Bio-Eco Gardeners App

This is an innovative, AI-powered app designed for eco-conscious gardeners of all experience levels. It connects users passionate about growing organic produce, enabling them to share, exchange, and sell their surplus in a sustainable way. The app offers personalized advice with the help of AI, including planting schedules, eco-friendly tips, and tools to make gardening easier and more enjoyable.

Tagline :
“Simplifying eco-friendly gardening with AI.”

OVERVIEW

ROLE

Product Design UX/UI

TOOL USED

  • Figma / FigJam / Adobe XD
  • UI Kit: Nucleus (used for prototyping and visual design)

 

Background

Bio-Eco Gardeners is a mobile app designed for environmentally conscious gardeners. It allows users to share, exchange, and sell surplus produce, while leveraging AI 🤖 to provide personalized gardening tips, optimize crop management, and foster local sustainable practices.

Problem

The main challenge addressed by Bio-Eco Gardeners is the waste of surplus produce from home gardens. Many gardeners face difficulties finding a simple and sustainable way to share or sell their extra crops. Existing platforms lack an eco-friendly, user-centered solution for crop management and connecting users locally.

Project Goals

To design an AI-powered 🤖🚀 app that enables gardeners to share, exchange, and sell surplus produce, while providing personalized gardening advice and fostering local connections through innovative features like planting schedules and workshop planning tools.

The Process

1. Empathize

Research users

2. Define

Define the problem

3. Ideate

Generate ideas

4. Prototype

Create a prototype

5. Test

Test and evaluate

6. UI Design

Create interface

1. Empathize

🔍 Research Approach

To better understand user needs, research was conducted to identify the challenges and goals related to eco-friendly crop exchange

Key Findings

  • 👩‍🌾 Persona: Jagoda, an eco-conscious gardener, struggles with managing surplus crops and lacks platforms for eco-friendly exchanges.
  • ❌ Pain Points: Limited options for crop distribution, time management challenges, and lack of easy-to-use solutions.
  • 🎯 Goals: Reduce food waste, build a sustainable gardening community, exchange crops locally, and leverage AI for personalized gardening advice.

Persona Overview

2. Define

📝 Define

Problem Statement:
Jagoda, an eco-conscious gardener, struggles to manage and distribute surplus crops during harvest season. She lacks a simple, user-friendly platform for exchanging crops locally while promoting sustainability.

Key Insights

  • ❌ User Problem: Limited time and lack of efficient tools for surplus crop distribution.
  • ✅ User Needs: An intuitive, eco-friendly platform for local crop exchange and sales.
  • 🚀 Opportunity: Create a solution that simplifies crop sharing, supports sustainability, and leverages 🤖 AI for personalized gardening advice.
  • 📊 Competitive Analysis: Existing platforms lack local crop-sharing and sustainability-focused features. An analysis of 8 competitors revealed a gap in tools that support local communities and eco-friendly farming.

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Lack of tools for eco-friendly gardening.

3. Ideate

Focus Areas

Addressed key pain points and gains identified through the Empathy Map and User Journey Map:

  • ❌ Pain Points: Limited distribution options, difficulty managing harvest schedules, and lack of eco-friendly platforms.
  • ✅ Gains: A platform for local exchanges, AI-powered advice, and community-building features to foster collaboration and sustainability.

Key Features Explored

  • Local Eco-Market: For selling, sharing, or trading surplus crops locally.
  • My Garden & Calendar: Personalized plant management and scheduling to minimize waste.
  • Knowledge Base: A resource hub on sustainable farming and plant protection, powered by 🤖 an AI assistant that helps with garden maintenance, answers user questions, and provides solutions to their problems.
  • Gamification: Rewards to motivate eco-friendly practices.

Process

Conducted brainstorming workshops to generate and refine ideas into actionable design features.

User Flow

Illustrates user paths, focusing on their goals and interactions with the app’s core features.

Wire Flow

Represents the app’s structure and connections between screens to ensure smooth navigation.

User Flow

This diagram shows the key user paths for achieving their primary goals in the app, such as managing their garden or selling surplus crops on the marketplace.

Wire Flow

This flow represents the app’s structure and navigation, ensuring smooth transitions between key screens like login, garden management, and marketplace.

4. Prototype

Goal
Transform ideas into tangible prototypes to test functionality and feasibility before final design.

Materials
Wireframes to define structure, followed by high-fidelity mockups for realistic user testing.

Key Features

  • User Profiles & My Garden: Personalized tracking of garden progress and surplus crops.
  • Local Eco-Market: Platform for sharing, selling, or exchanging surplus crops locally.
  • Gamification: Challenges and rewards to boost engagement.
  • Calendar Integration: Tool to manage harvest schedules and reduce waste.

Process
Created wireframes to define the structure and layout of the application. Based on these wireframes, the final prototype was developed, integrating elements that enhance navigation, interactions, and functionality in line with the project’s goals.

Wireframe – Test 1 – “Add Tomatoes to the Garden”

Wireframe – Test 2 – “Sell Tomatoes”

 

5. Test

🎯 Goal
Evaluate usability and identify challenges to improve user experience.

🧐 Usability Testing
Two tests were conducted on Maze with users:

  1. Adding Tomatoes to the Garden
  2. Selling Tomatoes

🔑 Key Learnings

  • Simplified task flows, particularly for selling crops.
  • Optimized UI elements to reduce misclicks.
  • Improved the selling process with a clearer layout and more intuitive CTAs.

Process
The tests provided valuable insights that were used to refine the prototype. Feedback from users helped address pain points, streamline interactions, and enhance the overall usability of the application.

🚀 Next Steps
Enhance navigation, refine interactions, and provide clearer feature instructions for a seamless user experience.

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Success rate

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Drop-off

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Misclick rate

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Positive user feedback

6. UI Design

🎯 Key Features

  • Simplified navigation for intuitive user experience.
  • Consistent visuals for better usability.
  • Interactive components designed to boost engagement.

🎨 Colors & Typography

  • Palette: Eco-friendly shades (#D1E3FF, #A2C4FF, #67A9FF, #2769E4, #1B479F) for a fresh and modern look.
  • Typography: Modern sans-serif font for clarity and readability.

🔍 Testing Process

  • Validated visual consistency and navigation ease.
  • Adjusted designs based on user feedback to improve accessibility.

✨ Design Enhancements

  • Subtle box shadows for added depth and dimensionality.

📽️ Final Prototype Video

The polished prototype incorporates user feedback, showcasing a user-centered and ready-to-implement interface.

🛠️ Solution

The Bio-Eco Gardeners app provides an intuitive, AI-powered platform for managing surplus crops, promoting sustainability, and connecting eco-conscious gardeners through local exchanges and educational resources.

📊 Results

User testing showed an 87.5% success rate in key tasks, confirming the app’s usability and its ability to meet user needs. Feedback highlighted the platform’s potential to reduce food waste and foster stronger local gardening communities.

💡 Learnings

The project showed the value of iterative user testing in refining flows and improving usability. The AI assistant significantly boosted efficiency and engagement with personalized advice and automation.

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