SoloMe

• 

  landing Page

• 

  Resourse Moniter

• 

  Alerts and stuffs

Inspiration The idea to build this Lunar Resource Management & Optimization Platform was inspired by humanity's daring plan to return to the Moon and establish a permanent settlement by 2035. The challenge of managing scarce resources like water, oxygen, and power in such an extreme environment fascinated me. I wanted to create a system that goes beyond simple monitoring—one that predicts future shortages and optimizes resource use to help the lunar city not just survive, but thrive.

What it does This platform provides real-time monitoring of critical resources such as water, oxygen, power, building materials, and food supplies in the lunar base. It uses predictive analytics to forecast resource depletion and generate recommendations to optimize consumption and production. The system also features emergency alert protocols to guide rapid response in critical situations, and integrates with In-Situ Resource Utilization (ISRU) systems to monitor production capabilities like ice extraction and oxygen generation.

How we built it We developed a React.js web application featuring an intuitive, space-themed dark interface optimized for 24/7 operations. Using Chart.js, we implemented dynamic, real-time visualizations of resource levels and consumption trends. Resource and equipment data are simulated to provide realistic live updates, and a WebSocket-like mechanism ensures smooth state changes. We carefully designed multi-level alerts and emergency protocols to be both clear and actionable. The modular architecture allows easy extension and scalability.

Challenges we ran into Simulating realistic real-time resource data while maintaining a responsive UI was complex. We researched extensively to estimate consumption and production patterns since real lunar data is scarce. Designing alerts that effectively communicate urgency without overwhelming the user required iterative UI/UX testing. Balancing detailed data visualization with simplicity and usability, especially under potential high-stress operational conditions, was another key challenge.

Accomplishments that we're proud of We successfully integrated multiple resource streams into a unified platform that provides intelligent optimization and crisis management support. The predictive analytics engine forecasts shortages before they happen, enabling proactive decision-making. The user interface balances technical depth and intuitive design, suitable for operators in a high-stakes environment. This project demonstrates innovative use of web technologies aligned with real NASA research and space mission requirements.

What we learned This project taught us the importance of modular design, real-time data processing, and user-focused interface design in building mission-critical software. We deepened our understanding of resource management principles required for off-Earth habitats. Additionally, we improved our skills in React development, data visualization, and simulating complex environmental data. The exercise of building a realistic, high-stakes simulation pushed our problem-solving and collaboration abilities.

What's next for SoloMe Future developments include integrating machine learning models to enhance predictive accuracy, adding real-time hardware sensor data integration, and implementing multi-user roles with priority-based access. We're exploring robotic automation interfaces for resource collection and are working toward extending the platform for Mars and deep-space habitats. Our vision is to evolve SoloMe into a comprehensive ecosystems management system for space colonization.

Built With

• chart.js
• css
• html
• javascript
• react.js