XRPL EVM Full Node: Complete Guide

What is a XRPL EVM full node?

A XRPL EVM full node syncs an execution client (and, where applicable, the L1/L2 stack behind it), verifies blocks, and serves standard Ethereum JSON-RPC: eth_blockNumber, eth_getBalance, eth_call, eth_getLogs, and eth_sendRawTransaction.

RpcNode offers managed XRPL EVM Full Node RPC over HTTPS so applications can read XRP balances, simulate contracts, and submit signed transactions without self-hosting Erigon/Geth and companion services.

Why XRPL EVM full nodes matter

Every wallet balance, payment confirmation, and contract read ultimately depends on nodes that agree on XRPL EVM state. Public endpoints rate-limit and flake; your product’s reliability tracks the quality of the full nodes behind your RPC URL.

XRPL EVM in the RpcNode catalog: XRPL EVM Sidechain.

• Native asset: XRP
• Environments: Mainnet, Testnet
• API family: EVM JSON-RPC
• Listed in the RpcNode network catalog

When to run your own XRPL EVM node

Self-hosting a XRPL EVM full node makes sense when you need custom indexing, ultra-low latency next to your app, or compliance constraints that forbid third-party RPC. For most product teams, managed Full Node RPC is faster to ship and cheaper to operate.

• Building wallets, payments, or address watchers that need reliable XRPL EVM reads and writes
• Avoiding multi-terabyte disks, peer tuning, and 24/7 pager duty for chain upgrades
• Preferring HTTPS JSON-RPC with allowlists, keys, and usage metering
• Evaluating XRPL EVM before dedicating hardware — start on RpcNode, or self-host with Toolkit in a few clicks

XRPL EVM full node server requirements

XRPL EVM full node server requirements follow typical EVM patterns: Geth, Reth, Erigon, or a chain-specific geth fork for execution. If the chain is post-merge Ethereum-like L1, budget a consensus client too.

Size minimum specs for a pruned/full node first. Archive hardware requirements are a different purchase — often 10+ TB NVMe.

Looking up "XRPL EVM server requirements", "XRPL EVM hardware requirements", or "XRPL EVM minimum specs"? Use the checklist below as the planning baseline for a self-hosted full node.

XRPL EVM is in the RpcNode catalog. Until you need custom indexing or on-prem constraints, prefer managed Full Node RPC when available rather than buying this class of server “just in case”.

• CPU: 4–8+ cores for snappy eth_call under load
• RAM: 16–32 GB common; 64 GB+ for heavier clients
• Disk: NVMe 1–2+ TB for full; archive is multi-TB
• Bandwidth: 1 Gbps recommended for peers + RPC
• OS: Ubuntu 22.04/24.04 LTS
• Full vs archive: RpcNode positions as Full Node RPC, not archive

Self-host XRPL EVM with RpcNode Toolkit

RpcNode Toolkit is a free self-hosted panel: install a Linux host agent, add the server, then add a node in a few clicks (network → environment → server). The node page walks install, sync, logs, and RPC.

XRPL EVM may already be in the Add node catalog, or you can use managed Full Node RPC on RpcNode while you wait. Hardware requirements in this guide still apply — Toolkit automates the install, not the disks.

1. Install the host agent on Linux, then Add server in the panel.
2. Add node: pick the network, environment, and server.
3. Open the node page for ports, install, sync, and the fullnode RPC endpoint.

Open Toolkit

How to run a XRPL EVM full node

How to run a XRPL EVM full node (EVM family): install the chain’s supported execution client (Geth/Reth/Erigon or a fork / L2 stack), configure a non-archive full profile, and expose JSON-RPC only through an allowlisted proxy.

If XRPL EVM is a post-merge L1 style network, run a consensus client beside execution with a shared JWT.

XRPL EVM is in the RpcNode catalog. Until you need custom indexing or on-prem constraints, prefer managed Full Node RPC when available rather than buying this class of server “just in case”.

1. Provision Ubuntu 24.04 LTS (or the OS your client documents) on bare metal or a dedicated VM. Create a system user such as `nodeop` — do not run the node as root.
2. Attach NVMe sized for full (non-archive) growth. Mount it away from the root filesystem and give ownership to the operator user.
3. Apply OS hygiene: unattended-upgrades or a patch cadence, fail2ban/SSH keys, and raise file-descriptor limits if the client docs require it.
4. Install the official or widely supported XRPL EVM client(s) from upstream releases — pin versions and read release notes before upgrades.
5. Configure full-node sync/pruning defaults suitable for tip RPC. Do not enable archive unless you need deep historical state.
6. Bind HTTP JSON-RPC to localhost (commonly `8545`); keep Engine/auth APIs local.
7. Create systemd services with automatic restart and log rotation.
8. Open only the documented P2P ports publicly; whitelist RPC.
9. Verify with `eth_syncing` / `eth_blockNumber` (or the chain’s equivalent) against a public explorer tip.

• Target: full node RPC, not validator keys (unless you intentionally stake)
• Confirm exact flags in official docs — chain forks differ

Using XRPL EVM RPC without self-hosting

RpcNode exposes managed EVM JSON-RPC for XRPL EVM. Create an endpoint in the cabinet, restrict IPs if needed, and call the same methods your stack already uses.

Catalog environments for XRPL EVM: Mainnet, Testnet. Create an endpoint in the RpcNode cabinet for the environment you need, or use this guide to plan a self-hosted deployment.

Typical methods teams start with: eth_blockNumber, eth_getBalance, eth_call, eth_getLogs, eth_sendRawTransaction.

Self-hosting vs managed Full Node RPC

Self-hosting gives maximum control and can reduce per-request cost at huge scale, but you own upgrades, peers, disk growth, and incident response. RpcNode Toolkit cuts the install to a few clicks (agent → Add server → Add node → node page) while you still run the hardware.

Managed RpcNode Full Node RPC trades that ops burden for a stable HTTPS endpoint, usage visibility, and the same method surface your SDK already speaks. If you are comparing providers, also see RpcNode’s comparison page.

XRPL EVM integration checklist

Use this short checklist when wiring XRPL EVM into production.

• Pick the correct environment (Mainnet, Testnet) — never mix testnet keys with mainnet funds
• Store RPC URLs and keys in secrets management; rotate on staff changes
• Add IP allowlisting for server-side backends
• Alert on tip lag / getHealth (or equivalent) failures
• Load-test eth_getLogs / getProgramAccounts-style heavy calls before launch
• Decide full vs archive needs early — RpcNode is Full Node oriented
• Confirm XRPL EVM server requirements (CPU/RAM/disk) before self-hosting
• Or install with RpcNode Toolkit in a few clicks — free self-hosted panel

XRPL EVM full node FAQ