Rayls (RLS) is a next-generation financial infrastructure blockchain designed to bridge the gap between traditional finance (TradFi) and decentralized finance (DeFi). By combining compliance-focused architecture with programmable, EVM-compatible technology, Rayls enables regulated institutions to adopt on-chain settlement, asset tokenization, and liquidity frameworks without compromising privacy, performance, or regulatory requirements.

Overview

Built for banks, central banks, FMIs, and large financial institutions, Rayls delivers a hybrid public–private blockchain model. This allows sensitive operations to occur in fully controlled environments while maintaining seamless distribution and composability on a public chain. The native asset, RLS, powers fees, governance, staking, and broader ecosystem incentives.

Architecture and Technology

The Rayls architecture is composed of three integrated layers engineered to serve real-world institutional workflows while remaining interoperable with the DeFi landscape.

Rayls Public Chain

The Rayls public chain is a permissionless, EVM-compatible network optimized for regulated financial activity. Key characteristics include:

• Deterministic finality: Ensures predictable settlement for financial transactions.
• USD-pegged gas fees: Prevents volatility in operational costs for institutions.
• Built-in compliance: All accounts are bound to verified attestations, aligning the network with global regulatory standards while maintaining full composability with the DeFi ecosystem.

Rayls Privacy Nodes

Privacy Nodes are permissioned EVM blockchains deployed directly within institutional environments. Features include:

• On-premise deployment: Ideal for banks, central banks, and FMIs requiring strict data governance.
• High throughput: Capable of 10,000+ transactions per second.
• Network isolation: Supports private settlement environments while maintaining secure connectivity to the Rayls public chain.

Rayls Enygma Protocol

The Enygma Protocol introduces a quantum-secure framework for privacy-preserving transactions and settlement.

• Zero-knowledge proofs and homomorphic encryption enable confidential transaction validation.
• Programmable privacy controls allow institutions to configure visibility across workflows.
• Supports Delivery-versus-Payment (DvP) and other complex settlement logic.

This dual-network design ensures that institutions can execute private operations while tapping into public-chain liquidity, distribution, and secondary markets.

Use Cases and Institutional Adoption

Rayls has seen rapid traction across major financial ecosystems in Latin America and beyond, supporting real-world institutional deployments.

Central Bank of Brazil – DREX Pilot

Rayls powers components of Brazil’s CBDC research and tokenized credit instrument pilots, demonstrating its suitability for sovereign-scale digital asset infrastructure.

Núclea

As the largest FMI in the Southern Hemisphere, Núclea uses Rayls to tokenize and settle over 10,000 commercial receivables weekly, surpassing $50 million in cumulative on-chain settlement.

Cielo

Cielo—Latin America’s largest payment acquirer—is integrating Rayls to enable tokenized merchant settlement and credit-card receivable workflows, with a planned production launch in Q3 2025 supporting 800,000 daily payouts.

J.P. Morgan Onyx / Kinexys “Epic” Benchmark

Rayls ranked first among six privacy-focused blockchain solutions evaluated for institutional finance in the 2025 “Epic” benchmark conducted by J.P. Morgan’s Onyx/Kinexys division.

Beyond these deployments, Rayls is collaborating with global banks, asset managers, and payment processors to support tokenized bonds, RWAs, receivables, loans, and cross-border settlement systems. For additional context on real-world asset tokenization trends, readers can explore CryptoSlate’s coverage of tokenized asset markets.

Token and Economics

$RLS Token

The Rayls ecosystem operates using the RLS token, an ERC-20 asset with a fixed supply of 10 billion. The token plays a central role in chain security, governance, and institutional settlement economics.

• Staking: Validators and delegators secure the Rayls public chain and earn rewards.
• Governance: Token holders influence parameter decisions, upgrade processes, and ecosystem grants.
• Transaction Fees: Institutional infrastructure fees and settlement costs are paid in RLS.
• Ecosystem Incentives: Grants and developer incentives are funded by the Rayls Foundation.

Institutional activity is measured through a Proof-of-Usage (PoU) system, with real-time adoption metrics accessible via the official Rayls dashboard at pou.rayls.com.

Conclusion

Rayls provides a sophisticated, compliance-driven blockchain architecture aimed squarely at institutional adoption. By offering both a public EVM chain and private, high-performance privacy nodes—secured by advanced cryptographic frameworks—Rayls delivers a unified environment for asset tokenization, regulated settlement, and large-scale financial infrastructure modernization. With real-world deployments already underway across central banks, FMIs, and payment networks, Rayls and its RLS token are positioned as emerging pillars of the next-generation institutional blockchain ecosystem.