixels for the new action buttons.

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