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Rhubarb is a smart gardening app that makes growing food at home easy. It uses AI to give you personalized advice on what to plant and how to care for it. You can also connect with other gardeners and local businesses, making it a friendly and helpful community for anybody who wants to grow their own food.

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Project Overview

Rhubarb aimed to revolutionize home gardening by creating an intuitive app that provides personalized guidance and fosters a community of growers. We partnered with them to develop robust and user-friendly Android and iOS applications, bringing their vision to life. 

Our team focused on building a seamless user experience, integrating AI-powered advice, and enabling community features. We ensured the apps were reliable and scalable, empowering users to confidently grow their own food.

  • Industry

    Horticulture 

  • Establishment

    2024

  • Headquarter

    New York, USA 

  • Business Type

    MNC

  • Our Role

    Design Development Deployment

Speedy Solutions

Committed to operational efficiency, we prioritize overcoming challenges and attaining goals promptly, emphasizing swift action, agility, and speedy results.

3 Weeks

Crafting the design

1 Months

Website development

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Scope of Project

  • Mobile Application Development (iOS & Android)

    Making apps that work directly on iPhones and Android phones, so they run well and are easy to use

    Keeping the app's look and feel the same on both types of phones but also following the design rules for each phone type.

  • AI Integration and Personalization

    Integrating the "Ruby" AI assistant to provide personalized gardening advice, including planting schedules, pest control, and maintenance tips.

    Developing algorithms to analyze user data and provide tailored recommendations based on location, climate, and user preferences.

  • Community and Social Features

    Implementing features for users to connect with other gardeners, join groups, and share gardening experiences.

    Enabling integration with local businesses and experts to foster a supportive gardening community.

  • Data Management and Backend Integration

    Developing a secure and scalable backend infrastructure to manage user data, plant information, and community interactions.

    Ensuring seamless synchronization of data between the mobile applications and the backend system. 

Project Goals

Create and release simple phone apps that help people and companies grow plants at home.

  • Develop Intuitive Mobile Applications

    Build simple and clear phone apps for Apple and Android, useful for new and expert gardeners.

  • Integrate AI-Powered Personalized Advice

    Implement "Ruby" AI to provide tailored gardening guidance, ensuring users receive relevant and timely information for their specific needs.

  • Foster a Thriving Gardening Community

    Build features that connect users, enabling them to share knowledge, experiences, and support within a vibrant community.

  • Enable Local Business Integration 

    Facilitate connections between gardeners and local businesses, providing access to relevant products and services within the app.

  • Ensure Data Security and Privacy 

    To keep users' information safe and private, put strong security in place, so people trust and feel good about using the app. 

  • Optimize Performance and Scalability 

    Develop applications that perform efficiently on various devices and can scale to accommodate a growing user base. 

  • Enhance User Engagement and Retention 

    Design features that encourage consistent usage and foster long-term engagement with the application.

  • Support the Shift to Edible Foodscapes 

    Contribute to the movement towards sustainable food production by making home gardening accessible and rewarding. 

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Project Challenges

Developing a comprehensive gardening app with AI integration and community features presented several unique challenges, requiring innovative solutions and meticulous execution.

  • Cross-Platform Consistency

    To make sure the app looked and worked the same on iPhones and Android phones, but still felt like it belonged on each, we needed to plan and build it carefully. We had to find a way to use the special features of each phone type while keeping the app feeling like one single thing.

  • AI Integration Complexity

    Integrating the "Ruby" AI assistant involved complex algorithms and data analysis. We had to ensure the AI provided accurate and personalized advice based on diverse user inputs and environmental factors.

  • Data Accuracy and Reliability

    Maintaining a reliable and up-to-date database of plant information, growing conditions, and pest control methods was crucial. We implemented rigorous data validation and quality control processes.

  • Community Feature Moderation

    Building a vibrant community required effective moderation to prevent spam, misinformation, and inappropriate content. We developed robust moderation tools and guidelines.

  • Scalability and Performance

    Ensuring the app could handle a growing user base and increasing data volume was essential. We designed a scalable backend infrastructure and optimized app performance for speed and responsiveness. 

  • Geolocation Accuracy

    Providing accurate plant recommendations and local community connections depended on precise geolocation data. We integrated reliable geolocation services and implemented error handling for location discrepancies. 

  • Offline Functionality

    Enabling users to access essential gardening information and features offline was important for users in areas with limited connectivity. We implemented offline data storage and synchronization. 

  • User Data Privacy

    Keeping user information safe and following privacy rules was very important. We put in place strong security and followed clear rules about data privacy.

  • Varied User Experience Levels: 

    Designing an app that catered to both beginner and expert gardeners required a balance of simplicity and advanced features. We implemented intuitive user interfaces and customizable settings. 

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Development Process

Our development process for the Rhubarb app was a structured and iterative approach, ensuring a high-quality, reliable, and scalable product.

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Development
  • We employed Agile methodologies, utilizing sprint-based development and continuous integration for efficient progress.
  • Native iOS and Android applications were developed using Swift and Kotlin, respectively, to optimize performance.
  • A modular architecture was implemented to facilitate future updates and seamless feature additions.
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Deployment

  • Automated deployment workflows were implemented for fast and reliable distribution to the App Store and Google Play Store.
  • Staged rollouts were used to monitor app performance and gather user feedback after each release.
  • Continuous monitoring of app health and performance metrics ensured ongoing stability. 
1

Testing

  • Comprehensive testing, including unit, integration, and UI testing, was conducted throughout the development lifecycle.
  • Beta testing with real users provided valuable feedback and helped identify potential issues.
  • Thorough cross-device and cross-platform testing ensured compatibility and consistency across all supported devices.
1

Security & Compliance

  • Industry-standard security protocols were implemented to protect user data. 
  • We ensured strict adherence to data privacy regulations, including GDPR and CCPA. 
  • Steady security audits and vulnerability assessments were conducted to maintain a secure environment.
1

Quality Assurance

  • We implemented rigorous code reviews and automated static analysis to maintain code quality and minimize errors. 
  • Automated testing pipelines were utilized to ensure consistent quality and provide rapid feedback. 
  • Performance testing was conducted to optimize app speed and responsiveness.
1

Scalability

  • A cloud-based infrastructure was designed to handle increasing user loads and data volume. 
  • Database optimization and caching strategies were employed to ensure efficient data retrieval.
  • Load testing was performed to simulate high-traffic scenarios and identify potential bottlenecks. 

Quokka Lab's Design and Development Journey with Rhubarb 

We teamed up with Rhubarb to build apps for people who grow things at home. Quokka Labs got really involved in what Rhubarb wanted to do, and we helped turn their ideas into working apps. We worked on everything from the first plan to putting the apps out there, making sure they were easy to use, had smart AI features, and a place where gardeners could connect. By working together, we used our app-making skills to help Rhubarb make a great place for all gardeners. 

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