Decast.live

DECAST.LIVE is a live-casting and decentralised media storage platform. DECAST leverages decentralised infrastructure networks to use for real-time digital communication and broadcasting.
Key Features and Innovations
- Decentralised Infrastructure: Eliminates single points of failure and ensures data resilience by storing content across distributed networks.
- Tamper-Proof Storage: Provides secure, immutable storage for live streams and recordings, enhancing content integrity.
- Digital Access Management: Introduces tokenised access for exclusive events, ensuring security and innovation in event audience engagement.
- Privacy-Centric Identity Management: Integrates Decentralised Identifiers (DIDs), giving users the control over their digital identity and privacy in respective cases.
- Digital Collaboration: Advanced workflows with private rooms, collaboration interfaces, and multi-user canvas to enable participant live collaboration.
- Motivation for the project: DECAST introduces a secure, decentralized video communication solution addressing critical vulnerabilities in existing video conferencing systems. Offering customizable branding, storage, processing, and open-source components, DECAST empowers digital economies with enhanced trust and efficiency.
- Generic use case description: DECAST's secure, decentralized video communication system is ideal for sectors like legal, journalism, virtual events, and education. It leverages blockchain for privacy-focused decentralized identities (DIDs) with seamless user experiences.
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Essential functionalities: DECAST will build three core functionalities with Trustchain:
1. Authentication Layer: Develop Decentralized Identity (DID) systems to ensure secure user authentication, letting users control their personal data and manage their identity profiles. 2. Verification Layer: Enable cross-chain interoperability with secure identity verification usable across multiple blockchain networks.
3. Accessibility Layer: Implement decentralized storage solutions for secure, accessible data access management, prioritizing user privacy to manage credentials and content. - How these functionalities can be integrated within the software ecosystem: These functionalities can be integrated within the software ecosystem by providing SDKs and APIs to incorporate Video Infrastructure in any application. The Authentication Layer (DIDs) enables secure user management, the Verification Layer supports cross-chain identity checks, and the Accessibility Layer ensures decentralized data integrity and storage.
- Gap being addressed: The gap being addressed is the lack of secure, decentralized communication systems with cross-chain interoperability and user-controlled identities. Existing solutions often rely on centralized platforms, exposing users to data breaches and privacy risks at a single point of attack and failure. Decast bridges these gaps by enabling secure, decentralized, and interoperable systems.
- Expected benefits achieved with the novel technology building blocks: These innovations promote trust, reduce risks, and enable secure communication across platforms. Benefits of Decast's novel technology include enhanced security and privacy while communicating online through live casts, safe identity management (DID), cross-chain interoperability for verification, and decentralized storage for data integrity and perpetuality.
- Potential demonstration scenario: A potential demonstration scenario for DECAST could involve a secure virtual conference where participants connect from multiple blockchain networks by authenticating their decentralized identities (DID). Access is verified via an NFT ticket on a specific chain. The conference recording is processed and uploaded to secure blockchain storage, accessible later by verified owners, ensuring user authenticity and data integrity. Another demonstration scenario for DECAST could involve a virtual classroom where students and teachers authenticate their identities using decentralized IDs (DIDs). Class sessions are recorded, stored in decentralized storage, and can be accessed later by verified students, ensuring privacy, data integrity, and access. Course certificates are dropped as Verifiable credentials (VC’s) validated on the blockchain.
Team

Shivam Dhawan
Project Coordinator and Business Research Lead at Leren Leren, specializing in digital transformation and data-driven solutions.

Aman Bishnoi
Development Lead and Backend Developer at Leren Leren, with expertise in system architecture and backend development.

Yasrab Baig
Product Manager for Workflows & Interaction Design at Leren Leren, focusing on creating user-centric design solutions.

Anish Jha
Application Developer for Extensions at Leren Leren, specializing in app development and integrations.

M. Ajmal Azad
Blockchain Researcher and specializing in trust, reputation modelling, and security.

Sushil Gupta
Application Developer for Web at Leren Leren, focusing on web app and front-end solutions.
Entity

Leren Leren Unipesoal
Research lab in Portugal working on AI, ML and Blockchain implementations on Learning. Learning to Learn with Technology, While Technology Learns to Learn.
Website: https://decast.live/
LinkedIn: https://www.linkedin.com/company/leren-leren