SOLANASTAKED RPC ENDPOINT
Staked Solana RPC node with SWQoS support
Send transactions straight to the leader validator via staked connections and land even in the most congested slots. Get advantage of Stake-Weighted Quality of Service (SWQoS) for unparalleled Solana transaction landing
Our specialized staked Solana RPC endpoint directly tracks the curent validator leader schedule and sends transactions to validators lightning-fast, using a prioritized staked connection. This solution pushes your transactions for faster inclusion with minimal latency and iron-clad reliability, giving your Solana trading bots and high-frequency strategies an absolute advantage.
Our staked RPC nodes are built for maximum efficiency and reliability. They are deployed in top-tier data centers located right next to the largest Solana validator clusters. This strategic placement delivers average latencies of just 0.2–0.5 ms to the nearest validator — one of the lowest on the market. Choose the region that works best for you, or request a dedicated private Solana gRPC node deployed in any location worldwide. Whether you’re running a trading bot in Frankfurt or a DeFi app in New York, we’ll make sure your dApp stays connected with maximum speed and reliability. Simple Pricing No auctions, no complexity. Just straightforward access. Pay-per-use.
USE CASES
- + Sniper bots
- + High frequency trading
- + Scalping
- + Fast TX landing
KEY FEATURES
- + Low latency access
- + Quality of Service guaranteed
- + No auction system
- + Fixed pricing model
AVAILABLE
LOCATIONS
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 endpoint. 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.
100k lamports /tx
- + Low latency access
- + No auction system
- + Fixed pricing model
- + Quality of Service guaranteed
FAQ
What is the core principle and technical purpose of Stake-Weighted Quality of Service (SWQoS)?
The core principle of SWQoS is to prioritize network traffic based on the amount of stake held by
the validators backing the connection. Its purpose is to act as a Sybil resistance mechanism, preventing
low-staked entities from flooding the network. Technically, it grants validators with higher stake a
proportionally greater, more reliable bandwidth share to the current leader.
How does a dedicated RPC service leverage SWQoS when the RPC node itself is typically unstaked?
Since RPC nodes are generally unstaked and non-voting, they leverage SWQoS by forming a trusted
peering relationship with a high-staked validator. This arrangement allows the RPC service to submit
transactions through the validator's prioritized network connection, effectively inheriting the validator's
stake-weighted priority for delivery to the TPU (Transactions Processing Unit) of the current leader.
What are the technical requirements and mechanism for including a required transaction tip?
The mechanism requires the client to include a specific System Program instruction within the transaction,
directing a minimum amount of SOL to one of the service's designated tip accounts. The Staked RPC endpoint
checks this instruction prior to submission, and its presence/sufficiency is a hard requirement for the
transaction to be sent on the prioritized path.
How are the geographic endpoints (multi-regional nodes) architecturally designed to reduce latency?
The service deploys its dedicated RPC endpoints across multiple strategically
located data centers worldwide. The architecture is designed for the client to connect
to the node closest to their application (reducing physical distance latency),
ensuring the transaction enters the prioritized path with the lowest possible
initial network delay.
SHORT INTEGRATION GUIDE
01
Read the docs
Read the docs and get info how to sent Tx
02
Send Tx
Send transaction with fee
