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B2B Wealth Analytics Enterprise SaaS Information Architecture A/B Testing

Tata Consultancy Services

Led product design for a B2B wealth analytics platform used by financial advisors for portfolio monitoring, returns analysis, tax forecasting, and asset allocation — cutting per-review time nearly in half across an ~800-advisor user base.

Role Senior Product Designer
Timeline Sep 2022 — Aug 2023
Platform Web SaaS · B2B Advisor Dashboards
Domain Wealth Mgmt · Portfolio Analytics

The Stakes

Advisors were spending 25 minutes on portfolio reviews against a 12-minute SLA — a 108% overshoot. At ~800 RMs reviewing ~50,000 portfolios monthly, every extra minute was costing the business roughly ₹1.25 lakh in advisor time.

Outcomes

25 min → 14 min per portfolio review · ~9,167 advisor hours/month reclaimed · ~₹1.37 Cr/month productivity recovered

-44% portfolio review time, from 25 min to 14 min per portfolio
9,167 advisor hours per month reclaimed at scale across ~800 RMs
+31% core dashboard engagement post-redesign, measured via A/B testing
8 → 3 engineering clarification cycles per sprint after component patterns shipped
01
Overview

A wealth analytics platform that lost advisors in its own information architecture

TCS built a B2B wealth analytics platform for a large Indian banking group — the daily working surface for ~800 relationship managers reviewing portfolios for retail and HNW clients. The platform had everything an advisor needed: returns analysis, tax forecasting, asset allocation planning, risk assessment. The data was right. The architecture was wrong.

I joined as Senior Product Designer to lead the redesign of investment dashboards and portfolio analytics workflows. The brief on day one was a number: advisors were averaging 25 minutes per portfolio review against a 12-minute SLA. That's not a UX problem the business could ignore — that's the bank's wealth advisory cost structure baked into a slow product.

Client

Large Indian banking group (B2B SaaS)

Industry

Wealth Management · Financial Services

Advisor Base

~800 RMs across 3 regional clusters

Portfolios/Month

~50,000 reviewed

Modules

4 (Returns, Tax, Allocation, Risk)

SLA Target

12 min per portfolio review

02
Problem

Advisors weren't slow at thinking. They were slow at finding.

The fragmentation hypothesis emerged on day one of workflow interviews. Advisors weren't spending 25 minutes analysing portfolios — they were spending ~9 minutes per review hopping between four disconnected modules trying to reconcile numbers that should have already agreed. The analysis was fine. The architecture was forcing manual reconciliation that the system itself should have handled.

Problem statement Mid-tier wealth advisors (relationship managers, 2–8 yrs tenure) struggled to deliver portfolio reviews within SLA because returns analysis, tax forecasting, and asset allocation data were fragmented across 4 disconnected modules requiring manual cross-referencing, resulting in average review times of 25 minutes against a 12-minute SLA — a 108% overshoot documented across 18 workflow interviews and 24 timed sessions.

"I open returns, copy the number into a notepad, switch to tax, copy the next number, switch to allocation, copy the third. Then I open a fourth tab to do the math myself because the platform won't tell me if they reconcile."

— RM, 4 years tenure, workflow interview
03
Research

Four evidence streams. One unified diagnosis.

I anchored the research on four independent sources of evidence. None of them was sufficient on its own, but together they painted a clear picture: the analytical layer was strong; the navigational layer was costing the business an entire SLA's worth of advisor time per portfolio.

01
Workflow Interviews (n=18)
18 RMs and relationship managers across three regional clusters. Every single interview surfaced the same complaint — "I lose time switching between modules." Five advisors had built personal Excel templates to pre-aggregate data before opening the platform. That's a product owner's worst nightmare: users routing around your tool to get work done.
02
Timed Task Observation (n=24)
I recorded 24 end-to-end portfolio reviews with screen capture and a stopwatch. Average review: 24m 47s. Of that, 9m 12s was spent in module-switching, copy/paste, or manual cross-referencing — not analysis. The architecture tax was 37% of the total review time.
03
Support Ticket Mining
312 of 487 quarterly tickets (64%) were "where is X data" or "this report won't reconcile with Y." Both navigation/architecture problems, not analytical ones. The support team had effectively become a human reconciliation layer for the product — covering for an information architecture that shouldn't have shipped that way.

Competitive benchmarking — the gap was reachable

I audited three comparable B2B wealth analytics tools (Refinitiv Workspace, Morningstar Direct, Bloomberg PORT). Average review time in published case studies and user testimonials: 12–15 minutes. The gap between this platform and the category leaders was 10–13 minutes per review — almost entirely on architecture, not features. That established a realistic ceiling for the redesign and a defendable target metric for the business case.

04
Options Considered

Three architectures evaluated. Here's why we chose the one we shipped.

Option A — Rejected
Global search across all modules — "find anything fast"
A natural-language search bar that would index every report and data point across the four modules. Felt powerful in concept. Rejected because indexed search surfaces data but doesn't solve the reconciliation step — the actual bottleneck. Advisors weren't searching; they were cross-referencing. Search would have built the wrong tool, faster.
Option B — Rejected
Aggregated "summary tab" sitting on top of existing modules
A band-aid: keep the existing four modules, add a summary surface that pulls headline numbers into one view. Cheaper to ship, lower engineering risk. Rejected because advisors in interviews specifically said they didn't trust summaries they couldn't drill into. A summary tab without a unified data layer would have created a fifth disconnected surface, not a unified one.
Option C — Chosen
Unified portfolio canvas — one screen, cross-module data, drill-down hierarchy
Returns, tax, allocation, and risk all surface on one canvas with cross-module linking, automatic reconciliation flags, and drill-down hierarchy from headline number to underlying calculation. This addresses the root cause: advisors stop switching, the system handles reconciliation, drill-down replaces hop-around. The engineering scope was the largest of the three options — but it was the only one that closed the 10–13 minute gap.
05
Decision & Tradeoff

We optimised for the 82% who were slowing the business down — and accepted short-term pain from the top 18%.

The unified canvas was the right architectural call, but it had a real political cost: top-tier RMs (the 18% who generated 40% of revenue) had memorised the old module structure and used it efficiently. The redesign broke their muscle memory. For two weeks post-launch, they were the loudest complaint channel in the building.

+ Gained
Review time dropped from 25 min to 14 min for the bottom 82% of RMs — the cohort doing 78% of total review volume. Core dashboard engagement up 31%. Support tickets for "where is X" effectively eliminated.
− Lost
Top 18% of RMs (40% of revenue) lost their familiar shortcuts for the first 2 weeks. We received 47 internal escalation emails. Three senior RMs explicitly requested a "rollback to the old module view."
Why accepted
The 25-minute SLA overshoot was hurting the volume-driving 82% of RMs. Their pain was structural and recurring; the top 18%'s pain was transitional and one-time. Optimising for the volume-driving cohort was the correct call — even though it generated short-term political heat.

How we de-risked the senior-RM transition

I built a parallel "legacy module view" toggle for the first 60 days post-launch — senior RMs could opt back into the old structure while learning the canvas at their own pace. Usage data after 60 days: 71% of senior RMs had voluntarily switched to the new canvas. The "legacy view" was retired in release 3, with no further escalations. The lesson: when you change a power user's workflow, give them a bridge, not a cliff.

06
Design Decisions

Every architectural decision pointed back to one metric: minutes per review

Unified canvas — the hierarchy that replaced four modules

Returns at the top, allocation in the middle, risk at the base.

From workflow observation: advisors read portfolios top-down. Returns is the what, allocation is the why, risk is the so what. The canvas hierarchy matches that reading order. No advisor in 24 timed sessions ever read these in a different sequence.

Tax forecast as an inline panel, not a separate tab.

Tax data was the most-cited reconciliation pain point. It needed to be visible next to returns, not behind a tab switch. Inline panel, collapsible by default for advisors who don't want the visual density, expanded for those who do.

Reconciliation flags — the unsung hero feature

The single most-loved feature in user feedback after launch was the reconciliation flag — an inline warning when a portfolio's reported allocation didn't match the underlying holdings (typically due to corporate actions the data feed hadn't fully reflected). Before redesign, advisors caught these manually maybe 60% of the time. With the flag system: 100% catch rate, and the advisor doesn't have to think about it. This is a case of design quietly eliminating an entire failure mode the old architecture had been silently passing on.

A/B testing the dashboard improvements

I owned the experimentation strategy — running staged A/B tests on the new canvas vs. the old modules across the three regional clusters. Engagement on core dashboard features (returns drill-down, allocation rebalance, tax scenario modelling) lifted +31% in the test cohort. The "summary tab" feature requested by some stakeholders during scoping was killed by the data: in the cohort where we shipped it as a control, usage was 84% lower than the canvas itself. Evidence killed the band-aid.

Reusable component patterns — the engineering compounding

I architected reusable component patterns for financial workflows: portfolio cards, drill-down hierarchies, reconciliation states, tax-scenario inputs. These now sit in a documented Figma library with code-mapped tokens. The measurable effect: engineering clarification cycles per sprint dropped from an average of 8 to 3. Sprint velocity on adjacent features (risk module, client-facing reports) accelerated because designers and engineers were no longer reinventing patterns each sprint.

07
Outcome

25 min → 14 min. Multiplied across 50,000 portfolios. The math is the story.

Measured outcomes

Per-portfolio review time: 25 min → 14 min (44% reduction). Measured via the same timed-task protocol as pre-redesign, n=30 reviews across the same three regional clusters. The result held steady across all three clusters, suggesting the improvement was structural, not site-specific.

Core dashboard engagement: +31% via A/B test across the three clusters. The summary-tab control variant saw 84% lower usage than the canvas — killing a stakeholder-requested feature before it shipped to the wider population.

Engineering clarification cycles: 8 → 3 per sprint on average after the documented component library shipped. Design QA rejection rate on sprint releases dropped from ~22% to ~7%.

Business framing — the leverage at scale

The per-portfolio time saving doesn't sound dramatic in isolation: 11 minutes per review. Multiply across the user base:

Time saved = (25 - 14) min × 50,000 portfolios/month = 550,000 min/month = ~9,167 advisor hours/month reclaimed

At a blended Indian RM cost of ~₹1,500/hour (publicly cited industry benchmark for B2B wealth advisory talent in 2023), that's ~₹1.37 Cr per month in advisor productivity recovered. Methodology: 9,167 hours × ₹1,500. The dollar figure here isn't precision — it's framing. The redesign translated an architectural fix into a business case the executive team could defend to their P&L.

"The redesign didn't make the analytics better. It made the platform finally match the way advisors actually work. That's a far harder problem — and a far bigger payoff."

— Product Manager, internal launch retro
08
What's Next

AI-drafted portfolio commentary — targeting the bottom-quartile RMs

The 14-minute review time is strong, but the cohort distribution is informative. Top-quartile RMs are reviewing in 10–11 minutes; bottom-quartile RMs are at 16–18. The gap is now almost entirely in writing client-ready commentary — the qualitative narrative that wraps the numbers for the client meeting. Senior RMs write it fast; junior RMs labour over it.

Hypothesis: an AI-drafted commentary panel (LLM-generated first draft, advisor edits and approves) would compress the bottom-quartile time by another 4–5 minutes — collapsing the cohort gap and pulling everyone closer to the SLA. Instrumentation: commentary edit tracking is already in place; we know what advisors keep, change, and discard from any LLM draft. Risk: AI commentary in regulated wealth advisory needs careful guardrails — an issue I'd separately addressed in detail at Goldman Sachs.

09
Constraints

A B2B client. A live user base. A sprint cadence. No room for redesign theatre.

TCS engagements run on hard, observable constraints: a client-set release cadence, a live user base that can't tolerate downtime, and a sprint-based delivery model where designs ship within the window or they don't ship at all. The redesign had to be defensible to advisors, the bank's product team, and TCS engineering leadership simultaneously.

The triangle: I picked Quality + Scope. Time was the lever I managed.

Cutting scope was off the table — an incomplete unified canvas would have created a worse architecture, not a better one. Cutting quality risked the bank's confidence in TCS as a delivery partner. Time was the lever: I shipped the canvas across two sprint cycles with a parallel "legacy module" toggle to absorb the senior-RM transition risk. Quality and scope held. Time stretched. That was the right call.

01
Finding Assumptions Inside Client Constraints
Client-side data restrictions limited the recruitment of bank customers, so the research had to rely on the advisor side of the platform. 18 workflow interviews, 24 timed observation sessions, and support ticket mining gave me three independent data sources without ever touching customer-side analytics. The advisor data was sufficient because the bottleneck was on the advisor side.
02
What Moved to V3
AI-drafted portfolio commentary (with regulatory guardrails). Predictive rebalancing nudges based on the new reconciliation flag system. Multi-portfolio batch review. All documented with instrumentation already in place — so the post-handoff team inherits a brief, not a blank page.
03
How Documentation Compressed Sprint Cycles
The reusable component patterns weren't just a design system — they were the artefact that closed engineering clarification cycles. By documenting state, behaviour, and edge cases inline with each component, the eng team stopped Slacking "what should this do when X?" every sprint. That alone reclaimed maybe half a day per sprint per engineer.

"In a B2B SaaS engagement with a live user base, the constraint isn't creative freedom. It's the discipline to ship the change advisors will actually adopt without breaking the workflow that pays the bills."

10
Reflection

Three lessons from a B2B wealth analytics engagement

01
Architecture Is The Feature
The strongest analytics product I've worked on didn't lose its users on math — it lost them on navigation. In B2B SaaS where users live in the product 8 hours a day, the information architecture is the experience. The features are downstream.
02
Optimise For The Volume, Bridge The Power Users
Top users are loudest. Bottom users are biggest. The right call was to optimise for the volume-driving cohort and give the top users a bridge (the legacy toggle) to transition at their own pace. Within 60 days, 71% of senior RMs had crossed the bridge voluntarily.
03
Documentation Is A Force Multiplier
The reusable component patterns were the artefact with the longest half-life. The dashboards I redesigned have been iterated on multiple times since — but the component contract documentation still drives the engineering rhythm. The most valuable design artefact is usually the one that isn't a screen.

Conclusion

When information architecture matches how advisors actually work, the time savings aren't 10% — they're 44%, and they compound across every advisor, every portfolio, every month.

The unified portfolio canvas, reusable component patterns, and A/B-validated decision framework remain in production use across the bank's wealth analytics platform.

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