Inspiration

We were inspired by the challenges faced by remote communities that lack access to stable and reliable internet due to inadequate infrastructure or harsh environmental conditions.

What it does

Our solution provides a hybrid network architecture that utilizes Low Earth Orbit (LEO) satellites and small-scale terrestrial Wi-Fi stations. It automatically allocates bandwidth based on user needs, ensuring smoother internet experiences for a range of applications, from video calls to general browsing. Additionally, it includes features to mitigate environmental impacts, such as automatic path switching during bad weather, self-adjusting satellite receivers, and solar-powered stations for sustainability.

Challenges we ran into

Due to lack of related knowledge, we found it hard to turn what we thought into reality.

What we learned

Throughout this project, we learned how to effectively combine satellite and terrestrial technologies to create a more reliable and efficient communication network. We also gained insight into the complexities of network management and the importance of flexibility in accommodating different user needs.

What's next for YYY---Hybrid Network Architecture

We will learn how to turn theory into reality.

Built With

Share this project:

Updates

posted an update

YYY Project Update

We're excited to share our vision for YYY! We're currently planning a hybrid network architecture that leverages LEO satellites, Wi-Fi networks, and solar panels to provide reliable and sustainable communication in remote areas.

  • LEO satellites: Will reduce latency and improve coverage.
  • Wi-Fi relays: Planned to enhance local communication without heavy infrastructure.
  • Solar panels: A sustainable power solution for off-grid locations.

This solution aims to address connectivity challenges in areas with limited infrastructure. More updates will follow as we move forward with development!

Log in or sign up for Devpost to join the conversation.