EVM vs. EmpoorioChain: Client Differences

Learn about the differences between node clients on EmpoorioChain and Ethereum.

Table of Contents

Types of node clients

Why EmpoorioChain uses a single client

Types of node

RPC access

Summary

Ethereum and EmpoorioChain take different approaches to node software. Ethereum, since the Merge, requires operators to run two separate clients side by side; EmpoorioChain, as a Substrate chain, ships a single node binary that handles networking, execution, and consensus together.

Types of node clients

Since transitioning to PoS, Ethereum splits validator node software into two cooperating client types. Execution Layer (EL) clients receive transactions, execute them on the EVM, and maintain state. Consensus Layer (CL) clients run the PoS consensus protocol and reach agreement based on data from the execution client. A validator node runs one of each, paired over a local API.

Ethereum execution clients include:

ClientLanguage
GethGolang
BesuJava
NethermindC# .NET
ErigonGo
RethRust

Ethereum consensus clients include:

ClientLanguage
LighthouseRust
LodestarTypeScript
NimbusNim
PrysmGo
TekuJava

EmpoorioChain, being a single Substrate-based node, does not split into execution/consensus clients:

ClientLanguage
empoorio-node (the reference client)Rust

Why EmpoorioChain uses a single client

Substrate's architecture bundles networking (libp2p), block execution, and the consensus engines (Aura + GRANDPA) into one binary built from the same runtime that also defines the chain's pallets. There is currently one production client implementation; a diverse multi-client ecosystem like Ethereum's is a longer-term ecosystem goal rather than something already in place.

Types of node

Ethereum classifies nodes into three types based on the scope of data storage and participation in consensus:

  • Full Node: Validates the chain block by block; typically keeps a rolling window of recent state and can regenerate older data on demand.
  • Archive Node: Verifies and retains every block and every historical state from genesis onward; used by explorers and analytics tools.
  • Light Node: Downloads only block headers and verifies data against them; low resource requirements, does not participate in consensus.

EmpoorioChain, as a Substrate chain, divides nodes primarily by role rather than by storage depth:

  • Validator nodes: Author blocks (Aura) and vote on finality (GRANDPA); require a bonded stake and session keys.
  • RPC / full nodes: Sync and verify the full chain state and serve JSON-RPC to applications, without validating.
  • Archive nodes: Full nodes run with `--pruning archive`, retaining all historical state — the Substrate equivalent of Ethereum's Archive Node.
  • Light clients: Verify block headers and GRANDPA/BEEFY finality proofs without downloading full state, comparable in spirit to Ethereum's Light Node.

In short:

Node storing all history

  • Ethereum: Archive Node
  • EmpoorioChain: Full node run with `--pruning archive`

Node producing/finalizing blocks

  • Ethereum: Full Node (paired EL+CL)
  • EmpoorioChain: Validator node (Aura + GRANDPA)

Node serving RPC without validating

  • Ethereum: Light Node
  • EmpoorioChain: RPC node / light client
Node TypeEthereumEmpoorioChain
Stores all historyArchive NodeFull node, `--pruning archive`
Produces/finalizes blocksFull Node (EL+CL pair)Validator node (Aura + GRANDPA)
Serves RPC, doesn't validateLight NodeRPC node / light client

RPC access

EmpoorioChain exposes standard Substrate JSON-RPC and WebSocket endpoints, compatible with polkadot.js/@polkadot/api tooling, plus an Ethereum-JSON-RPC-compatible endpoint through its EVM pallet for Solidity tooling (Hardhat, Foundry, ethers.js). See the RPC page for current testnet endpoints.

Summary

  • Ethereum splits validator software into paired execution and consensus clients; EmpoorioChain ships one Substrate-based binary that does both.
  • Node roles differ by function (validator, RPC/full, archive, light) rather than by the EL/CL split, but the underlying use cases — full history, block production, and lightweight RPC access — map cleanly between the two chains.

EVM TO EMPOORIOCHAIN

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Intro to EmpoorioChain Development

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EmpoorioChain Pallet Reference

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More EmpoorioChain Developer Tools

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EVM to EmpoorioChain: Client Differences | empoorio