In the world of high-frequency trading on Solana, every millisecond counts. Standard RPC nodes often introduce significant latency due to geographic distance and internal processing overhead. Lattency's infrastructure is built from the ground up to bypass these bottlenecks.
The latency challenge on standard RPC nodes
Where latency accumulates
When you send a transaction to a standard RPC, it performs several steps: validation, simulation (optional), and then broadcasting to the leader. By the time your transaction reaches the current leader, the slot might have already passed, or the network state might have changed significantly.
Lattency's approach to zero-slot execution
Purpose-built routing
Lattency uses dedicated hardware nodes strategically placed near Solana's global validator clusters. By using specialized routing, transactions are built, signed, and broadcast within a single atomic operation, often landing in the very next slot.
Key benefits
- Reduced rejection rates by targeting the intended slot
- MEV protection through direct routing and reduced exposure windows
- Deterministic performance with consistent sub-millisecond overhead