Open RyadMM opened 1 year ago
Hi @RyadMM - at this current point we only fund open source tooling building with Lit Actions and Programmable Key Pairs. Thank you for the proposal, I'll close it in the next couple days if you do not have additional comments for updates.
Hi @debbly,
Thanks for the feedback on our proposal. We'll take this back to our team for internal discussions and get back to you soon. Appreciate your time and consideration.
StreamGuard: Lit x Livepeer Integration Proposal
Executive Summary
StreamGuard, a decentralized application (DApp) will offer developers a simplified approach to create and launch private, permissioned, and censorship-resistant live video streaming applications.
At the moment, video streaming applications main issues are flexibility, points of failure and censorship. By combining the decentralized streaming network of Livepeer with Lit's access control protocol, StreamGuard will enable developers a simplified approach to providing permissioned video streaming applications. Thus removing reliability on a centralized infrastructure.
The execution of the StreamGuard project is charted over an 11-week roadmap, necessitating an estimated 440 engineering hours and an overall budget allocation of $50,000.
Introduction
StreamGuard's addresses key challenges in decentralized access control, offering an all-inclusive solution for token-gated streams. It stands ready to significantly influence the future of decentralized video streaming. With its customizable access conditions, user-friendly interfaces, robust security, and scalability, StreamGuard serves diverse use cases, from education and premium content streaming to webinars, virtual art galleries, and esports.
Problem Statement
Current video streaming applications, which are often centralized, present risks such as single points of failure and censorship. They also lack the flexibility to offer varying access levels to different users. The concept of decentralized video streaming applications has been introduced to address these issues. However, creating these decentralized systems presents a significant challenge, particularly when it comes to access control.
Solution: StreamGuard
StreamGuard leverages Lit, a decentralized access control protocol, to offer developers the ability to execute complex access control schemes without the need for centralized infrastructure. By using Lit for token-gated streams in Livepeer.js, StreamGuard allows developers to create private, permissioned, and censorship-resistant video streaming applications.
Key Features of StreamGuard
StreamGuard Implementation
StreamGuard will integrate Lit for token-gated streams on Livepeer.js through the following components:
StreamGuard Use Cases
StreamGuard, with the Lit x Livepeer integration, can be employed in various industries and applications:
These use cases underline the potential of StreamGuard in creating innovative, decentralized, and secure video streaming experiences that cater to users' specific needs and interests.
Technical Roadmap
Total estimated duration: 11 weeks
Estimated Engineering Hours
Total estimated engineering hours: 440 hours
Budget Allocation
Total budget allocation: $50,000
Budget Breakdown
Engineering costs: $44,000
Additional expenses (project management / miscellaneous): $6,000
Total budget: $50,000
Conclusion
StreamGuard represents a significant stride forward in decentralized live streaming, harnessing the strengths of Lit and Livepeer to offer a robust, scalable, and user-centric solution. By addressing key challenges in access control and leveraging token-gated streams, StreamGuard is hoping to transform various industries, including education, premium content streaming, virtual art, and esports. With a comprehensive roadmap, a clear understanding of required resources, and a commitment to innovation, StreamGuard aims to redefine the future of decentralized video streaming. The potential impact of this project on the digital streaming landscape is profound, and we anticipate its successful deployment with enthusiasm.
For more information/team members please visit productshop.io or email james@productshop.io