Why Relix Chain
Relix was created with a simple question in mind: if we could design a new Layer-1 today, knowing everything we’ve learned from the last cycle of blockchains, what would it look like? The answer is a network that is fast, predictable, and comfortable for developers, without asking them to relearn everything from scratch.
Relix combines a modern Proof of Stake design with full EVM compatibility, so existing Ethereum tooling still works while the underlying network is tuned for high throughput and low fees. For builders, this means less time fighting infrastructure and more time shipping products.
Built for real applications, not just benchmarks
Many chains look impressive in stress tests but feel unreliable once real users arrive. Relix is engineered the other way around: the focus is consistent finality, stable RPC performance, and a smooth experience for wallets and dApps.
Transactions are confirmed quickly, so DeFi users are not stuck waiting.
Fees stay low and predictable, even during busy periods.
The infrastructure is designed to scale as the ecosystem grows, instead of relying on constant parameter changes.
This combination makes Relix a practical home for trading platforms, on-chain games, NFT markets, and any product that needs responsive, always-on infrastructure.
A clean economic model with RLX at the center
RLX is the native token of Relix Chain and the core of its security model. The total supply is capped at 21 million RLX, giving the asset a clear and easy-to-understand ceiling from day one.
RLX has three primary roles:
Gas asset – all network fees are paid in RLX.
Staking asset – validators and delegators stake RLX to secure the chain.
Ecosystem asset – projects can use RLX as collateral, liquidity, or treasury reserve within their own protocols.
This structure aligns incentives: the more useful the network becomes, the more demand there is for RLX to power transactions and secure the validator set.
Familiar tools, lower friction for developers
Relix does not try to reinvent the developer stack. Instead, it leans into what already works:
Solidity and other EVM-compatible languages
Popular frameworks such as Hardhat, Foundry, and Truffle
Existing wallets and libraries that support custom EVM networks
By keeping the environment familiar, teams can port contracts, reuse audits, and iterate quickly. New projects can treat Relix as an additional deployment target rather than a completely separate ecosystem that requires months of re-tooling.
Focused on builders from day one
From the start, Relix is being developed with the perspective of teams who actually launch products: clear documentation, stable RPC endpoints, and a straightforward path from testnet experiments to production deployments.
The goal is not just to ship another chain, but to provide a dependable base layer where:
Developers feel confident deploying long-term protocols.
Users enjoy fast, inexpensive transactions without needing to understand the underlying complexity.
The community can grow around a transparent, well-documented network.
Relix Chain exists to give builders a modern, efficient Layer-1 that respects their time, their users, and the capital they bring on-chain.
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