SOURCE Protocol
A Decentralized SOURCE Protocol Archival Node
SOURCE, dedicated to future-proofing businesses, leverages KYVE’s streamlined data solutions to support its historical chain data and growing ecosystem of enterprise-grade Web3 solutions. SOURCE is also a KYVE Public Goods Funding partner, which means KYVE runs a node on their chain, funnelling delegation rewards directly into the funding of KYVE's SOURCE data pools. Multi-coin funding has been enabled, which means validators and delegators within these data pools receive both $KYVE and $SOURCE.
Unlocking SOURCE Protocol data with KYVE
Sync to Any SOURCE Height
KSYNC provides rapid node synchronization on the Source Protocol network, enabling users to sync nodes from genesis or to any specific block height. By offering seamless access to Source Protocol Snapshots, KSYNC simplifies running archival nodes and accessing verified blockchain data, making node operations efficient and reliable.
Build with SOURCE Data
The Data Pipeline enables large datasets and cross-chain interactions from SOURCE to be imported into any data backend. This allows developers to offload and analyze block and transaction results. With support for exporting data to BigQuery, the pipeline enables advanced blockchain data analytics for enterprises and developers.
Connect Your dApp to Source
The Trustless API offers secure access to Source Protocol’s blockchain data, ensuring tamper-proof, decentralized access for developers building trustless applications. It allows verifiable access to transaction data, block results, and state snapshots, enabling seamless integration with decentralized applications on the Source Protocol network.
KYVE's Dedicated Data Pools for Source Protocol
SOURCE Blocks & Block Results
This data pool archives all blocks and transaction results on Source Protocol. Developers can access this data for auditing, analysis, and blockchain data management, while KYVE guarantees permanent data storage on Arweave, ensuring nothing is lost, and that the chain can be fully recreated if ever needed.
SOURCE State Snapshots
The State Snapshots pool allows developers to capture and retrieve Source Protocol Snapshots for chain validation, network monitoring, and advanced data analysis. KYVE ensures data availability and reliability across the Source Protocol ecosystem.
Streamlined Data Management for SOURCE Protocol Data
KYVE’s integration with Source Protocol transforms how the network manages its blockchain data storage. Developers now have easy access to transaction data and verified blockchain snapshots, helping the network scale efficiently. KSYNC significantly improves node synchronization, reducing the resources required to bring nodes online.
Furthermore, KYVE’s KSYNC tool has streamlined node synchronization, improving the overall resilience of the Source Protocol network. Node operators can synchronize their nodes from any point in the blockchain's history with unparalleled efficiency, reducing the time and resources needed to bring nodes online. Additionally, the Data Pipeline simplifies handling cross-chain interactions and large-scale data analytics, ensuring that Source Protocol remains a cutting-edge blockchain ecosystem for enterprises and developers.
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Access other chain datasets with KYVE
See datasetsFAQ
- What is Source Protocol: Source Protocol is an interoperable Layer 1 blockchain designed for enterprises and developers to build decentralized applications, offering solutions for DeFi, tokenized assets, and more. The protocol leverages the Cosmos SDK to create a highly efficient and scalable blockchain network.
- Why Use KYVE Data Tooling For Source Protocol: KYVE’s KSYNC, Data Pipeline, and Trustless API offer efficient access to historical and real-time blockchain data, enabling developers to synchronize nodes, perform analytics, and build trustless applications on Source Protocol.
- How Does KYVE Store And Validate Data In A Decentralized Way: KYVE stores data permanently on Arweave's decentralized network and validates it through a network of incentivized node operators who ensure data integrity and accuracy before storage. This process ensures that data is tamper-proof and verifiable.
