Beta Access Required: Shred Delivery is currently in beta with white glove provisioning. Access is limited and requires approval from the Helius team. Request beta access below.
Request Beta Access
Submit your application for Shred Delivery beta access
What is Shred Delivery?
Shred Delivery is Helius’s specialized delivery of raw Solana shreds via UDP, designed to provide you with the earliest possible access to Solana’s raw transaction data. By delivering unprocessed shreds directly from the network, Shred Delivery offers a significant competitive edge for high-frequency trading (HFT), arbitrage strategies, and other latency-sensitive applications.Earliest Access
Receive raw Solana shreds as they are produced, providing the fastest insight into network activity.
Unprocessed Data
Access data in its raw form, allowing for customized processing tailored to your specific trading strategies.
Validator Advantage
Helius is the top validator by stake and receives shreds faster than validators with less stake and non-staked RPC nodes.
White Glove Provisioning
Carefully provisioned access ensures optimal performance and dedicated support from the Helius team.
Shred Delivery vs. LaserStream: Quick Comparison
| Feature | Shred Delivery | LaserStream |
|---|---|---|
| Data Type | Raw, unprocessed shreds | Processed data with commitment guarantees |
| Latency | Earliest possible - before any processing | Ultra-low latency processed data |
| Processing | You must process raw data - requires custom deshredding logic | Turnkey - data is processed and ready to use |
| Best For | High-frequency trading, arbitrage (when milliseconds matter) | Production applications, analytics, backend services |
| Setup | White glove provisioning (beta access required) | Developer-friendly SDKs, drop-in replacement |
Learn About LaserStream
See how LaserStream delivers processed data with commitment guarantees and reliability features
What Are Shreds?
In Solana, transactions are broken down into smaller data packets called “shreds” to facilitate efficient and rapid propagation across the network. Each shred is a fragment of transaction data, optimized to fit within standard network packets, ensuring swift distribution and reconstruction into complete blocks by validators. This architecture is pivotal for maintaining Solana’s high throughput and low latency, and Shred Delivery taps directly into this raw data stream before any processing occurs.Deep Dive: Understanding Solana Shreds
Read our comprehensive blog post explaining how Solana’s shred mechanism works and why it matters for trading
Detailed Comparison: Shred Delivery vs. LaserStream
While both Shred Delivery and LaserStream are flagship data streaming offerings from Helius, they serve distinct purposes:Shred Delivery
Earliest Possible Data
- Raw shreds delivered as they’re produced
- Earliest possible on-chain signal - no processing delay
- Requires custom deshredding logic
- White glove provisioning only
- High-frequency traders & arbitrage strategies
LaserStream
Turnkey Processed Data
- Commitment-level guarantees (processed, confirmed, finalized)
- Historical replay capabilities
- Developer-friendly SDKs
- Automatic reconnection
- Production applications & analytics
- Choose Shred Delivery when you need the earliest possible access to raw transaction data and have the technical capability to process raw shreds. Shred Delivery provides the absolute lowest latency by delivering unprocessed shreds directly from the network—but you must implement your own deshredding and processing logic.
- Choose LaserStream when you need reliable, processed data with commitment guarantees, historical replay capabilities, and developer-friendly tooling. LaserStream delivers processed transactions with commitment-level guarantees, making it ideal for production applications that need reliable data delivery without custom processing infrastructure.
LaserStream Documentation
Learn about LaserStream’s processed data streaming with reliability features
The Helius Validator Advantage
Helius is a top validator by stake and receives shreds faster than validators with less stake and non-staked RPC nodes. In Turbine, validators with higher stake weights receive priority in the data propagation tree, meaning block leaders send shreds to high-stake validators like Helius first. This stake-weighted propagation ensures we receive shreds at the earliest possible moment in the network’s data flow. While other providers must wait for secondary propagation or rely on unstaked infrastructure, our validator position grants direct, prioritized access to the raw transaction data as it flows through the network.Technical Requirements
To effectively utilize Shred Delivery, your system should have:Deshredding Capability
Custom logic to reconstruct complete transactions from raw shreds
Low-Latency Infrastructure
High-performance systems optimized for microsecond-level processing
Trading Logic Integration
Ability to act on unprocessed data with appropriate risk management
Network Optimization
Optimized network configuration for minimal processing delays