What is RSS3?
RSS3 is an Open Information Layer (OIL) that aims to construct the Open Web by enhancing the free flow of open information. It is a decentralized network formed by two sublayers: the Data Sublayer (DSL) and the Value Sublayer (VSL). The Data Sublayer indexes, structures, stores, and serves open information from various permissionless data sources using a common RSS3 Protocol for interoperability. It consists of RSS3 Nodes that gather data and a Global Indexer that coordinates the nodes. The Value Sublayer is an Ethereum Layer 2 blockchain that handles the value and ownership aspects derived from open information activities on the Data Sublayer. It uses RSS3's native $RSS3 token for incentives, fees, staking, and more. Together, these two sublayers create a decentralized architecture for efficiently indexing, structuring, disseminating, and monetizing open information without relying on any central authority.
What role does AI play in RSS3?
RSS3 Network stands poised to fuel a myriad of applications, including AI training, social media platforms, and search engines. By harnessing the structured standard of the RSS3 Protocol, the network offers a conducive environment for efficient information dissemination and communication, thus serving as a fertile ground for AI advancements. Through seamless integration with AI technologies, RSS3 Network empowers developers and innovators to leverage vast pools of data for training models, enhancing algorithmic capabilities, and driving transformative AI-driven solutions.
What are the main use cases enabled by RSS3?
- Decentralized data indexing & access: RSS3 allows anyone to run a Node that indexes open information from permissionless data sources across the web, structuring it into a standardized format defined by the RSS3 Protocol. This decentralized architecture avoids centralized control or censorship over information access. Applications can then interface with the RSS3 Nodes through a Global Indexer to retrieve structured open data in a decentralized manner.
- Open data economy: The RSS3 Value Sublayer, which is an Ethereum Layer 2 blockchain, creates a decentralized economy around the open data indexed on the Data Sublayer. Nodes earn the native $RSS3 token for their work indexing and serving data. Users can then use bounties or auctions on a built-in marketplace to buy/sell unique data intelligence from Nodes. This incentivizes an ecosystem of data collectors, curators and consumers.
- Ethical data sourcing: A key value proposition of RSS3 is providing data provenance - immutable records of where data originated from and what changes were made. This transparency enables data to be ethically sourced with consent from creators. It verifies data hasn't been manipulated or taken from untrustworthy sources - a critical prerequisite for high-stakes use cases like training AI models.
- Content authenticity: The immutable audit trails maintained on RSS3 for each piece of content can verify its authenticity and whether it has been unaltered since creation. This acts as a deterrent against misinformation/deepfakes by allowing content to be fact-checked against its originating record.
- Self-sovereign data: Rather than having personal data harvested and monetized by big tech companies, RSS3 allows individuals to have ownership over their data. They can choose to share/monetize it through the RSS3 data economy with full consent and control.
- Decentralized storage: To enable resilient and robust data storage, RSS3 incentivizes users to contribute excess storage capacity and earn $RSS3 token rewards. This decentralized cloud storage model avoids centralized points of failure.
- Interoperability: By standardizing data structures through the RSS3 Protocol, RSS3 enables seamless interoperability where applications can work with and combine data from disparate sources without dealing with interop issues.
