INFI
INFI Blockchain is building decentralized testnet architecture
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INFI decentralized testnet

Decentralized EVM infrastructure for transparent assets.

INFI Blockchain is a public, wallet-friendly EVM-compatible Layer 1 built on four pillars—decentralization, safety, speed, and transparency. Open validator participation, fast finality, audited infrastructure, and an explorer where every block, contract, and domain is verifiable by anyone. The same open foundation powers DeFi, DePIN, AI, RWA, free domains, and a future decentralized VPN.

Add INFI Testnet Claim test InvertX Safety Model
Chain ID 98402 Gas test InvertX Status prototype testnet
INFI Network Layer 1 · EVM · Chain ID 98402
Block 98402
#983990x18063
#984000x18064
#984010x18065
#984020x18066
pending…
  • Application Wallets · INFI Scan · Domains · DApps
    L4
  • EVM & Smart Contracts Solidity · ERC-20 / 721 / 1155
    L3
  • Consensus Validator set · Block finality · BFT
    L2
  • Networking · Mempool P2P gossip · Tx pool · JSON-RPC
    L1
  • Data & State Merkle trie · Headers · Receipts
    L0
InvertXGas DeFiDePIN FreeDomains AIRWA

Architecture

An EVM Layer 1 built as honest, inspectable layers.

INFI is shaped as a clean, open stack: a P2P networking floor, a fast consensus engine, an EVM execution layer, and a user-facing surface for wallets, INFI Scan, and DApps. Every layer is documented, reproducible, and verifiable—designed for decentralization, safety, speed, and transparency from the ground up.

Network topology

Validator mesh & transaction propagation

validator-01 validator-02 validator-03 validator-04 LEADER #98402 + block tx · vote → ← block · finality
tx · vote (validator → leader) block proposal (leader → validators) finality wave
Block target ~3s per block
Finality BFT validator-confirmed
Propagation P2P gossip mesh
Chain ID 98402 INFI testnet

Protocol stack

How a transaction travels through INFI

  1. 01
    Wallet submits tx

    User signs a transaction in any EVM wallet. WalletConnect or RPC sends it to a public endpoint.

  2. 02
    RPC & mempool

    RPC validates the signature, nonce, and gas. The tx enters the public mempool and is gossiped to peers.

  3. 03
    Consensus & ordering

    The current block leader orders pending txs and proposes a block; validators verify and finalize.

  4. 04
    EVM execution

    Each tx runs in the EVM, mutating account state, emitting logs, and consuming InvertX gas.

  5. 05
    State commit

    The new state root, headers, and receipts are persisted. The block is now part of the canonical chain.

  6. 06
    Public visibility

    INFI Scan indexes the new block. Wallets and DApps see the receipt; the user sees confirmation.

Execution EVM Solidity, Vyper compatible
Consensus BFT-style Validator set with finality
Networking P2P Gossip Tx pool · block propagation
Data layer Merkle State Trie · headers · receipts

Decentralization

Decentralization is the design—open at every layer.

Decentralization isn't a slogan—it's a design choice at every layer. Open validator participation, reproducible builds, public RPC endpoints, and an explorer where anyone can audit the network. Open code, open data, open access.

Open Network

Decentralized Participation

INFI is planned for a broad node and validator ecosystem—anyone meeting the technical requirements can run a node, propose blocks, and earn from honest participation.

Public Proof

Explorer Transparency

INFI Scan makes every block, transaction, validator, and contract verifiable by anyone. The full network state is public by default.

User Control

Wallet Access

Users add INFI Testnet to any EVM wallet, receive test gas, and inspect on-chain activity directly—no intermediaries, no permission required.

Open Code

Reproducible Builds

Source code, build pipelines, and release artifacts are public so anyone can audit, fork, or run their own node. No black box, no gatekeepers.

Network

Public testnet, real adoption, no shortcuts.

The testnet flow leads users to the actions that matter: add the network, claim free gas, inspect transactions on INFI Scan, and verify the launch path before any mainnet release. Open access, open data, every step.

98402 INFI Testnet chain ID
100,000 monthly tINVX faucet cap per wallet
1.25 USDT testnet reference display for 1 test InvertX

Ecosystem Focus

DeFi, DePIN, AI, and decentralized RWA infrastructure.

INFI's ecosystem is built around real, useful decentralized infrastructure. InvertX is planned as a stable protocol unit for cleaner value movement across decentralized environments—open, auditable, and with no hidden levers.

DeFi

Bridge-Light Value Movement

InvertX is positioned to reduce reliance on wrapped assets, bridge-heavy architecture, and fragmented liquidity paths.

DePIN

Node-Powered Services

Future infrastructure services can use public verification, node participation, and transparent utility records.

AI

Verified AI Infrastructure

AI-facing workflows can benefit from transparent settlement, identity, and verifiable network activity.

RWA

Decentralized Asset Rails

RWA infrastructure should focus on auditability, issuer clarity, and explorer-visible asset records.

Four Pillars

Built on decentralization, safety, speed, and transparency.

01 · Decentralization

Open Validator Network

Anyone meeting the technical requirements can run a node, propose blocks, or query state. No central operator, no permissioned gatekeepers, no closed source.

02 · Safety

Audited & Accountable

Reproducible builds, third-party audits, public bug bounties, and transparent incident reporting. Trust earned through proof, not promises.

03 · Speed

Fast Finality

Short block targets, BFT-confirmed finality, and lightweight InvertX gas. EVM-compatible execution that keeps everyday transactions cheap and quick.

04 · Transparency

Verifiable Everything

INFI Scan exposes every block, transaction, validator, contract, and domain. The full network state is public by default—nothing hidden, nothing assumed.

Builders

Start with familiar EVM tooling.

INFI is being shaped for familiar EVM development, smooth wallet onboarding, transparent explorer workflows, and practical decentralized applications. Public RPC, open contracts, and verifiable execution—everything you need to build, ship, and audit on a chain that's open by default.

Connect Wallet Open Faucet 
curl -X POST https://infi-testnet-rpc.onrender.com \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","id":1,"method":"eth_chainId","params":[]}'

{ "result": "0x18062" }

Protocol Modules

Clear public surfaces for a serious launch plan.

INFI Domains

Free user domains are planned for wallet naming, dapp identity, asset records, and easier explorer lookup.

Tokenized Assets

Asset metadata, issuer records, proof links, and scan-visible risk labels should make tokenized assets easier to audit.

Decentralized VPN

Provider registry, node reputation, payments, and safety controls can become a dedicated utility layer after the base chain is stable.

Safety and Transparency

Credibility comes from proof, not slogans.

No blockchain can honestly promise it cannot be hacked. INFI should earn trust through open source code, repeatable builds, testnet telemetry, audits, bug bounties, clear warnings, and public incident reporting before mainnet.

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