[Video Disruptors Grant]: StreamGuard: Livepeer X Lit Integration Proposal

[RyadMM]

StreamGuard: Livepeer X Lit 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

• Lit SDK Integration: StreamGuard will combine the Lit SDK with Livepeer.js to offer developers the ability to implement token-gated streams with customizable access conditions in the future.
• Livepeer SDK: StreamGuard will use the Livepeer.js library to make it easy for developers to build and deploy live video streaming applications on a decentralized network.
• API & UI: StreamGuard is set to provide user-friendly APIs and web interfaces to streamline the creation, management, and monitoring of token-gated streams. Users will be able to easily input stream details, set access control conditions, and monitor their streams in real-time.
• Security: By integrating Lit and Livepeer, StreamGuard will ensure high security for both content creators and viewers. The decentralized nature of the Lit protocol will mitigate the risk of single points of failure and censorship.
• Scalability: StreamGuard, leveraging the decentralized nature of both Lit and Livepeer, is being designed to be highly scalable. It will be able to accommodate a growing user base and increasing demand for private and permissioned video streaming applications.

StreamGuard Implementation

StreamGuard will integrate Lit for token-gated streams on Livepeer.js through the following components:

1. Lit SDK Integration: StreamGuard will incorporate the Lit SDK into the Livepeer.js library, enabling the use of Lit for token-gated streams.
2. Access Control Scheme Configuration: Developers will be able to configure the access control scheme using Lit's access control API. This allows for custom access control schemes tailored to specific needs.
3. Token-Gated Streams Implementation: StreamGuard will adapt Livepeer.js's current example of token-gated streams to use Lit as the access control provider, enabling more refined and granular ACL permissions.
4. User Interface: StreamGuard will offer a user-friendly web interface for creating, managing, and monitoring token-gated streams. Users will be able to input stream details, set access control conditions, and monitor their streams in real time. Integration with popular wallet solutions will facilitate user interaction with the streaming service.
5. APIs and Integration: StreamGuard will expose a set of RESTful APIs for third-party applications and services. This will enable integration with other applications like decentralized marketplaces, social media platforms, or virtual event platforms, thereby extending the use cases for the streaming service.

StreamGuard Use Cases

StreamGuard, with the Lit x Livepeer integration, can be employed in various industries and applications:

• Online Education Platforms: StreamGuard can provide exclusive access to live-streaming courses for students who meet specific on-chain conditions.
• Premium Content Streaming Services: StreamGuard can facilitate token-gated access to exclusive live events such as concerts, sports events, or movie premieres. Users who hold a specific amount of a platform's native token or a special event NFT would be granted access to the live stream.
• Decentralized Webinars and Conferences: StreamGuard can be used to create a decentralized platform for webinars and conferences, where access is controlled based on participants' on-chain credentials.
• Virtual Art Galleries and Exhibitions: Artists and curators can use StreamGuard to create virtual art galleries and exhibitions with live-streaming guided tours, where access is controlled by on-chain conditions.
• Gaming and Esports: StreamGuard can enable live streaming of exclusive in-game events or esports competitions, with access granted based on users' on-chain gaming assets or achievements.

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.

StreamGuard Implementation

StreamGuard will integrate Lit for token-gated streams on Livepeer.js through the following components:

1. Lit SDK Integration: StreamGuard will incorporate the Lit SDK into the Livepeer.js library, enabling the use of Lit for token-gated streams.
2. Access Control Scheme Configuration: Developers will be able to configure the access control scheme using Lit's access control API. This allows for custom access control schemes tailored to specific needs.
3. Token-Gated Streams Implementation: StreamGuard will adapt Livepeer.js's current example of token-gated streams to use Lit as the access control provider, enabling more refined and granular ACL permissions.
4. User Interface: StreamGuard will offer a user-friendly web interface for creating, managing, and monitoring token-gated streams. Users will be able to input stream details, set access control conditions, and monitor their streams in real time. Integration with popular wallet solutions will facilitate user interaction with the streaming service.
5. APIs and Integration: StreamGuard will expose a set of RESTful APIs for third-party applications and services. This will enable integration with other applications like decentralized marketplaces, social media platforms, or virtual event platforms, thereby extending the use cases for the streaming service.

Technical Roadmap

1. Integration of the Lit SDK with Livepeer.js (2 weeks)
2. Configuration of the Access Control Scheme (1 week)
3. Implementation example of Token-Gated Streams (1 week)
4. User Interface development (3 weeks)
5. APIs and Integration (2 weeks)
6. Testing and Documentation (2 weeks)

Total estimated duration: 11 weeks

Estimated Engineering Hours

1. Integration of the Lit SDK with Livepeer.js: 80 hours
2. Configuration of the Access Control Scheme: 40 hours
3. Implementation example of Token-Gated Streams: 40 hours
4. User Interface development: 120 hours
5. APIs and Integration: 80 hours
6. Testing and Documentation: 80 hours

Total estimated engineering hours: 440 hours

Budget Allocation

1. Integration of the Lit SDK with Livepeer.js: $8,000
2. Configuration of the Access Control Scheme: $4,000
3. Implementation example of Token-Gated Streams: $4,000
4. User Interface development/design: $12,000
5. APIs and Integration: $8,000
6. Testing and Documentation: $8,000
7. Project management, miscellaneous: $6,000

Total budget allocation: $50,000

Budget Breakdown

Engineering costs: $44,000

Additional expenses (project management / miscellaneous): $6,000

Total budget: $50,000

Maintenance

Our team is dedicated to the long-term maintenance and iterative enhancement of StreamGuard. We intend to release regular updates, fix any emerging issues, and progressively introduce new features based on user feedback and market trends. Our goal is to ensure StreamGuard remains a reliable and state-of-the-art solution for decentralized video streaming.

About us

We are ProductShop, a seasoned collective of tech enthusiasts with a mission to enhance the human experience through innovative technology. Our expertise spans blockchain, decentralized applications, and product development. This robust background, coupled with our commitment to crafting meaningful solutions, makes us the ideal team to develop StreamGuard and contribute to the evolving landscape of decentralized applications.

For more information/team members please visit productshop.io or email james@productshop.io

[hansy]

Hi @RyadMM, thanks for applying! Just wanted to remind you that we fund up to $15k per grant. Your current proposal of $50k exceeds that, so if you'd like to be considered, please let me know which portion of your project you'd like scoped for the grant.

[RyadMM]

Hi @hansy

Thanks for the heads up on the grant limit. Unfortunately, we were looking to fund the entirety of this proposal. Looking forward to collaborating on future grants.

Best, ProductShop Team

[hansy]

No worries sounds good! Till next time!