Marketplace · QA Talent Lead Product Designer · 0 → 1 Build

iTester Marketplace —
trust, verified.

From blank canvas to a two-sided marketplace where skill is proven — not claimed.

25+production screens
4trust features built
0 → 1marketplace launched
iTester Marketplace laptop and phone mockup — marketplace, profiles, and verification flows

Problem statement & business goals

0 → 1 blank canvas — no product, no templates, only a trust problem worth solving

Software companies needed QA professionals they could trust — but traditional hiring relied on resumes and interviews that couldn't verify real testing skill. Testers, meanwhile, lacked a platform that valued craft over credentials.

Problems identified

Unreliable talent poolsDifficulty finding reliable and skilled testers on freelance platforms
No verificationInconsistent quality and lack of verification across submissions
Unstructured workflowsNo structured workflow for testing projects from intake to delivery
Limited tester opportunityTesters struggle to get real project experience and stable income
Client riskHigh risk for clients due to unverified work and mis-hires

Business goals

  • Build trust through quality control and verification
  • Create structured opportunities for testers
  • Enable clients to get reliable testing output without managing freelancers
  • Establish a scalable and controlled marketplace model

My role: Lead Product Designer — authored the PRD, mapped user flows, designed every screen, and led end-to-end QA validation before launch.

Understanding the marketplace gap

Research before pixels — analyzing existing platforms, interviewing stakeholders, and mapping the full testing project lifecycle.

01

Analyzed existing freelance testing platforms and their gaps

02

Interviewed potential clients and testers

03

Mapped the end-to-end testing project lifecycle

04

Identified the need for a three-layer validation system

Key insight

Most testing marketplaces fail because they lack quality gates. Clients don't trust output, and skilled testers don't get fair opportunities.

Trust as a product feature

I authored the PRD and product architecture with one guiding question: How do you prove someone is truly good at what they do? Every screen and flow was designed to answer it.

Four trust features became the foundation — Credibility Score Engine, Device Lab Verification, Proof-of-Work Validation, and structured marketplace matching. User flows were mapped for both companies and testers, then translated into 25+ production-ready screens with QA validation at every step.

Design goals & success metrics

Every design decision tied to measurable outcomes — transparency for users, trust through verification, and fairness across both sides of the marketplace.

Design goal Success metric
Create a transparent and structured workflow Project completion rate
Build trust through verification layers Approval rate of submissions
Make the platform fair for both clients and testers Client satisfaction score
Reduce friction in project submission and review Tester retention and repeat engagement

Key design challenges & solutions

Four trust problems — each solved with a dedicated product feature and measurable outcome across the marketplace.

Challenge Solution Impact
Unverified tester skill Credibility Score Engine with transparent metrics Hire with confidence
No proof of testing environment Device Lab Verification workflow Hardware trust signals
Resume-only hiring Proof-of-Work Validation & project artifacts Skill over credentials
Fragmented marketplace discovery Structured matching — Find a Tester / Find Work paths Faster connections

In practice

Marketplace · Discovery Paths

Find a Tester page — company hiring path
Find a Tester
Find Work page — tester opportunity path
Find Work

Trust · Credibility & Device Lab

iTester credibility score screen
Credibility Score
iTester device lab verification screen
Device Lab

Click any screen to enlarge

Design process

A six-stage 0 → 1 practice — from product conceptualization and PRD through validated hi-fi screens and iteration.

Process followed

1

Product Conceptualization & PRD Creation

2

User Flow Mapping

3

Wireframing & Prototyping

4

High-fidelity UI Design

5

Usability Validation

6

Iteration Based on Feedback

Design process steps

Tools used Figma Adobe XD Miro

Every production screen — one marketplace

Twenty-five screens in MacBook Pro frames — 16:10 viewport, scroll inside each screen like a live website. Use arrows to browse screens.

iTester Homepage
↕ Scroll
Homepage
Find a Tester page
↕ Scroll
Find a Tester
Find Work page
↕ Scroll
Find Work
iTester marketplace screen
↕ Scroll
Marketplace
iTester tester profile screen
↕ Scroll
Tester Profile
iTester verification screen
↕ Scroll
Verification
iTester dashboard screen
↕ Scroll
Dashboard
iTester projects screen
↕ Scroll
Projects
iTester credibility score screen
↕ Scroll
Credibility Score
iTester device lab screen
↕ Scroll
Device Lab

Scroll inside each Mac screen · Use arrows to browse screens

User roles & personas

Three main user types — each with distinct goals and pain points mapped before a single hi-fi screen was drawn.

Role Goal Key Pain Points
Client Get reliable, verified testing output Unreliable freelancers, poor quality
Tester Work on real projects and earn fairly Lack of opportunities, unstable income
Admin Maintain quality and platform trust Manual review overhead, quality control

Client

Goal: Get reliable, verified testing output

Pain points: Unreliable freelancers, poor quality, high risk from unverified work

Tester

Goal: Work on real projects and earn fairly

Pain points: Lack of opportunities, unstable income, no proof-of-work visibility

Admin

Goal: Maintain quality and platform trust

Pain points: Manual review overhead, quality control at scale

User flows & journey architecture

Core system workflow

Client Submits Project Admin Structures Tasks Tasks Assigned Tester Executes 3-Layer Validation Delivered to Client Payment Released

Client journey

Submit Project Track Progress Receive Verified Report Approve Delivery

Tester journey

Browse Tasks Get Assigned Execute & Self-Check Submit & Earn

Three-layer quality validation

Layer Objective Key Activities
1 Tester Self-Check Pre-submission quality gate Mandatory checklist before task submission
2 Admin Review Validate reported output Bug verification, duplicate detection, severity checks
3 Final Approval Verified delivery only Approved work proceeds to client; payments released
iTester marketplace workflow diagram — client, admin, and tester journey
Marketplace Workflow Map

Click the diagram to enlarge

Impact & results

From blank canvas to launch-ready product — measurable outcomes across trust features, screen delivery, and end-to-end QA ownership.

0 → 1Architected QA talent marketplace from blank canvas to launch-ready product
25+Production screens designed and delivered across the ecosystem
4Trust features built — Credibility Score, Device Lab, Proof-of-Work & Matching
PRDAuthored product requirements, user flows, and led end-to-end QA validation
ManagedQuality-controlled ecosystem with admin-verified delivery and payments

Full case study document

Download the complete iTester case study — covering trust verification, device lab workflows, marketplace UX, and the full product architecture.