SOLANASTAKED RPC (SWQOS)
Staked Solana RPC Node with SWQoS
Full-featured Solana RPC node peered directly with a high-stake validator via SWQoS. All standard RPC methods plus priority transaction submission through the validator's staked TPU connection. Read, write, subscribe — with the landing advantage of a staked node.
A standard Solana RPC node is unstaked — it has no priority when forwarding transactions to the leader. During congestion, unstaked nodes get throttled by Stake-Weighted Quality of Service (SWQoS) and your transactions drop. Our Staked RPC nodes is directly peered with a high-stake validator. They inherit the validator's SWQoS weight, giving your sendTransaction calls priority access to the leader's TPU. Same RPC interface, fundamentally different path to the network.
USE CASES
- + Production dApps: full RPC + reliable transaction landing
- + Trading bots: read orderbooks and submit with priority in one endpoint
- + DeFi protocols: monitor positions via RPC, execute with SWQoS
- + MEV searchers: getAccountInfo + priority sendTransaction in one connection
- + Wallet backends: standard RPC for queries, staked path for user transactions
KEY FEATURES
- + Full JSON-RPC & WebSocket — all standard methods
- + sendTransaction via staked validator TPU (SWQoS)
- + Direct peering with high-stake validator
- + Sub-millisecond latency (FRA, AMS, NYC)
- + Drop-in replacement — no code changes needed
- + No tip instructions required — staking is infrastructure-side
Full-featured RPC endpoints, not just a transaction forwarders. getAccountInfo, getLatestBlockhash, getSignatureStatuses, WebSocket subscriptions — every standard JSON-RPC method works exactly as expected. The difference: when you call sendTransaction, your transaction routes through the validator's staked connection instead of the public unstaked path. You get the full RPC stack with a staked landing advantage on writes.
Running from Frankfurt, Amsterdam, and New York — positioned next to major validator clusters for sub-millisecond latency. Compatible with every Solana SDK. Point your existing RPC URL to our staked endpoint and your reads stay fast while your writes gain SWQoS priority. No code changes, no special API, no tip instructions required — the staking is on our side.
AVAILABLE
LOCATIONS
Select the location closest to your infrastructure for optimal latency, or choose multiple regions for enhanced redundancy and global coverage.
Frankfurt
Frankfurt is a major hub for blockchains infrastructure in Europe, with a high concentration of validators. Its top-tier data centers and strong network backbone provide ultra-low latency and reliable performance.
Amsterdam
Amsterdam is a key location for many blockchains infrastructure with a strong presence of validators. Hosting infrastructure here provides low latency, stable connectivity, and reliable performance for any workload.
MORE COMING SOON
PRICING
We encourage you to review our selection of services and our price list for Solana Staked RPC (SWQoS). Our pricing is both market-aligned and transparent. Please take your time to compare options and make the perfect choice for your needs. Expect quality and clear value.
POPULAR
Staked RPC
Contact us
- + Full JSON-RPC & WebSocket support
- + sendTransaction via staked validator TPU
- + SWQoS priority — no tip instructions needed
- + Sub-millisecond latency (FRA, AMS, NYC)
- + Drop-in replacement for any RPC endpoint
Solana Staked RPC (SWQoS) FAQ
[NEED HELP?]
A regular Solana RPC node is unstaked — it connects to the network without any validator stake behind it. When it forwards transactions to the leader, it competes with all other unstaked traffic and gets deprioritized by SWQoS during congestion. A Staked RPC node is directly peered with a high-stake validator. It inherits that validator's SWQoS weight, so your sendTransaction calls get priority access to the leader's TPU. All other RPC methods (reads, subscriptions) work identically — the difference is only on the write path.
Stake-Weighted Quality of Service (SWQoS) is Solana's built-in mechanism that allocates leader TPU bandwidth proportionally to validator stake. Validators with more stake get more bandwidth to submit transactions to the current leader. During congestion (NFT mints, meme launches, liquidation cascades), unstaked RPC nodes get throttled while staked connections continue to land. Using a Staked RPC means your transactions travel through a staked path, bypassing the throttling that blocks public endpoints.
No. Staked RPC is a standard Solana JSON-RPC endpoint. Replace your current RPC URL with our staked endpoint and everything works: getAccountInfo, getLatestBlockhash, WebSocket subscriptions, sendTransaction — all standard methods. No special SDK, no tip instructions, no custom API. The staking advantage is entirely on our infrastructure side. Your application doesn't need to know it's using a staked node.
All standard Solana JSON-RPC methods: getAccountInfo, getBalance, getLatestBlockhash, getSignatureStatuses, getTransaction, sendTransaction, simulateTransaction, and all others. Full WebSocket subscription support: accountSubscribe, slotSubscribe, signatureSubscribe, logsSubscribe. This is a complete RPC node — the only difference from a regular endpoint is that sendTransaction routes through a staked validator connection.
Staked RPC is a full-featured RPC node (reads + writes) peered with a staked validator. You use it as your primary Solana endpoint for everything — queries, subscriptions, and transactions. TPU Sender is a specialized transaction forwarding service: it only does sendTransaction, but with dual-path delivery (SWQoS + Jito Bundle Engine), multiple transport protocols (JSON-RPC, HTTP Binary, QUIC), and is optimized purely for maximum landing rate. Use Staked RPC when you need a complete RPC with staked landing advantage. Use TPU Sender when landing rate is your only metric and you have a separate RPC for reads.
No. Unlike dedicated transaction forwarding services that require tip instructions, Staked RPC works without any tip. The SWQoS priority comes from the validator peering on our infrastructure side, not from instructions in your transaction. You can still add priority fees (compute unit price) to compete within the leader's queue, but no special tip account transfer is required.
Frankfurt, Amsterdam, and New York — positioned next to major Solana validator clusters for sub-millisecond latency. Each region peers with high-stake validators in that location. Choose the region closest to your infrastructure, or use multiple regions for redundancy.
Yes, that's the point. Staked RPC is a complete RPC endpoint. Use it for getAccountInfo to read state, WebSocket subscriptions for real-time updates, and sendTransaction for writes — all through one connection. The staked advantage applies to sendTransaction; reads perform the same as any quality RPC node with sub-millisecond latency.
SHORT INTEGRATION GUIDE
01
Sign Up
Create account and get your staked RPC URL
02
Replace Endpoint
Point your app to the staked RPC URL
03
Use Normally
All RPC methods work — reads and writes
04
Land with Priority
sendTransaction routes via staked validator TPU