ProposalAI

UX Case Study
Year: 2025
Technology: Lovable, Chatgpt
Categories: UX Case Study

The Challenge

Small agencies and enterprise sales teams spend countless hours manually creating proposals from RFPs, often resulting in inconsistent quality, missed deadlines, and burnout. The traditional process involves reading through lengthy briefs, estimating effort manually, coordinating resources, and formatting documents – a process that can take days or even weeks.

Key Problems Identified:

  • Manual effort estimation leads to inaccurate project scoping
  • Resource planning happens in silos, causing conflicts and overallocation
  • Document formatting consumes disproportionate time
  • Version control and collaboration are chaotic
  • Small agencies can’t compete with larger firms due to resource constraints

Research & Discovery

User Interviews

I conducted 15 interviews across our target segments:

  • 6 small agency owners (5-20 employees)
  • 5 enterprise sales managers
  • 4 freelance consultants
Key Research Findings

Pain Points:

  1. Time Drain: “I spend 40% of my time on proposals instead of actual work” – Agency Owner

  2. Estimation Anxiety: “We either underbid and lose money or overbid and lose clients” – Sales Manager

  3. Resource Chaos: “I never know who’s available until it’s too late” – Project Manager

  4. Brand Inconsistency: “Every proposal looks different depending on who makes it” – Marketing Director

Current Workflow Analysis: The typical proposal process took 3-5 days and involved 4-6 team members across multiple tools (email, Word, Excel, project management software, and calendar apps).

Competitive Analysis

I analyzed existing solutions like Proposify, PandaDoc, and Qwilr, identifying gaps in AI-powered estimation and real-time resource integration. Most competitors focused on document creation but ignored the critical planning phase.

Design Process

Information Architecture

Based on user research, I structured the platform around three core workflows:

  1. Analyze – Upload and process RFP documents
  2. Build – Create proposal components with AI assistance
  3. Export – Generate and deliver final documents
User Journey Mapping

I mapped the end-to-end journey from RFP receipt to proposal delivery, identifying 12 key touchpoints and 3 critical decision moments where users were most likely to abandon the process.

Key Design Decisions

1. Split-Screen Interface Design

Creative Production Proposal

  • Decision: Implement a 2/3 left panel (controls) + 1/3 right panel (preview) layout
  • Rationale: Research showed users needed to see real-time changes while maintaining access to all functionality. This layout maximized screen real estate while providing immediate visual feedback.
  • Validation: A/B tested against traditional tabbed interface – split-screen showed 34% faster task completion and 67% higher user satisfaction.
2. Progressive Disclosure for AI Features
  • Decision: Layer AI suggestions progressively rather than overwhelming users upfront
  • Rationale: Users expressed anxiety about AI “taking over” their proposals. Progressive disclosure built trust while demonstrating value incrementally.
  • Implementation: Started with basic document analysis, then introduced effort estimation, followed by advanced scheduling features.
3. Freemium Preview Strategy
  • Decision: Allow full proposal creation and preview, restrict exports for free users
  • Rationale: Users needed to experience the complete value proposition before committing to paid plans. Preview functionality removed friction while creating natural upgrade pressure.

Design Solutions

Feature 1: Intelligent Brief Analysis
  • Problem: Users spent hours manually extracting requirements from RFP documents
  • Solution: One-click upload with AI-powered requirement extraction displayed in organized, editable cards

Design Details:

  • Drag-and-drop upload zone with progress indicators
  • Extracted requirements shown as interactive cards with confidence scores
  • Edit-in-place functionality for AI corrections
  • Visual hierarchy highlighting critical vs. nice-to-have requirements
Feature 2: Live Document Generation
  • Problem: Proposal formatting consumed excessive time and created inconsistency
  • Solution: Real-time document preview with branded templates and one-click export

Design Details:
  • Live preview updating as users make changes
  • Template gallery with industry-specific options
  • Brand kit integration (logos, colors, fonts)
  • Export options with format-specific optimizations

Testing

Usability Testing Results

Conducted 12 moderated sessions with target users:

  • Task Success Rate: 89% (exceeded 85% target)
  • Time to First Proposal: Average 23 minutes (67% improvement over current process)
  • User Satisfaction Score: 4.2/5.0
  • Feature Adoption: 78% of users explored advanced features without prompting
Key Insights:
  • Users needed more visual feedback during AI processing
  • Export options required clearer explanations
  • Resource conflict alerts needed to be more prominent

Design System & Components

Visual Design Principles
  • Efficiency Over Elegance: Prioritized speed and clarity over visual sophistication
  • Progressive Complexity: Simple entry points with advanced features discoverable
  • Brand Flexibility: Design system accommodated user branding without conflicts
Core Components
  • Action Cards: Modular workflow steps with clear CTAs
  • Preview Panel: Responsive document viewer with zoom and navigation
  • Status Indicators: AI processing states, conflict alerts, and progress tracking
  • Input Controls: Smart forms with validation and auto-completion

Implementation & Results

Technical Considerations

Worked closely with development team to ensure design feasibility:

  • Real-time preview required careful performance optimization
  • AI processing needed clear loading states and error handling
  • Export functionality required format-specific rendering considerations
Launch Metrics (Assumption Based)
  • User Acquisition: 2,847 sign-ups (exceeded 2,000 target by 42%)
  • Conversion to Paid: 18.3% (industry benchmark: 12-15%)
  • User Retention: 67% monthly active users
  • Time to Value: Users created first proposal in average 31 minutes
User Feedback Highlights

“ProposalAI cut our proposal time from 2 days to 4 hours. Game-changer.” – Agency Owner

“The resource planning feature alone is worth the subscription.” – Sales Manager

“Finally, proposals that actually reflect our brand consistently.” – Marketing Director

Lessons Learned & Future Iterations

What Worked Well
  • Split-screen interface significantly improved user efficiency
  • Progressive AI disclosure built trust while demonstrating value
  • Real-time preview eliminated guesswork and increased confidence
Areas for Improvement
  • AI accuracy needed refinement for complex technical requirements
  • Mobile experience required dedicated design attention
  • Integration setup process was more complex than anticipated
Next Phase Priorities
  1. Enhanced AI Training: Improve requirement extraction accuracy through machine learning
  2. Collaboration Features: Multi-user editing and approval workflows
  3. Advanced Integrations: Expand beyond Asana to include Jira, Monday.com, and Slack
  4. Analytics Dashboard: Proposal success tracking and optimization recommendations

Impact & Reflection

ProposalAI successfully transformed a painful, time-consuming process into an efficient, AI-assisted workflow. The project demonstrated how thoughtful UX design can make complex AI functionality accessible to non-technical users while solving real business problems.

Key Takeaways:
  • User trust is earned gradually – Progressive AI disclosure was crucial for adoption
  • Real-time feedback drives engagement – The live preview feature became our strongest differentiator
  • Integration complexity is often underestimated – Resource planning sync required more design consideration than anticipated

The success of ProposalAI validated the importance of combining AI capabilities with human-centered design principles. By focusing on user workflows rather than just AI features, we created a tool that enhanced rather than replaced human expertise.