Our hackathon project, LifeChain, was inspired by the urgent need for a secure, unified platform where individuals can access and manage all their healthcare information in one place. From prescriptions to lab results, having everything organized and accessible could literally save lives. We started the build in Claude, outlining the core structure and functionality of the app. From there, we developed the backend using Bolt, which provided a strong foundation for integrating decentralized features. One of the biggest challenges we faced was configuring Bolt to allow document uploads into the app. It took nearly a week of troubleshooting and learning the system’s limitations. With persistence—and big thanks to Divine for stepping in and helping us problem-solve—we overcame this roadblock. Through this process, we learned not just technical skills, but also how to navigate unexpected setbacks as a team.

✅ Accomplishments

  • Successfully designed and developed LifeChain, a secure healthcare app that centralizes medical data in one place.
  • Built a working backend using Bolt, integrated document handling, and set up secure data structures.
  • Managed to overcome file upload issues within the Bolt environment after a week of dedicated debugging.
  • Collaborated as a team from concept (via Claude) to working MVP, showing strong planning and execution skills under time constraints.
  • Created a smooth and intuitive user experience focused on health access equity.

📚 What We Learned

  • Gained hands-on experience using Bolt for backend services and learned the ins and outs of decentralized document management.
  • Discovered the value of early prototyping and how AI tools like Bolt can speed up ideation and system design.
  • Strengthened our problem-solving skills—especially around file handling and middleware integration.
  • Learned that persistence, teamwork, and asking for help (thank you, Divine!) are essential for navigating tough tech hurdles.

🔮 What’s Next for LifeChain

  • Integrating blockchain-based access controls so patients can control who sees their data.
  • Adding features like health reminders, emergency access cards, and insurance claim support.
  • Partnering with healthcare providers to pilot LifeChain in real clinical settings.
  • Exploring integration with wearables and health APIs to support real-time data syncing.
  • Preparing to open-source parts of the project and apply for funding to support future development

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