No, Solana doesn’t have a traditional mempool like many other blockchains. Instead, it uses a unique system called Gulf Stream — a mempool-less transaction forwarding protocol. With Gulf Stream, transactions are sent directly to validators, who cache them and begin preparing blocks in advance. This design allows Solana to achieve faster confirmation times by letting validators predict and pre-process transactions even before they are officially included in a block.
Yes, we do! You can request test access to a Solana node located in the EU region. The trial period is limited to three days. To get started, simply reach out to us via Telegram.
To speed up transaction processing on Solana, we offer integration with the SOL Trading API by bloXroute. It’s a powerful tool designed to optimize on-chain performance and reduce latency for trading and dApp operations.
A dedicated Solana RPC node gives your project direct access to blockchain infrastructure without sharing resources with others. By maintaining a full ledger copy on a private server, you ensure that your applications interact with the Solana network at maximum speed and with consistent reliability. Dedicated nodes eliminate the performance fluctuations common in shared environments, offering predictable low latency for critical operations. Security is also strengthened, as full control over the node environment protects your data and transactions from third-party risks.
Additionally, a dedicated setup allows you to configure the node to match your unique technical requirements — whether it’s optimizing system memory, selecting specific validators, or tracking custom metrics to better manage network behavior.
Solana Nodes as a Service (NaaS) offers a ready-to-use solution for connecting to the Solana blockchain without the burden of setting up and maintaining your own infrastructure. Instead of building nodes from scratch, you gain instant access to fully managed RPC nodes hosted on high-performance servers.
This model is ideal for:
By choosing Dysnix for Solana NaaS, you benefit from expert-managed nodes, consistent uptime, and a service tailored to your project’s growth needs.
No, Solana doesn’t allow subscription to unconfirmed (processed) transactions. The network’s design does not support accessing transactions before they’re fully executed and included in blocks. All transaction visibility starts only after confirmation.
For Solana, cloud setups are not practical. Running a node requires a bare-metal server because of the massive network traffic Solana generates. Using typical cloud infrastructure would not only be inefficient but also extremely costly. That’s why all Solana servers are provisioned directly from bare-metal providers to ensure performance and stability.
To choose the right server for your project, you need to understand which RPC methods your application will rely on. Special attention should be given to methods such as:
These methods require the creation of separate indexes in the Solana network, which significantly increases memory consumption. As a result, your server’s hardware configuration may need to be adjusted — and in some cases, a complete server upgrade might be necessary to ensure stable performance.
Shared Solana nodes are a cost-effective option for developers and small projects needing basic access to the network. However, shared resources can lead to slower transactions, lower reliability, and higher security risks. For businesses requiring consistent performance and stronger protection, dedicated Solana nodes are the better choice. They offer exclusive resources, enhanced security, and full control for optimizing network interactions.
In short:
Dysnix delivers dedicated Solana RPC nodes to support demanding projects and scalable growth.
A dedicated Solana network is a private blockchain infrastructure based on the Solana protocol, designed exclusively for a single organization or a specific group of participants. Unlike the public Solana mainnet, a dedicated network operates in a closed environment where access is restricted to approved users, providing higher levels of security and data confidentiality. Companies can fully customize the network’s parameters, including governance structures, validator node configurations, and performance settings, to align with their operational requirements.