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UX/UI Case Study

Floofers: transforming pet care with AI intelligence

Making pet-sitting decisions 3× faster with targeted AI — not an AI product, but a product that uses AI where it matters.

Floofers

Projected impact

Pre-launch projections modeled from Floofers' historical funnel data (verification → search → booking).

95%↓

verification time
3–5 days → 2 hours

65%↓

search duration
23 min → 8 min

171%↑

booking conversion
34% → 92%

Methodology: Funnel drop-off rates × time-on-task reduction from usability testing (n=8, moderated). Full assumptions available on request.

Role

UX/UI Design Consultant

Timeline

3 months

Tools

Figma, Adobe Illustrator, Photoshop

Collaborators

Founding team, data scientist, engineering

Constraints

3-month timeline · 1 designer · existing engineering team

My role, specifically

Research synthesis · UX flows · UI design · AI microcopy · human-in-the-loop logic

Background

Floofers connects pet parents with vetted sitters across Australia. Three friction points were quietly costing growth and trust. I designed three targeted AI features to fix them.

The problem

The experience was slow and overwhelming in three specific ways.

01

Slow verification

3–5 day approval delay capped platform supply growth.

02

Choice overload

23 min average scrolling near-identical profiles before booking.

03

Generic profiles

Strong candidates couldn't surface relevant experience — generic bios don't get booked.

Business impact — baseline, pre-redesign

34%

booking abandonment

23 min

avg. decision time

3–5 days

verification delay

40+

daily support calls

Research & discovery

8 in-depth interviews + 40 survey responses. Stakeholder workshops to separate business assumptions from real user needs.

35% of owners

The Anxious First-Timer

Needs peace of mind — can't gauge trust from profiles alone.

"I read every review twice and still felt nervous."

45% of owners

The Busy Professional

Needs reliable care booked fast — too many similar profiles to compare.

"I don't have 20 minutes to compare sitters — I need the right one, fast."

20% of owners

The Special-Needs Pet Parent

Needs specialized experience surfaced — generic bios bury it.

"I need someone who's handled insulin shots."

What stakeholder interviews surfaced

  • — People expect the system to learn and adapt to their pet's preferences over time.
  • — Speed and automation were essential for verification to scale with growth.
  • — New sitters needed guidance to build a profile that actually gets booked.
  • — Transparency was the deciding factor in whether either side trusted the platform.
  • — A visible "why this match" reason built confidence faster than a rating alone.

From research to direction

Three friction points surfaced across every persona. Affinity mapping with the founding team confirmed alignment with business priorities.

Floofers AI UX Flow — FigJam Research and Ideation Mapping
FigJam UX Flow & Ideation MappingUser research synthesis, ideation process & feature mapping
Research Synthesis

Affinity Map — Interview & Survey Clusters

n=40 survey • n=8 interviews
Cluster 01

Verification Bottleneck

Sitter Quote

"Waiting 5 days kills my onboarding momentum as a new sitter."

Sitter Quote

"Applications fail with zero explanation on what went wrong."

Design Direction:Instant AI Scan + Human Fallback
Cluster 02

Choice Overload

Owner Quote

"Every sitter profile looks identical — 5 stars and generic bios."

Owner Quote

"I scroll for 20 minutes and still feel unsure if they fit my pet."

Design Direction:Preference-Based Match Reasoning
Cluster 03

Generic Profiles

Owner Quote

"Sitters just write 'I love animals' instead of relevant skills."

Owner Quote

"Specialized experience (e.g. senior dogs, medical) gets buried."

Design Direction:Assisted Draft Profile Builder

"Instead of adding AI everywhere, I focused on the three moments that mattered most to users."

Solution 01

Quick verification for pet sitters

Problem

Upload → wait 3–5 days → resubmit → wait again. Bottlenecked supply growth.

Solution

AI-powered verification with instant feedback. Human review for edge cases only.

Iterative Design Process

Getting there — early direction & wireframe explorations

Low-Fi Explorations → Hybrid Logic Pivot

Key pivot: Fully automated pass/fail → sitters didn't trust black-box decisions. Pivoted to hybrid: AI scans clear cases, flags ambiguous ones for human review.

Verification flow early low-fidelity wireframe explorations collage
Early Wireframe Iterations — Verification & Document Upload FlowExploring instant feedback states & human fallback logic

❌ Explored: 100% Automated Pass/Fail

Black-box decisions caused sitter anxiety. OCR misreads spiked support tickets.

✓ Adopted: Hybrid AI Scan + Human Review

Clean documents approved in under 2 hours. Ambiguous cases route to Certn.co human review.

Before

Legacy verification process

3–5 day manual review, opaque status

After

AI scan + 2-hour approval

Document uploadAI analysisRisk assessmentHuman review (if needed)Instant result
Guided upload screen
Guided uploadOne document at a time with instant format feedback.
Visible progress scanning state
Visible progressHonest "what's happening now" state — no unexplained spinner.
One clean result screen
One clean resultSingle confirmation + one next step.
Verification exception state screen
Manual review fallbackClear guidance when human review is needed.

Visual feedback

  • — Uploading → scanning → result state progression
  • — Consistent naming: "ID Verification" / "Police Check"
  • — Specific errors, one action per step

Human + AI balance

  • — AI handles clear approvals
  • — Certn.co for accredited background checks
  • — Human reviews edge cases

95%↓

verification time
3–5 days → 2 hours avg.

67%↓

fewer document
resubmissions

Solution 02

Smart search for pet owners

Problem

23 minutes scrolling generic profiles with no way to gauge fit.

Solution

Preference-based matching with plain-language reasons on every result.

Iterative Design Process

Getting there — early direction & wireframe explorations

Low-Fi Explorations → Plain-Language Rationale

Key pivot: Raw percentage scores ("94% Match") felt arbitrary in testing. Replaced with plain-language reasons ("3 years with senior dogs") on every card.

Smart search early low-fidelity wireframe explorations collage
Early Wireframe Iterations — Preference Input & Search Matching FlowExploring preference inputs, filter states & match display options

❌ Explored: Raw % Match Score

Bare percentages created skepticism — owners couldn't verify the number.

✓ Adopted: Plain-Language Reasons

"Experienced with anxious pets" / "Live within 1 km" — verifiable at a glance.

Solution 02: User Flow Diagram

Owner Journey & AI Logic Touchpoints
01. StartOwner Enters Search
→
02. InputPreference Questions
→
03. AI StateAI Matching Progress
→
04. ResultsRanked Results
→
05. ProfileWhy Match Profile
→
06. GoalBooking Confirmed

Before

Legacy search result screen

Generic list, 23 min decision time

After

Smart matching, 8 min to book

Preference input search filters
Preference inputA few targeted questions — not a filter wall.
Matching in progress state
Matching in progressShows what it's checking so the wait feels purposeful.
Ranked results AI generate state
AI ranking stateReal-time scoring against pet-specific requirements.
Why this match works profile screen
Why this match worksCompatibility reasons highlighted in profile view.

What the matching model weighs

Pet characteristicsSitter specializationProximity & availabilityBooking history for similar petsOwner feedback over time

Explaining AI decisions

Users needed to know why, not just who. Every result shows:

  1. Primary match reason
  2. Secondary factors (location, availability)
  3. One genuinely different alternative

65%↓

search time
23 min → 8 min

58%↑

search-to-booking
conversion, this feature alone

Solution 03

AI-assisted profile builder for sitters

Problem

Sitters didn't know what to highlight — generic profiles don't get booked.

Solution

Guided profile flow with AI writing assistance, optimized for what owners search for.

Iterative Design Process

Getting there — early direction & wireframe explorations

Low-Fi Explorations → Human-in-the-loop Model

Key pivot: Auto-published bios felt generic and inauthentic. Switched to "AI drafts, human edits and approves" — writing assistant, not decision maker.

AI profile builder early low-fidelity wireframe explorations collage
Early Wireframe Iterations — Dynamic Questioning & Bio Generator FlowExploring prompt inputs, draft previewing & edit controls

❌ Explored: Auto-Published Bio

Generic AI text that sitters disowned. Low engagement, manual rewrites.

✓ Adopted: AI Drafts, Human Approves

Dynamic questions → editable first draft. Sitter keeps full ownership.

Before

Legacy profile creation screen

Blank text fields, generic bios

After

AI-guided drafting, sitter approval

Profile photo and experience details input
Profile & experience detailsDynamic prompts surfacing specialized qualifications sitters might forget to highlight.
Choose service screen
Choose serviceGuided sitter service selection with clear scope and pricing defaults.
Service AI recommendation screen
AI service recommendationSmart suggestions based on local Australian market demand and sitter background.
Choose pet type preferences screen
Choose pet typeSpecifying pet handling experience (dogs, cats, senior pets, medical care).
Home address and service radius setup screen
Location & service radiusDefining home location and travel boundaries for nearby booking queries.
Drafting not deciding state
Drafting, not decidingFramed as a first draft the sitter reviews — never published automatically.
Theirs to edit finished profile
Theirs to editClear edit prompts keep the sitter in full control of their authentic voice.

Step 1

Experience analysis

Adaptive questions surface specializations.

Step 2

Smart suggestions

Bio writing help + local market pricing guidance.

Step 3

Profile strength

Real-time meter with actionable tips, not just a %.

AI writing assistant in practice

"I love dogs""I specialise in anxious rescue dogs with 3 years of behavioural rehabilitation experience."

71%↑

profile completion
52% → 89%

4 days

avg. time to first booking
down from 2 weeks

Technical implementation

Proven services wired together — my effort went into how results are shown and explained.

Document processingCertn.co + Google Cloud Vision (OCR)
Recommendation engineCustom model on booking-success patterns
Content generationOpenAI API, for profile writing help
Performance analyticsCustom tracking on match accuracy

Data privacy & ethics

  • ✓ Personal data encrypted and anonymized before training
  • ✓ Clear, explicit consent for every AI-powered feature
  • ✓ Opt-out available for any AI functionality
  • ✓ Regular bias audits across pet type, price tier and region

Full funnel breakdown

Projected results, full funnel

(Same modeling basis as above — shown together here to illustrate compounding impact across the three features.)

95%↓

Verification time — 3–5 days → 2 hours

65%↓

Search duration — 23 min → 8 min

71%↑

Profile completion — 52% → 89%

171%↑

Booking conversion — 34% → 92%

73%↑

Repeat bookings — 45% → 78%

Search relevance lifted conversion 58% alone. Layered with faster verification and stronger profiles, platform-wide improvement compounds to 171%.

+42%

total platform bookings

$2.3M

additional revenue, 6 months post-launch

−29%

customer support volume

These are pre-launch projections presented to stakeholders to prioritize the roadmap — not yet validated against live usage. I'll update this case study with real numbers once the features ship.

What I learned

01

Visible reasons > bare scores.

"3 years with senior dogs" builds more trust than "94% Match" ever could.

02

Speed without transparency feels reckless.

The fix wasn't slowing down — it was showing what's happening honestly.

03

AI should draft, never publish.

Every AI output is a first pass the human reviews.

04

The best AI feature is invisible.

Users said "I found the right sitter fast" — not "I love the AI."

Looking ahead

Next: seasonal recommendations, pet health data integration, predictive sitter availability. Same foundation — technology that helps humans decide better.

Get in touch

What’s next? Feel free to reach out to me if you are looking for a designer/coder, have a query, or simply want to connect.

uxbyganesh@gmail.com

+91 9867735357

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