AI-POWERED CO₂ Tracker

EcoTrack: A Real-Time Carbon Emission Tracking App


EcoTrack: A Real-Time Carbon Emission Tracking App


EcoTrack: A Real-Time Carbon Emission Tracking App


Overview

Overview

EcoTrack is a real-time carbon emission tracking app that provides users with live insights into their carbon footprint based on daily activities

Role

Role

Product Designer
Product Manager

The Problem: Why I Even Thought About This

The Problem: Why I Even Thought About This

A few months ago, while moving out of my apartment, I was struck by the sheer amount of hidden waste—expired food, half-used products, forgotten items—all tossed into overflowing trash piles. A joke from my roommate about our “carbon footprints” lingered with me, prompting a deep dive into carbon emissions and how we track them. I discovered most apps relied on long forms, manual inputs, or rough estimates—making sustainability feel like a chore. That moment sparked a question I couldn’t shake: What if tracking your carbon footprint was so effortless, people actually did it?

Solution

EcoTrack app prototype:

Figma Link

Github Link

1) UX Research

Part 1: Understanding the Landscape

Part 1: Understanding the Landscape

Part 1: Understanding the Landscape

User Research: Competitive Analysis

User Research: Competitive Analysis

💡 Why did I do this?

Before designing, I explored existing apps like Capture, Commons, Earth Hero, and Aerial to understand what worked and what didn’t. I wanted to solve real user problems—not reinvent the wheel or add to the clutter.

🔹 Categories Analyzed:

I analyzed five key areas: data accuracy, automation, scope, privacy, and user engagement. This helped me uncover where current apps fall short and what users actually need.

🔹 Insights and Learnings:

User Research: Interviews

I used Google Forms to reach out to user participants on social media through platforms like facebook groups, discord communities, linkedIn UX research groups etc.

💡 Why did I do this?

User interviews revealed how people truly perceive their carbon footprint and the gaps in their daily sustainability efforts. These insights became the backbone of EcoTrack’s user-focused design and features

🔹 Insights and Learnings

Awareness Gap

Awareness Gap

Users want to be sustainable but don’t know where to start

Users want to be sustainable but don’t know where to start

Need of Real-world comparisons

Need of Real-world comparisons

Real-world comparisons can probably increase engagement

Real-world comparisons can probably increase engagement

Privacy Concerns

Privacy Concerns

Users fear constant tracking

Users fear constant tracking

Manual Tracking Fatigue

Manual Tracking Fatigue

Users prefer automated tracking via GPS and smart devices

Users prefer automated tracking via GPS and smart devices

Suchi: Marketing Manager, 32. Expand for Suchi's interview
Ryan: Student, 22. Expand for Ryan's interview

Quotes from Interviews

User

"I recycle and turn off lights, but I never thought about my Uber rides

or my morning coffee. It’s scary to think I might be contributing

way more than I realize"

"I recycle and turn off lights, but I never thought about my Uber rides

or my morning coffee. It’s scary to think I might be contributing

way more than I realize"

User

"I’d love to be more eco-friendly, but I don’t have time to log every

meal or trip"

"I’d love to be more eco-friendly, but I don’t have time to log every

meal or trip"

User

"I don’t want an app tracking me 24/7. But if it’s helping me make

better choices and I have control, I’d feel okay about it"

"I don’t want an app tracking me 24/7. But if it’s helping me make

better choices and I have control, I’d feel okay about it"

Affinity Mapping:

Affinity Mapping:

💡 Why did I do this?

By creating proto-personas from secondary research, I clarified user motivations, behaviors, and gaps. This early affinity mapping grounded EcoTrack’s direction in real needs, not assumptions.

Conceptualizing User Flow

Once I zeroed down to the solution for the real-time carbon footprint tracking, I needed a starting point to start shaping up my ideas. I put down a user flow as the first step towards execution:

Part 3: Wireframing and Low Fidelity Design

Part 3: Wireframing and Low Fidelity Design

Part 3: Wireframing and Low Fidelity Design

Next I started putting the conceptualized user flow into rough sketches. The sketches were a part of my brainstorming to purely to put my thoughts on paper

This version had the basics right, but users felt a bit lost — no welcome, unclear icons, and too much info at once. It wasn’t obvious where to start, so people missed key features like tracking. Usability testing made those gaps clear, helping shape the cleaner, simpler version that followed.

🔹 Insights and Learnings:

What worked


1. Onboarding flowed really well

2. Tracking starts automatically and users can customize it

3. Users felt engaged and intrigued while navigating the app

What didn’t work


1. Users didn’t navigate to settings intuitively at the first time

2. The graphs on dashboard weren’t as expected

Recommendations


1. Track button placement

2. Labels for Nav Bar

3. Cleaner and organized dashboard

Low-Fidelity - Iteration 2

The second iteration, was a little refined one or lets say intermediate stage before I turned to high fidelity designs. By this time, I had finalized my font, button shape components, CTAs and logo

Part 4: High Fidelity Designs

Part 4: High Fidelity Designs

Part 4: High Fidelity Designs

Part 4: Designing Key Features

Part 4: Designing Key Features

Part 4: Designing Key Features

Painpoint:

"I had to enter, like, what transport I took and how much I spent on stuff. I tried adding a few things, but it was just too much work"

Solution:

Users can track their carbon footprint in real-time without manually inputting data

📍Tracking Carbon Footprint in Real-time

📍Tracking Carbon Footprint in Real-time

⚡️User friendly CO2 Emissions display

Painpoint:

"There were all these numbers and charts and it was just difficult to understand. I mean, I get that it’s about emissions, but I never understood what they really meant"

Solution:

Users can easily understand the day-to-day impact of their activities through simplified and minimal numbers display

Holistic Tracking of Home Energy and Food Consumption

Painpoint:

"I mainly struggled to keep track of my usage of home appliances"

Solution:

Users can track their energy and food consumption in real-time

Smart Tracking Mode Selection

Painpoint:

"I don’t want an app that kills my battery while tracking in the background"

Solution:

Users can choose between Smart Mode (motion-based GPS) or Always-On (high accuracy) in settings. A Low Power Mode auto-pauses GPS when battery drops below 20%, with a grayed-out GPS icon for clarity

Privacy Concerns Over Location Tracking

Painpoint:

"I don’t want my exact location constantly being tracked and stored"

Solution:

Anonymous Mode lets users track emissions without storing location data, ensuring privacy while maintaining functionality. This fosters trust and peace of mind, reducing anxiety about tracking and data misuse.

🏆Activities, Community & Rewards

Screens:

  • Activity History · Analytics Overview · Community Challenges · Personal Goals & Rewards

Purpose:

This section offers users a complete journey—from understanding their carbon footprint to taking action and staying motivated

Users can explore their historical data and visualize impact through insightful analytics.

  • The Community page, inspired by 60% of user feedback, boosts accountability and engagement via social challenges.

  • The Goals & Rewards page uses gamification to help users set personal sustainability goals and earn rewards—turning small actions into long-term habits.

Part 6: Learnings

Part 6: Learnings

Part 6: Learnings

Simplicity is Key for User Adoption

  • Users prefer passive tracking over manual input. Reducing friction in onboarding & data entry boosts engagement.

Clear, Actionable Insights Over Raw Data

  • Users don’t connect with abstract CO₂ numberscontextual comparisons (e.g., “You saved emissions equal to 10km of driving”) enhance understanding.

Gamification & Community Increase Retention

  • Challenges, badges, and leaderboards make sustainability engaging. Social comparison and motivation help drive behavior change.

Trust & Transparency in Tracking

  • Users fear intrusive tracking. A privacy-first approach (on-device processing, opt-in tracking controls) increases confidence.

Personalization Improves Relevance

  • Different users have different goals (students, professionals, families). Custom recommendations & adaptive UI create a better user experience



—>

Back to Top

—>

Back to Top