Syncro Data Stream: P2P.org Unveils Real-Time Blockchain Data Solution for Sui and Hyperliquid Networks

Since its establishment in 2018, P2P.org has been providing blockchain infrastructure and validator operations across more than 40 proof-of-stake networks. The company has now introduced Syncro Data Stream, offering real-time blockchain data transmission for both Sui and Hyperliquid platforms.

May 28, 2026 - P2P.org, which has been running validators on more than 40 proof-of-stake blockchain networks since its founding in 2018, has announced the release of Syncro Data Stream, a real-time data streaming solution designed specifically for the Sui and Hyperliquid blockchains. This innovative product provides on-chain transaction information and order flow data sourced directly from P2P.org's operational validator nodes at the point where data originates, bypassing public endpoints, checkpoint systems, and commonly shared RPC infrastructure. Both the Sui and Hyperliquid data stream services are currently available at a monthly subscription rate of $2,000 for each network, and prospective clients can access a complimentary one-week trial period to test the service.

The newly released Syncro Data Stream represents a component of Syncro, which is P2P.org's dedicated product suite focused on crypto trading infrastructure. The Syncro product line made its debut earlier this year featuring Syncro Sender, a transaction landing service built for Solana that has already been deployed in production environments by prominent trading teams. The data streaming services for Sui and Hyperliquid mark the second and third offerings within the expanding Syncro product portfolio.

The importance of real-time blockchain data streams for Sui and Hyperliquid in execution-critical environments

When it comes to trading teams and market making operations conducting business on the Sui and Hyperliquid networks, the latency associated with on-chain data access has a direct impact on overall trading performance and outcomes. Traditional public APIs and commonly utilized shared RPC endpoints only provide transaction data after it has already traveled through the broader network infrastructure. For blockchain networks that feature sub-second finality characteristics, this temporal gap represents the critical window during which trading opportunities emerge and disappear, price quotes become outdated, and market positions undergo transformation.

The real-time blockchain data stream offered by P2P.org minimizes this latency gap to a single hop from validator to client, transmitting information before it reaches any publicly accessible infrastructure layer.

Technical specifications and capabilities of the Sui and Hyperliquid data streams

For Sui:

Access to pre-checkpoint transaction events during certificate processing, providing data availability ahead of public information feeds.
Dual core functionality encompassing real-time transaction data streaming capabilities and low-latency transaction landing services.
Protected WebSocket endpoint architecture featuring isolated authentication credentials and IP allowlisting configured individually for each client.

For Hyperliquid:

Complete order flow information sourced from P2P.org's operational validator infrastructure and private sentry node network.
Comprehensive coverage of every order across all available assets, including open orders, modifications, cancellations, and fills, complete with side information, price data, quantity details, current status, unique order identifiers, and user attribution information.
Separate dedicated channel for error reporting and metrics monitoring, ensuring operational signals remain segregated from the market data transmission pathway.
Flexible delivery options supporting WebSocket JSON format or ESP binary transmission, with functionality for per-asset subscriptions or complete firehose data access.

Subscription pricing structure and current availability

The real-time blockchain data streaming service is currently accessible for both blockchain networks at a subscription cost of $2,000 monthly for each network, with flexible billing options available on either a monthly or annual basis. Organizations new to the service are provided with a complimentary one-week trial period, allowing them to validate their integration implementation, assess latency performance characteristics, and evaluate data quality standards against their current infrastructure setup. The trial requires no credit card information for activation. Service provisioning is typically completed within several hours following the IP allowlisting process.

Comprehensive product information and specifications can be found at p2p.org/products/syncro. Technical implementation documentation is accessible at docs.p2p.org.

"Sui and Hyperliquid are attracting serious execution-critical teams, and those teams need data infrastructure that matches the speed of the chains they are trading on", said Prash Pandit, VP of Validation at P2P.org. "Public endpoints were not built for that. Syncro Data Stream was."

Company background and information about P2P.org

Since 2018, P2P.org has maintained and operated blockchain infrastructure across numerous proof-of-stake network environments, providing services to an extensive roster of institutional partner organizations. The Syncro product line represents P2P.org's specialized crypto trading infrastructure offering, constructed on top of active validator node operations spanning Solana, Sui, and Hyperliquid networks. Products within the Syncro portfolio include Syncro Sender designed for Solana transaction landing operations, Syncro Data Stream engineered for Sui, and Syncro Data Stream developed for Hyperliquid.

Media contact:

Email: marketing@p2p.org
Company Name: P2P.org
Website: https://www.p2p.org/
X (Twitter): https://x.com/P2Pvalidator

Disclaimer. This press release is for informational purposes only. Not investment, financial, legal, or tax advice. P2P.org accepts no liability for actions taken based on it. Pricing and product details are current at the time of publication and may change.