The problem UniBoard solves

Uniboard is designed to address a common challenge in the digital age: the seamless and secure synchronization of clipboard content across multiple devices.

Key Problems Solved by Uniboard:

1)Multi-Device Synchronization:
Use Case: Copy text, links, or small files on one device and seamlessly paste them on another, irrespective of the platform or location.
Benefit: Enhances productivity by eliminating the need to manually transfer clipboard content between devices.

2)Decentralized Security:
Use Case: Utilizes Waku's decentralized, peer-to-peer communication system, offering a more secure way to handle data than traditional centralized servers.
Benefit: Reduces the risk of data breaches and privacy invasions, ensuring clipboard data remains confidential.

3)Real-Time Clipboard Management:
Use Case: Manage clipboard history in real-time across all connected devices.
Benefit: Provides a streamlined workflow for users who frequently need to access previous clipboard entries.

4)Cross-Platform Compatibility:
Use Case: Works across various operating systems and devices, bridging the gap between different ecosystems.
Benefit: Facilitates a cohesive experience for users in diverse tech environments.

5)Ease of Use:
Use Case: Intuitive interface designed for effortless setup and usage.
Benefit: Makes advanced clipboard syncing accessible to both tech-savvy and casual users.

Challenges we ran into

Certainly, integrating Electron for the frontend of Uniboard posed significant challenges. Here's a brief overview of the issues we encountered and how they were resolved:

Problem: Ensuring that Electron works seamlessly across different operating systems was a major hurdle, as each platform has its unique quirks and requirements.

Problem: Electron apps can be resource-intensive, and initially, Uniboard was no exception, leading to higher than desired memory and CPU usage.

Problem: Integrating Waku's decentralized protocol within Electron's framework presented challenges, especially in managing node connections and ensuring stable data relay.

Overcoming These Challenges:
Extensive Research and Collaboration: Utilized community forums, Electron's extensive documentation, and collaboration with experienced developers in the field.
Iterative Testing and Debugging: Adopted an iterative approach to testing and debugging, which was crucial in identifying and fixing platform-specific issues.
Leveraging Advanced Tools: Employed advanced profiling and debugging tools to pinpoint performance bottlenecks and security loopholes.
Regular Code Reviews: Conducted regular code reviews to maintain code quality and ensure best practices in security and performance.