Infinex

About Infinex (INX)

What Is Infinex (INX)?

Infinex is a self-custodial front end for crypto that tries to feel like a centralized exchange account while leaving the user in control of their own assets. Instead of a browser extension and a seed phrase, an Infinex account is a set of smart contract wallets deployed on the networks you use, authorized with a device passkey and recoverable through linked accounts or linked addresses. INX is the network's token, distributed at a token generation event on January 30, 2026.

The practical pitch is consolidation. One login covers balances across many chains, swapping and bridging are merged into a single action Infinex calls a swidge, and integrations with outside protocols are added through a public proposal process rather than by the app team alone.

Official sources:

• Infinex
• Infinex support documentation
• Infinex proposals
• Infinex on GitHub

Who Founded Infinex? (History)

Infinex was founded by Kain Warwick, who previously founded Synthetix, and launched publicly in 2024. Its funding path was unusual. Rather than a private round, Infinex sold a collection of Patron NFTs, an ERC-721 contract on Ethereum named Infinex Patrons with a supply of 100,000, reported to have raised roughly 67.7 million dollars. Patron holders received governance standing in the project and an entitlement to INX at the token event.

Ahead of the January 2026 token generation event, Infinex ran a further public sale called Sonar, offering about 5 percent of the INX supply at a 300 million dollar fully diluted valuation, with allocations reserved for Patron holders and a lottery for everyone else. The Solana INX liquidity pool was created on January 30, 2026, which matches the announced event date.

How Infinex Works

Infinex sits between a wallet and an exchange interface, and its design rests on a few decisions:

1. Passkey authentication instead of seed phrases. Sign-in uses a device passkey, biometric or hardware backed, rather than a twelve-word phrase the user has to store. Key material is generated and held so that neither Infinex nor its key infrastructure partner can move funds alone.

2. Smart contract accounts per network. Rather than one keypair reused everywhere, Infinex deploys smart accounts on the networks a user touches, using the account abstraction pattern. That is what lets a single login control positions on both EVM chains and Solana.

3. Recovery as a first class feature. Users can link a Google or Apple account, or nominate EVM and Solana addresses, so that losing a device does not mean losing the account.

4. Swidge, a combined swap and bridge. Routing across chains is handled by aggregation behind a single user action, so the user picks an input and an output rather than choosing a bridge.

5. Integrations through governance. New chains, assets, and protocol integrations arrive as Infinex Improvement Proposals. The public proposal repository shows a long implemented list alongside drafts and items in review, which is a useful way to read what the product actually supports at any moment.

Key Ecosystem Components

• The Infinex account, a passkey-controlled smart account deployed per network
• Swidge routing for combined swapping and bridging
• The Infinex Patrons ERC-721 collection on Ethereum, the original funding and governance instrument
• Infinex Governance Points, an ERC-20 on Base used to record contribution and standing
• The proposal system at proposals.infinex.xyz, where integrations are specified and tracked
• INX, the token issued at the 2026 event

INX Token Utility

INX is positioned as the governance and incentive asset of the Infinex ecosystem, used to align the people who build integrations, the people who use the app, and the early backers who funded it. The proposal system is where that authority is exercised in practice.

It is worth being precise about what is verifiable on-chain today versus what is stated as intent. The contracts are live and their supply behavior is fixed. The detail of how INX captures value from app activity, including any fee routing, is governance-controlled and therefore subject to change, so the proposal record is the right place to check the current position rather than any third-party summary.

What Makes Infinex Unique?

Most attempts to make self-custody easier either wrap a normal wallet in a nicer interface or hand custody to an operator. Infinex tries a third route: real smart accounts with recovery paths that do not require a seed phrase, a single identity spanning Solana and EVM chains, and an open proposal process controlling what gets integrated. The token distribution is unusual too, with a large NFT-funded base of early backers rather than a venture round followed by an airdrop.

A second distinguishing detail is the token's supply architecture. The canonical INX contract on Ethereum is a fixed-supply ERC-20 with permit support and no mint function, no burn function, no owner, no pause switch, and no upgrade proxy. Its full supply of 10,000,000,000 INX was created once and cannot be changed by anyone, including the team.

How Infinex Differs from Similar Platforms

• Against a centralized exchange, Infinex does not take custody, and assets remain in contracts the user controls.
• Against a browser wallet, Infinex replaces seed phrase custody with passkeys and adds recovery, at the cost of depending on smart account infrastructure.
• Against a single-chain app, Infinex spans Solana and multiple EVM networks under one account.
• Against a perps-only or DEX-only interface, Infinex is a general account layer that routes into outside venues through governed integrations.

Use Cases of Infinex

• Holding and moving assets across several chains from one login
• Swapping and bridging in a single action rather than through separate tools
• Onboarding users who cannot safely manage a seed phrase
• Accessing integrated DeFi protocols without switching interfaces
• Holding INX to participate in decisions about which chains, assets, and protocols get supported

How Infinex Is Secured

Security has three separate layers, and they fail in different ways:

• Account layer. Passkeys and smart contract accounts remove seed phrase theft as a failure mode, but introduce dependence on the account contracts and on the key infrastructure provider. Recovery links are also an attack surface, so the accounts nominated for recovery need the same care as a hardware wallet.
• Contract layer. INX itself is about as simple as a token contract can be on Ethereum. There is no admin key, no mint path, and no upgrade proxy, so the supply cannot be inflated.
• Bridge layer. This is the part that deserves attention. INX on Ethereum is the canonical mint. The BNB Smart Chain deployment is a bridged representation whose minter is a Wormhole native token transfer manager operating in burning mode, and the Solana mint likewise carries an active mint authority held by the bridge rather than by a person. That design keeps the global supply consistent, but it means holders on BNB Chain and Solana carry cross-chain messaging risk that holders of the Ethereum contract do not.

Contract addresses published by Infinex: Ethereum 0xdeF1b2D939EdC0E4d35806c59b3166F790175afe, BNB Smart Chain 0x45f55B46689402583073ff227B6ac20520052a24, and Solana mint inxKXw9V2NDZE7hDijzpJaKKUb97NEPJDTCEEiYg4yY. Always confirm an address against the official support page before trading.

Risks and Considerations

• Cross-chain representations of INX depend on a third-party bridge. A failure there affects the bridged token, not the Ethereum contract.
• Smart account infrastructure is newer than plain keypairs, and a bug in the account contracts or a compromise at the key infrastructure provider is a real category of risk.
• Recovery convenience creates social engineering exposure through the linked accounts.
• INX launched in 2026 with a long vesting horizon for several groups, so distribution is still maturing.
• Governance decides most of the token's economic role, which means the answer can change.
• A consumer-facing crypto account touching many jurisdictions carries regulatory uncertainty, and supported features may vary by region.

Why Infinex Matters

Self-custody has a usability problem that has not been solved by telling people to be more careful. Infinex is one of the more complete attempts to fix it at the account layer rather than the wallet layer, and it is doing so across Solana and EVM at the same time. If the passkey and smart account pattern becomes the default way people hold crypto, Infinex is one of the projects that will have pushed it there. The open proposal record also makes it unusually easy to audit what the product has actually shipped, which is rare for a consumer app.

Where Can You Buy Infinex (INX)?

INX became publicly tradable at its January 30, 2026 token generation event and is available on centralized exchanges and on decentralized venues on the chains where it is deployed. Pairs and availability vary by venue and by jurisdiction.

Major Centralized Exchanges (CEX)

INX has been listed on venues including:

• Binance
• Bybit
• OKX
• KuCoin
• Gate

Common pairs include INX/USDT where supported.

Storage Options After Purchase

INX can be held:

• In an Infinex account itself
• In a self-custodial EVM wallet for the Ethereum or BNB Chain contracts
• In a Solana wallet such as Phantom or Solflare for the Solana mint
• Behind a hardware wallet using a compatible interface
• On an exchange, where the exchange controls the keys

INX exists on three chains with three different addresses. Sending the Ethereum token to a Solana address, or depositing a bridged representation to an exchange expecting the Ethereum contract, will not work. Check the network on both ends first.

Related Coins

You can compare INX with related projects on Coinrithm:

• Synthetix (SNX)
• Solana (SOL)
• Ethereum (ETH)
• Jupiter (JUP)
• Hyperliquid (HYPE)