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GTBS Blockchain ↗
Build · Technical Documentation

GTBS Technical Documentation

A complete technical starting point for network users, developers, node operators, validators and infrastructure teams.

Developer Portal ↗Build Hub ↗
GTBS Blockchain

Documentation map

Start with the section that matches your role.

01

Getting Started

Connect an EVM wallet, configure GTBS Mainnet, request testnet GTBS and deploy your first contract.

02

Core Concepts

Understand DPoS, validator roles, delegations, accounts, transactions, gas and finality.

03

Smart Contracts

Write and test Solidity contracts using Hardhat, Foundry or Remix.

04

Node Operators

Deploy Micro Nodes, Backup Validators and Super Nodes with production security practices.

05

SDKs & Libraries

Integrate GTBS using JavaScript, TypeScript, Rust, Go and Python tooling where supported.

06

APIs & RPC

Use JSON-RPC, WebSocket subscriptions and application infrastructure to connect to the network.

GTBS Blockchain

Network fundamentals

The published GTBS materials describe a DPoS Layer 1 with EVM execution and a validator-driven consensus model.

DPoS

Consensus

21 super-nodes produce blocks while 99 backup validators stand ready according to the whitepaper.

EVM

Execution

EVM-equivalent execution supports Solidity smart contracts and familiar tooling.

P2P

Network

P2P peers, bootnodes, RPC endpoints and validator infrastructure provide connectivity.

APP

Applications

Wallet, exchange, NFT, social, gaming and cloud products form the ecosystem layer.

GTBS Blockchain

Mainnet connection reference

Use these values for EVM-compatible wallets and applications.

FieldValue
Network NameGTBS Chain
RPC URLhttps://mainnet-rpc.gtbsblockchain.com/
Chain ID4599
Hex Chain ID0x11f7
Native SymbolGTBS
GTBS Blockchain

Transaction lifecycle

A typical application transaction flows from wallet signing to RPC propagation, node execution and block finality.

01

Sign

The user signs a transaction with an EVM wallet.

02

Broadcast

The application sends the signed transaction through an RPC endpoint.

03

Execute

GTBS nodes validate and execute the transaction in the EVM environment.

04

Finalise

Consensus participants agree on the resulting block and state.

GTBS Blockchain

Node operations

Production operators should separate validator keys from public RPC services, monitor peer health and disk usage, maintain backups and test recovery before upgrades.

Operational rule: Never place validator private keys in public repositories, frontend code, browser storage or shared support tickets.