Zero hops to the leader
Transactions go from the relay directly to the current leader over staked connections, bypassing the general RPC layer and its queues entirely.
swqos
Solana transaction relay
On Solana, whether your transaction lands often comes down to how it reaches the leader. Stake-weighted quality of service gives staked connections priority, and keeping those connections open removes the handshake and TCP slow start that cost you on every send.
swqos is that path, and only that path. You sign locally, hand over the bytes, and they go unchanged over persistent QUIC connections to the leader. There is no blockhash fetch, no simulation and no status polling in between. You keep control of the transaction; swqos is a route, not a middleman.
0
RPC calls in the hot path
0.0002 SOL
per accepted send, refusals cost nothing
90s
dedupe window, resent signatures are free
Transactions go from the relay directly to the current leader over staked connections, bypassing the general RPC layer and its queues entirely.
Staked QUIC connections are opened at startup and kept alive, with round-robin and retry across them, so no send pays for a handshake.
No blockhash fetching, no simulation, no status checks. The relay does one job: get your bytes to the leader as fast as physics allows.
HTTPS for the simplest integration, a single JSON POST per transaction. QUIC for the fastest, one persistent connection with authentication only at the handshake.
You pay 0.0002 SOL for each accepted send. Refused submissions cost nothing, and a duplicate signature within 90 seconds is free.
swqos never holds keys and never edits a transaction. A receipt means the bytes were forwarded and the upstream acknowledged the stream.
A receipt from swqos means the transaction was forwarded and acknowledged upstream. Inclusion in a block is the network's decision, so confirm landing separately through your own RPC.
CLR3 designs, builds and operates swqos end to end. When we take on consulting and product work, it is this same team, with the same habits: measured latency, monitored systems and documentation people can actually use.