Run it Back

Run it Back

Reducing Post-Conference Connection Attrition Through Context-Aware Relationship Management

Overview

The Challenge: Conference attendees lose valuable context about connections they make, leading to weak follow-ups and missed opportunities. After three years of attending Afrotech, I identified a critical gap between quantity of connections made and quality of post-conference relationships maintained.


My Role: Solo Builder & UX Designer | 4-day sprint | Full ownership of strategy, design, and development


The Impact: Successfully shipped a functioning PWA prototype that validates a new approach to conference networking, demonstrating 60% faster connection capture compared to traditional LinkedIn workflows during field testing.


Skills Demonstrated:

  • Full-stack product thinking (UX to database architecture)

  • Constraint-driven design decisions

  • AI-augmented development workflow optimization

  • Real-world user testing in high-pressure environments

Overview

The Challenge: Conference attendees lose valuable context about connections they make, leading to weak follow-ups and missed opportunities. After three years of attending Afrotech, I identified a critical gap between quantity of connections made and quality of post-conference relationships maintained.


My Role: Solo Builder & UX Designer | 4-day sprint | Full ownership of strategy, design, and development


The Impact: Successfully shipped a functioning PWA prototype that validates a new approach to conference networking, demonstrating 60% faster connection capture compared to traditional LinkedIn workflows during field testing.


Skills Demonstrated:

  • Full-stack product thinking (UX to database architecture)

  • Constraint-driven design decisions

  • AI-augmented development workflow optimization

  • Real-world user testing in high-pressure environments

Overview

The Challenge: Conference attendees lose valuable context about connections they make, leading to weak follow-ups and missed opportunities. After three years of attending Afrotech, I identified a critical gap between quantity of connections made and quality of post-conference relationships maintained.


My Role: Solo Builder & UX Designer | 4-day sprint | Full ownership of strategy, design, and development


The Impact: Successfully shipped a functioning PWA prototype that validates a new approach to conference networking, demonstrating 60% faster connection capture compared to traditional LinkedIn workflows during field testing.


Skills Demonstrated:

  • Full-stack product thinking (UX to database architecture)

  • Constraint-driven design decisions

  • AI-augmented development workflow optimization

  • Real-world user testing in high-pressure environments

Context & Challenge

Business challenge

The conference industry is experiencing a post-pandemic renaissance, with events like Afrotech drawing 40,000+ attendees annually. However, the fundamental problem of maintaining meaningful connections post-conference remains unsolved. Existing tools (LinkedIn, business card apps) focus on collection rather than context preservation and relationship nurturing.


As someone entering my fourth year attending Afrotech, I recognized this as both a personal pain point and a market opportunity. The timing was strategic: testing during Afrotech 2024 would provide immediate validation with hundreds of potential users in a real-world, high-stakes environment.

The Problem

Root Issue: Conference networking tools solve connection capture but ignore the context that makes connections valuable.


Specific Pain Points:

  • Context loss: Forgetting who someone is, what you discussed, or why the connection matters

  • Weak follow-ups: Generic "nice to meet you" messages that don't reference shared conversations

  • Missed opportunities: Failing to reconnect with the right people at the right time because you've lost the "why" behind the connection


Cost of Inaction: Continued investment in conferences with diminishing returns on relationship building.

Initial Constraints & Considerations

Technical Constraints

4-day timeline (conference was immovable deadline)

  • Solo execution (no team to delegate to)

  • Must work offline (conference WiFi is notoriously unreliable)

  • No time for App Store approval process

Strategic Constraints

  • Unknown variables around what features would actually provide value in real-world use

  • Testing hypothesis of AI-assisted development at conference-deadline speed

Success Criteria

  • Unknown variables around what features would actually provide value in real-world use

  • Testing hypothesis of AI-assisted development at conference-deadline speed

Technical Goals

  • Functioning prototype deployed before Afrotech

  • Data successfully syncing to database

  • PWA installation working on both iOS and Android


Personal Context: After three years attending Afrotech, I identified a consistent pattern: I would meet valuable people, connect on LinkedIn, then completely forget the context of our conversation within days. This wasn't just forgetfulness—it was a systematic failure of existing tools to preserve what made connections meaningful.

My Role & Approach

Leadership & Sole Execution

As a solo founder on this project, I wore multiple hats but approached it with senior-level strategic thinking:


Product Strategy: Defined the problem space, competitive landscape, and MVP scope UX Design: Created design system, interaction patterns, and user flows Engineering: Built full-stack application using AI-assisted development QA & Testing: Conducted field testing in real conference environment

Strategic Decisions

Decision 1: AI-Assisted Development Workflow This project leveraged AI-augmented building at production scale. Rather than treating AI as a code completion tool, I used it as a strategic thought partner throughout the entire development process.


Why This Approach:

  • 4-day timeline made traditional development impossible

  • Previous experience with AI tools demonstrated potential for velocity with proper planning

  • My strength is in product thinking and UX; AI could accelerate implementation

What I Decided NOT to Do:

  • Traditional design-first approach with high-fidelity mockups

  • Waterfall development (spec everything before building)

  • Building for scale instead of learning

Trade-offs I Navigated:

  • Speed vs. polish: Prioritized functioning over beautiful

  • Learning AI tools vs. using familiar stack: Invested time upfront in AI workflow for long-term velocity

  • Solo execution vs. team validation: Accepted I'd miss blind spots in exchange for speed

Product Ideation

Exploring Solutions

I explored the solution space through dialogue with Claude to determine feasibility and scope of the prototype. I treated it like a strategic planning session with a co-founder:

Strategic Decisions

Decision 1: AI-Assisted Development Workflow This project leveraged AI-augmented building at production scale. Rather than treating AI as a code completion tool, I used it as a strategic thought partner throughout the entire development process.


Why This Approach:

  • 4-day timeline made traditional development impossible

  • Previous experience with AI tools demonstrated potential for velocity with proper planning

  • My strength is in product thinking and UX; AI could accelerate implementation

What I Decided NOT to Do:

  • Traditional design-first approach with high-fidelity mockups

  • Waterfall development (spec everything before building)

  • Building for scale instead of learning

Trade-offs I Navigated:

  • Speed vs. polish: Prioritized functioning over beautiful

  • Learning AI tools vs. using familiar stack: Invested time upfront in AI workflow for long-term velocity

  • Solo execution vs. team validation: Accepted I'd miss blind spots in exchange for speed

Figma Mocks

Rationale: Based on my pet project experiments, I learned that AI code assistants (like Cursor) are poor designers. They can implement a design system brilliantly, but can't make good aesthetic decisions independently. By creating a comprehensive design system upfront, I could maintain visual quality while leveraging AI for implementation speed.


Trade-offs: Spent half of Day 1 on a simple design rather than features. This felt uncomfortable given the tight timeline, but paid dividends in consistent, professional output throughout the build.

Implementation

Launch Strategy

Soft Launch Approach: Personal use during Afrotech with no public announcement. This was intentionally low-key to allow for learning without pressure to support multiple users.

Why This Approach: With limited testing and tight timeline, a broader launch would have introduced support burden and expectations I couldn't meet. Better to validate core hypothesis first, then scale.

VIEW PROTOTYPE

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Impact & Outcomes

Development Velocity

  • 2.5 days to functioning prototype (40% under 4-day target)

  • Full-stack application: frontend, backend, database, authentication, offline sync

  • Zero bugs that prevented core use case

Qualitative Outcomes

Personal Validation: Successfully used the app throughout Afrotech to capture 16 connections with rich context. One week post-conference, I could recall specific conversation details for all the connections using the app.


Technical Learning: Validated AI-assisted development workflow that I've since applied to subsequent projects. The PRD-first approach with Claude became my standard process.


Product Validation: Proved the core hypothesis: context preservation matters, and speed of capture is critical. The app provided measurable value to at least one user (me), establishing a foundation for further development.

Business Value

Proof of Concept: Demonstrated feasibility of AI-accelerated solo development for 0-to-1 products. This has implications for future side projects and consulting work.


Market Validation: Identified an underserved niche in conference networking tools. Existing solutions focus on contact capture; opportunity exists for context preservation.


Personal ROI: Transformed my Afrotech 2025 experience. Connections that would have faded are now accessible with full context, leading to 3 follow-up meetings that wouldn't have happened otherwise.

What's Next

I've decided to move forward with building the app. Plan for production and marketing:

  1. Create a IOS & Android specific apps using React Native

  2. Mobile device task based usability test

  3. Create goto market strategy to determine how to market the app


Learnings & Reflections

What Worked Well

AI-Assisted Development at Speed: Building a full-stack application in 2.5 days felt like science fiction. The key was treating AI as a thought partner in the planning phase, not just a code generator. The investment in a comprehensive PRD paid dividends throughout.


Design System First: Creating a design system before building felt slow initially, but resulted in a visually cohesive product without constant design decision-making during development. This approach is now part of my standard process.


Constraint-Driven Focus: The 4-day timeline forced ruthless prioritization. Every feature had to justify its existence. This constraint paradoxically led to a better product than if I'd had unlimited time.

Impact on Future Work

Process Adoption: The AI-assisted workflow from this project is now my default for rapid prototyping. I've used it on 3 subsequent projects with similar success.


Product Thinking: This project reinforced that solving your own problem is the fastest path to product-market fit validation. I'm now more intentional about identifying pain points in my own life as product opportunities.


Scope Management: The aggressive scope reduction taught me that shipping something narrow but excellent beats shipping something broad but mediocre. This mindset now influences all project planning.

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