What are blockchain nodes?

Blockchain nodes are remote computers connected and synchronized to maintain the integrity of blockchain networks. Technically, they are high-end hardware devices with specific software that are connected to each other. Distributed ledgers rely on them while adding new data to the chain, confirming transactions and preserving the history of accounts and blocks.

How to browse crypto nodes list?

In crypto nodes list by GetBlock, we demonstrate all endpoints (URLs) available for integrating into decentralized applications of various types. To find the one you need, you should know the name of the network (Bitcoin, Ethereum, BSC), type of the network (testnet, mainnet), and type of API interface (JSON RPC, WebSockets or WS, and so on).

How to find the perfect RPC API in blockchain nodes list?

Various blockchains are designed to cater various use-cases. For instance, non-programmable networks like Bitcoin or Litecoin don’t support smart contracts natively. As such, developers can’t deploy mainstream dApps to these blockchains. However, non-programmable protocols can be useful for wallets, trading bots, centralized exchanges, and so on.

How to start working with blockchain RPCs by GetBlock?

In order to start using GetBlock, you need to register an account (either e-mail, Google account or MetaMask wallet is needed), validate it, choose the RPC APIs from the crypto nodes list, and start sending requests. To start using paid packages, users should top up the account with fiat or crypto.

What are dedicated APIs in crypto?

In crypto development there are two types of private RPC API endpoints: shared and dedicated ones. Dedicated endpoints should be referred to as devices used to support the operations of a single application: one device serves one client.

RPC Access to 100+ Blockchains

GetBlock

RPC Service

Supported protocols

Frequently Asked Questions

What are blockchain nodes?
Blockchain nodes are remote computers connected and synchronized to maintain the integrity of blockchain networks. Technically, they are high-end hardware devices with specific software that are connected to each other. Distributed ledgers rely on them while adding new data to the chain, confirming transactions and preserving the history of accounts and blocks.
How to browse crypto nodes list?
In crypto nodes list by GetBlock, we demonstrate all endpoints (URLs) available for integrating into decentralized applications of various types. To find the one you need, you should know the name of the network (Bitcoin, Ethereum, BSC), type of the network (testnet, mainnet), and type of API interface (JSON RPC, WebSockets or WS, and so on).
How to find the perfect RPC API in blockchain nodes list?
Various blockchains are designed to cater various use-cases. For instance, non-programmable networks like Bitcoin or Litecoin don’t support smart contracts natively. As such, developers can’t deploy mainstream dApps to these blockchains. However, non-programmable protocols can be useful for wallets, trading bots, centralized exchanges, and so on.
How to start working with blockchain RPCs by GetBlock?
In order to start using GetBlock, you need to register an account (either e-mail, Google account or MetaMask wallet is needed), validate it, choose the RPC APIs from the crypto nodes list, and start sending requests. To start using paid packages, users should top up the account with fiat or crypto.
What are dedicated APIs in crypto?
In crypto development there are two types of private RPC API endpoints: shared and dedicated ones. Dedicated endpoints should be referred to as devices used to support the operations of a single application: one device serves one client.

Web3 RPC APIs

Crypto Nodes List: Various Blockchains, Various Use Cases

Fast and cost-efficient RPC APIs

GetBlock maintains one of the largest toolkits of crypto nodes in Web3. We run blockchain nodes so our clients don’t have to. As a leading RPC APIs provider, we offer 99,99% uptime and competitive speed for all our services.

Blockchain Nodes: List of Advantages

Working with a Web3 RPC provider is more resource-efficient than running self-hosted ones. Instead of purchasing servers, customizing and maintaining them, teams can focus on development saving up to 70% in time and efforts.