Loading network dashboard…
SolanaNetwork Status
Real-time monitoring of Solana blockchain's performance metrics, including transactions per second (TPS), block time, and network throughput.
The number of transactions processed in the most recent block. This value changes with network activity.
The average time between recent blocks, reported from live network observations.
Transactions per second observed over the latest rolling window.
Solana's network status refers to real-time performance metrics and health indicators for the blockchain. Its architecture combines Proof of History (PoH), Tower BFT consensus, and parallel transaction processing.
Key network metrics include Transactions Per Second (TPS), block time, slot time, and Compute Unit utilization. TPS reports observed transaction throughput and changes continuously with demand.
Block time measures the average interval between new blocks. The network organizes blocks into slots during which a validator is designated to produce a block.
Compute Units (CUs) measure the computational cost of executing transactions and programs on Solana. High utilization indicates network activity and potential congestion. During peak usage, transaction fees can rise as users compete for compute capacity.
Network status monitoring also tracks error rates, validator performance, and overall network stability. These metrics help developers, users, and validators understand the current condition of the network and identify any potential issues that might affect application performance or transaction processing.
By providing transparent, real-time information about network performance, Solana ensures that stakeholders can make informed decisions about when to submit transactions, deploy applications, or conduct significant operations on the blockchain. This transparency contributes to the network's reliability and fosters confidence in the ecosystem.
TPS measures the transaction throughput observed on the network. It varies with demand and transaction composition, so this page reports the current rolling value instead of a fixed capacity claim.
Several factors can affect Solana network performance, including validator hardware capabilities, network congestion, total number of active validators, current transaction complexity, and occasional network upgrades. During periods of extremely high demand, users might experience slightly longer confirmation times or higher fees, though Solana's architecture is designed to handle these situations more efficiently than many other blockchain networks.
Solana achieves fast block production through a combination of Proof of History (PoH) and Tower BFT consensus. PoH acts as a decentralized clock that creates a historical record of when transactions occurred, while parallel processing helps the network execute independent transactions concurrently.
During periods of network congestion, Solana prioritizes transactions based on their fees through a market-based approach. Higher-fee transactions are processed first, while lower-fee transactions may experience some delay. Solana's high throughput capacity helps minimize congestion issues, but during extreme usage spikes, users might notice slightly longer confirmation times or higher fees. The network's design allows it to scale up transaction processing in response to demand.
WebSocket connections provide real-time updates from the Solana network without requiring constant polling. This results in more efficient data transfer, lower latency, and immediate notification when new blocks are created or transactions are confirmed. By maintaining an open connection, applications can receive push notifications about network events rather than repeatedly checking for updates, reducing network overhead and improving the user experience for applications that need up-to-the-second information.