Projects

Spheron Case Study
Spheron is a decentralized hosting solution that prioritizes security, privacy, and reliability. The product aims to empower individuals and businesses to harness the potential of Web 3, enabling them to build and participate in a decentralized and interconnected digital ecosystem. The document provides links to research reports, key findings, design concepts, information architecture, user flows, wireframes, design systems, and high-fidelity designs for developers and organizations.
Spheron
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Lead Designer
2022
Product Design, UX Research
User Research
I wanted to identify the need for decentralized hosting among developers & organizations. Understanding our users will help us improve the experience, and recommend solutions they need to get started with Spheron. Please check the docs given below to gain insights about the users:
Research Plan
Research Report
Key Findings
After conducting interviews with users, several key findings emerged regarding their expectations and preferences for features on Spheron. Please check the Miro board to gain insights about users’ needs:
Miro Board
Information Architecture, User Flows, and Wireframes
During the feature ideation phase of our project, we embarked on a journey to transform ideas into a tangible product. To achieve this, we focused on creating Information Architecture (IA) user flows and sketches as a means of visualizing our product. These IA user flows served as a blueprint, outlining the logical structure and organization of the user journey within the product.
Wireframes
After finalising the IA user flows and sketches, my next step in the design process was to create wireframes. Wireframes are essential visual representations of the product's layout, structure, and functionality, without the distractions of colours, visuals, or detailed aesthetics.
FigJam Board
Design System
Design System
After finalising the wireframes, the next step in the design process involved creating a design system. Creating a design system allowed us to establish a unified and cohesive aesthetic for the product. It provided a set of standardised styles, colours, typography, and iconography that maintained visual harmony throughout the user interface (UI). Color Palette We have chosen blue as the primary colour for our Web3 app for several reasons. The color blue represents both the sky and the sea and is associated with open spaces, freedom, intuition, imagination, and inspiration. By incorporating the colour blue into our design, we aim to create a visually stimulating and inspiring environment for our users within the Web3 app. The color's calming and soothing nature further enhances the overall user experience, promoting a sense of tranquility and trust.
High-fidelity Designs
After completing the design system, the final step in our design process was creating high-fidelity designs. These designs aimed to provide a detailed and polished visual representation of our design concept, bringing together all the refined visual elements, colours, typography, and realistic imagery. Please check the designs here:
For Developers
For Organisation
Thank You!
Thank you for taking the time to review this UX Case Study. Your engagement and insights are highly valued. If you have any further feedback or questions, please don't hesitate to reach out. Thank you again for your support and collaboration. **krati1812@gmail.com**

Demodyfi Case Study
This UX case study chronicles the journey of designing and developing Demodyfi, a brand-new cryptocurrency trading platform, from scratch. The focus was on creating an intuitive and seamless user experience that would attract and engage cryptocurrency traders, fostering trust and facilitating efficient trading processes. Please refer to the provided document for the detailed case study:
Demodyfi
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Product Designer
2022
Product Design, UX Research
Research & Analysis
Demodyfi is a cutting-edge decentralized finance (DeFi) platform that empowers users to access a wide range of financial services in a secure and efficient manner. Built on innovative blockchain technology, Demodyfi offers users the opportunity to trade, invest, and earn rewards while maintaining full control over their assets. To gain valuable insights into user needs and pain points, extensive user research was conducted. This included user interviews, surveys, and competitive analysis of other cryptocurrency trading platforms. The research findings highlighted the importance of simplicity, clarity, and real-time data visibility for traders.
Research Document
Key Findings
After conducting research, I have identified several key findings that can provide valuable insights into our users' requirements. Please check the **[Miro board](https://miro.com/app/board/uXjVM_0q0Lc=/?share_link_id=590138623316)** given below to get the insights:
Miro Board
Wireframes and Prototypes
Wireframes were created to visualize the platform's structure, layout, and content organization. Interactive prototypes were then developed, allowing for iterative design improvements. Please check the **[Miro board](https://miro.com/app/board/uXjVM_0q0Lc=/?share_link_id=590138623316)** given below to get the insights:
View Miro Board
High-Fidelity Designs:
A modern and minimalist design approach was adopted, utilizing a harmonious color palette, clean typography, and intuitive iconography to enhance usability and aesthetics.
Final Designs
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Yoga Learning App
In the realm of holistic health, yoga has gained significant popularity, boasting an impressive global community of over 300 million practitioners. Recognizing the immense potential for growth and accessibility, my UX research aims to develop an online platform dedicated to learning and practicing yoga. In this UX case study, I am focused on creating an intuitive online platform for learning and practicing yoga. Through user-centric research, my aim is to gain deep insights into the needs, preferences, and pain points of our target audience. By understanding their motivations and prior experiences with yoga, I can design a user-friendly interface that simplifies the learning process.
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UX Designer
2020
Product Design, UX Research
Yoga practitioners and what they need!
To gain insights into the needs of yoga practitioners and inform the development of a holistic yoga platform, a comprehensive research approach was undertaken. Here is an overview of the research process: Literature Review: A thorough review of existing literature and studies on yoga, its benefits, and the needs of yoga practitioners was conducted. This helped establish a foundational understanding of the subject and identify potential research gaps. Surveys: An online survey was designed and distributed to a diverse sample of yoga practitioners. The survey included questions about their experience level, goals, preferred learning methods, challenges faced, and desired features in a yoga learning platform. The survey responses provided quantitative data and initial insights into the target audience's preferences and needs. Interviews: In-depth interviews were conducted with a subset of survey participants to gain qualitative insights and a deeper understanding of their experiences, motivations, pain points, and expectations. These interviews allowed for personalized discussions and the opportunity to explore participants' perspectives in more detail. User Testing: A prototype of the yoga platform was developed, and user testing sessions were conducted with a select group of participants. They were observed as they interacted with the platform, providing feedback on its usability, clarity of instructions, effectiveness of learning resources, and overall user experience. The user testing sessions helped identify areas for improvement and gather valuable insights on user preferences and expectations. Data Analysis: Both qualitative and quantitative data collected from the surveys, interviews, and user testing sessions were analyzed to identify patterns, themes, and key findings. This involved categorizing responses, identifying recurring trends, and extracting meaningful insights that informed the design and development of the yoga platform. Iterative Design: The research findings were used to inform the iterative design process of the yoga platform. User feedback, preferences, and needs were incorporated into the platform's interface, features, content, and overall user experience to ensure alignment with practitioner expectations. Please review the Research Plan Doc and Research Report to gain a deeper understanding of my research process:
Research Plan
Research Report
Key Findings
By combining quantitative and qualitative research methods, a comprehensive understanding of the needs and preferences of yoga practitioners was obtained. The research findings served as a foundation for creating a user-centric and impactful yoga platform that addresses the diverse needs of practitioners, promoting their growth, well-being, and enjoyment of the yoga journey. Through my research, I have identified opportunities to build an online yoga learning platform that provides effective courses for learning yoga.
Miro Board
Wireframes
Following the research phase, wireframes were developed to lay out the visual structure and functionality of the yoga learning platform. These wireframes served as a blueprint for the design and development teams, providing a clear visual representation of the platform's interface and navigation flow.
Miro Board
Final Design
Finally I created the high-fidelity designs to provide a detailed and polished visual representation of our design concept. These designs incorporate refined visual elements, colors, typography, and realistic imagery to showcase the final look and feel of our product.
View Design
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Desserts Shop
In today's digital age, customers are increasingly turning to e-commerce platforms for their shopping needs, including food and beverage products. Our goal is to offer the customer with the most fresh & delicious desserts online.
Shrink
UX/UI Designer
2019
Product Design