Deep Dive
1. Purpose & Architecture for Regulated Finance
Rayls is designed to solve a critical standoff: regulated institutions hold vast capital but cannot use transparent public blockchains due to privacy obligations, while isolated private chains cut them off from open liquidity. Its solution is a coordinated, three-layer system (Rayls).
Each institution runs its own Privacy Node, a private, sovereign EVM chain. These nodes can connect to form Private Networks for groups of institutions, modeling jurisdictions. Finally, the Public Chain is a permissionless, Ethereum-compatible Layer 1 where institutional and public liquidity meet. This structure gives institutions the control of a private chain with the interoperability and programmability of a public network.
Privacy is delivered by the Enygma Framework, which uses zero-knowledge proofs and homomorphic encryption. Transactions are validated and settled on-chain, but their contents remain confidential, providing the verifiable audit trails institutions need (Why Rayls?).
For performance, Rayls uses the Axyl consensus mechanism, targeting roughly 10,000 transactions per second with sub-second finality. Notably, transactions on Privacy Nodes and Private Networks are gasless, while the Public Chain uses a stablecoin (USDr) for predictable gas fees, allowing institutions to budget reliably.
3. Ecosystem & Token (RLS) Fundamentals
The native RLS token powers the ecosystem's economy (Rayls tokenomics). It has a fixed maximum supply of 10 billion. Its core utilities include staking for validators, governance, and settling transaction fees. A key mechanism is that 50% of all RLS paid in fees is automatically burned, creating a deflationary link to real network usage.
The ecosystem is EVM-compatible, allowing developers to use existing tools. It is already in production with major Brazilian financial institutions like XP Inc. and Núclea, focusing on use cases like tokenized credit, stablecoins, and CBDC pilots.
Conclusion
Rayls is fundamentally a compliance-first infrastructure layer that enables the controlled movement of institutional capital onto blockchain networks. Its hybrid model of private execution and public settlement could redefine how traditional finance interacts with decentralized markets. The pivotal question remains: will its tailored approach to privacy and governance drive widespread institutional adoption?