NEPTUNE represents an innovative software and hardware fusion driven by AI, revolutionizing Aquarium Management for everyone.
At its core, NEPTUNE prioritizes the well-being and needs of our aquatic companions. The end result manifests as a mobile application that guides users in selecting the ideal fish tank to cater to their specific pet, complemented by hardware that seamlessly automates and monitors crucial elements like heating, lighting, bio waste, and ammonia levels.
In this venture, a profound emphasis is placed on harnessing the power of AI in a conscientious manner to elevate the user's journey and enrich their experience in the realm of fishkeeping.
Problem - Many fish enthusiasts are left without sufficient guidance, potentially causing harm to their man-made environment and compromising the well-being of their aquatic companions.
Goal - Neptune's aim is to empower users like you to transform your fishkeeping journey. Through the integration of cutting-edge AI tools, our objective is to provide you with the expertise and resources required to nurture vibrant, environmentally-conscious aquariums.
User Research
In our user research, we conducted a combination of qualitative and quantitative methods to gain insights into the needs, preferences, and behaviors of fishkeepers. Initially, we had assumptions about the primary pain points and challenges users face in maintaining aquariums, as well as their level of interest in adopting AI technology for fishkeeping.
However, after conducting research through interviews, surveys, and observation, our assumptions evolved. We discovered that while users do face common challenges such as water quality management and fish health, their interest in AI technology varied. Some expressed enthusiasm for AI-powered assistance, while others preferred a more hands-on approach. These insights guided us in refining our product's value proposition and tailoring features to meet the diverse needs of our user base.
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Important Definitions
Ethical Fishkeeping Practices
Ethical Fishkeeping Practices involve principles for responsible and humane care of aquatic life in controlled environments. It prioritizes fish well-being, ecosystem sustainability, and minimizes harm to the environment. This includes providing suitable habitats, nutrition, and healthcare while avoiding practices that cause stress or disrupt natural behaviors. It also emphasizes education for long-term welfare.
Nitrogen Cycle Within Aquariums
The Nitrogen Cycle in Aquariums refers to the biological process where beneficial bacteria convert toxic ammonia from fish waste into less harmful compounds, ultimately maintaining a healthy aquatic environment.
Aquariums Maintenance
Aquarium Maintenance involves regular tasks and upkeep necessary to ensure a healthy and thriving aquatic environment. This includes water quality testing, cleaning, equipment checks, and providing proper care for the inhabitants.
Aquarium Maintenance involves regular tasks and upkeep necessary to ensure a healthy and thriving aquatic environment. This includes water quality testing, cleaning, equipment checks, and providing proper care for the inhabitants.
Current Fishkeeping Care Steps
Ideation (Problem Analysis)
Simplifying Task Flow
Fishkeeping tasks can be intricate and time-consuming. NEPTUNE addresses this by automating reminders and offering step-by-step sustainable practices. This simplifies the process for aquarium enthusiasts, making it easier to maintain a sustainable aquarium environment.
Creating a Comprehensive Resource
NEPTUNE aims to be a central hub of information for anyone interested in having aquatic pets. It provides clear and accessible guidance on how to ensure the well-being and happiness of their pets. This includes practical tips, educational content, and product recommendations aligned with sustainable principles.
Initial Design
Unmoderated Usability Study Key Findings:
Onboarding Clarity:
Participants expressed the need for more concise and straightforward onboarding instructions. Clear, step-by-step guidance and visual cues can enhance the onboarding process and reduce user friction.
Visual Hierarchy:
Participants expressed a desire for clearer visual cues, such as visual hierarchy and feedback, to guide them through the application.
Contextual Help & Support
Providing in-app contextual help, tutorial videos, or access to a knowledge base will assist users in overcoming challenges and building confidence in their fishkeeping journey.
Refined Design
Hi-Fi Prototype
I iteratively refined my high-fidelity prototypes by integrating feedback from peers. This collaborative effort led to an enhanced design, guaranteeing a smooth user experience and efficient navigation across the application's diverse screen variations and user flows.
One participant remarked, "The design is clean and user-friendly, making it easy for me to navigate and stay organized with my aquarium tasks."
Impact
This project significantly enhances the user experience in fishkeeping by providing clear guidance and simplifying complex tasks. It empowers individuals to adopt sustainable practices, contributing to the well-being of manmade aquatic environments.
Next Steps
Creating a Working Chatbot
Mockups of
Hardware
Further Iteration on Design
Creating a Working Chatbot
Mockups of
Hardware
Further Iteration on Design
What I Learned
Through this project, I delved into the intricacies of user-centered design, realizing the profound impact of iterative improvements. Embracing feedback and conducting extensive research and usability studies were instrumental in creating an application that resonates with users. One unique lesson learned was the value of unmoderated testing, providing invaluable insights that might have been missed otherwise. Additionally navigating the complexities of hardware integration highlighted the challenges in designing a comprehensive system, forcing me to emphasize its necessity through innovative approaches. This experience illuminated potential bottlenecks in new technologies, emphasizing the need for creative problem-solving and thorough consideration of all variables when designing for user experiences.
