A giant is entering the market. It'll rank among the 8 biggest chains on Day 1. And it might become a Top 3 ecosystem by the end of 2025. In the 5th part of this series, we'll focus on @convergeonchain, built by Securitize, the biggest RWA issuer, and Ethena, one of the biggest companies in DeFi. A hybrid chain capable of hosting both permissionless and permissioned apps, enabling: • Permissionless smart contracts deployment • Unrestricted access for users • DeFi composability • Traceability of financial flows • Monitoring of onchain activity • KYC/KYB on users when desired But now, as we do with each chain in this series, let's dive into the infra and tech. ⚙️ THE TECH Converge’s infrastructure is built to offer hyper-fast execution, with 100ms block times and 100 MGas/s throughput, thanks to the following integrations: 1.) @conduitxyz G2 Sequencer Introduced in October, G2 is 10x more powerful than default sequencers used by all rollup frameworks. Although many argue that we've built enough infra and we need to focus on apps, a fundamental issue has consistently held builders back: Lack of onchain computing. Simply, the more complex the application or the larger the user base is, the heavier the pressure on the network is. And it's not about TPS, as many refer to, but rather about the data contained in those transactions. For instance, a token swap is much easier for a chain to process than a transaction representing video game activity. With this in mind, Conduit's G2 sequencer is capable of handling 50-100 Mgas/s (Megagas per second, a measuring unit that accounts for both the number of transactions and their complexity), which, as mentioned previously, is vastly higher than any other existing infra. (Check image n°1 from Conduitxyz's blog post) Converge leverages this beauty of tech to integrate two key components to push latency down and performance up: • Parallel Execution - processes multiple transactions at once rather than sequentially. • Mini-blocks - instead of waiting to build full blocks, G2 emits mini-blocks as transactions arrive, enabling validators to start processing them immediately. 2.) Optimized State Storage Converge nodes will use a flat, path-based storage model backed by high-performance databases, as described in the documentation. In simple terms, the data will be organized like files on a computer, making it much easier to find, read, update, or delete information quickly. This setup also allows multiple validators and users to access the same data simultaneously without delays and, importantly, without needing to pause the system. 3.) Stylus Support In addition to the EVM, Converge will support Stylus, a WASM-based execution engine that lets developers deploy smart contracts in multiple languages—including Solidity, Rust, C, C++, Go, Sway, Move, and Cairo. Stylus enables much faster execution and lower gas costs, especially for compute-heavy operations. This means developers can launch apps with up to 100x better performance than standard EVM-based ones. 4.) Celestia as DA Layer At launch, Converge will use Celestia for data availability, making it a Validium, which is a type of rollup that stores data off the Ethereum mainnet. This approach allows for higher scalability (with intrinsic risks) as the chain leverages the best-performing DA on the market. About this, Celestia currently supports 128MB block sizes on testnet and has a roadmap to scale up to 1GB blocks. 🛡️ CONVERGE'S SECURITY BACKBONE: THE VALIDATOR NETWORK The key differentiator from any other chain is the Converge Validator Network (CVN), which will serve as a crucial layer of security and governance. Unlike traditional validator sets focused on consensus or data availability, the CVN acts as a security council with the authority to intervene during threats to user funds or network integrity. It's designed to shield the network from anything that goes from malicious cross-chain messages to oracle manipulation, smart contract bugs, and so on. To participate in the CVN, validators must stake $ENA, Ethena’s governance token. In exchange, they earn a share of the transaction fees and other rewards (TBD). Ultimately, while Converge leverages Ethereum's base security, its validator network adds an extra layer of protection, making the chain highly secure for institutions to operate. ⚡ ETHEREAL Thanks to Converge’s high throughput, the team can target another market with proven PMF: derivatives DEXs. The prime reason for Hyperliquid's success is the super smooth UX it provides, made possible by the underlying infrastructure. Ethereal, the DEX built on top of Converge, aims to reach 1 million orders per second, five times more than what Hyperliquid currently handles. The DEX, which will support both spot and perpetual trading, will be built as a dedicated appchain on top of Converge, thus having its own dedicated execution environment while still posting proofs on Converge. Other applications that need their own execution environment can also deploy their own networks that settle down to Converge. With Ethereal, the Ethena ecosystem would cover every major product vertical with proven PMF in crypto: • Stablecoins • DEXs • Perp DEXs • Tokenized RWAs • Rollups Lastly, @etherealdex has already surpassed $1B in USDe deposits, with 21.4% of all USDe supply now being locked into the platform. (Check image n°2 from @etherealdex’s Dune dashboard) 🧩 PERMISSIONLESS BY DEFAULT, COMPLIANT BY DESIGN As mentioned in the beginning, Converge utilizes a hybrid model: the base layer is fully permissionless, but developers can opt into permissioned features at the application or asset issuer level. This is especially relevant for RWA applications. (Check image n°3) Note how the network itself is permissionless. Thus, permissioning is not enforced by the validators or contributors. This structure allows developers to launch freely while meeting the compliance needs of the tradFi institutions present on the network, whenever that is required. On top of that, the second major benefit of building on Converge is the access to the $8.28B+ combined TVL of @ethena_labs and @Securitize. (Check image n°4 by @tokenterminal) Furthermore, the chain leverages the strong networks of Ethena and Securitize to bring in blue-chip apps to deploy from day 1, including: • @maplefinance • @aave • @pendle_fi • @MorphoLabs • others Other notable protocols such as @LayerZero_Core, @wormhole, @PythNetwork, and @redstone_defi will also support Converge from day one, providing infra for cross-chain messaging, bridging, and price feeds. In conclusion, Converge seems well-positioned to enter the market and quickly establish itself as a hub for DeFi and RWA. We all know how important liquidity is for enabling new DeFi use cases and developing a wide ecosystem. At the same time, reputation and strong ties with institutions are critical to a good RWA ecosystem. Ethena and Securitize excel on both fronts and thus have high chances of nailing down the growth and distribution of Converge and its products.
MooMs
MooMsMay 8, 2025
DeFi without RWAs is going to die. But RWAs won't grow without tradFi. We need tailored infrastructure. However, DeFi and tradFi are very different worlds. DeFi composability and tradFi's compliance are two challenging concepts to combine, but @RaylsLabs is trying to do it with its UniFi Blockchain. Rayls combines permissioned and permissionless infrastructure to deliver a solution that fits institutional requirements without sacrificing the benefits of an open DeFi ecosystem. As with the previous parts of this series, let’s start by diving into the tech to understand how the ecosystem operates. ⚙️ THE TECH Rayls is building an ecosystem made of different networks encapsulated and interconnected with each other. The infrastructure is composed of four main parts: 1.) The Public Chain 2.) Private Subnets 3.) The Commit Chain 4.) Privacy Ledgers Let's go deeper into each component 👇 1.) Key Points About the Public Chain Rayls' Public Chain is an Ethereum L2 powered by @arbitrum that requires mandatory KYC from all users. The KYC process is done via open banking APIs to verify users' data while preserving their privacy (no data is stored on/off-chain). Despite being KYC-gated, the chain will be permissionless and interoperable with the rest of DeFi. Users and devs can launch and use apps, tokens, and so on, as in any other ecosystem. With this setup, as all users are KYCed, institutions will be more comfortable interacting with them and DeFi protocols in the ecosystem, thus unlocking a lot of opportunities for new capital and demand to flow onchain. 2.) Key Points About Private Subnets Surrounding the Public Chain, there will be multiple Private Subnets, which are permissioned networks tailored for institutions. Each Private Subnet consists of: • A Commit Chain (the hub) • Many Privacy Ledgers (the spokes) Finally, each Subnet is connected to the main Rayls Public Chain. An interesting feature is that when a subnet is created, a Governor and an Auditor are assigned to respectively rule and oversee it. • Governor - manages governance rules and changes how the Subnet operates. • Auditor - monitors transaction activity (transactions that pass through the Commit Chain and not inside Privacy Ledgers) and informs the Governor about anything suspicious. (Check image n°1) 3.) Key Points About the Commit Chain The Commit Chain is an EVM-compatible chain at the center of each Private Subnet that orchestrates all transfers between the Privacy Ledgers. This is done by leveraging Rayls Relayers, a privacy-preserving messaging layer that handles communication and transfers between the Privacy Ledgers and the Commit Chain. By ensuring that all transactions are relayed, validated, and recorded with full integrity, the Relayer plays a critical role in maintaining trust and reliability inside a subnet. Imagine the structure like this: Commit Chain <> Relayer <> Private Ledgers (Check image n°2) 4.) Key Points About Privacy Ledgers The last piece of the puzzle is Privacy Ledgers, which can send and receive tokens between each other. Rayls is building the ecosystem to ensure all transactions are encrypted and hidden from other participants in the Subnet. This enables institutions to create accounts for their clients in total privacy, issue tokens in total privacy, and transact with other institutions in total privacy. In this case, the interop between Privacy Ledgers inside a Subnet is handled by the Rayls Protocol, an end-to-end private transfer solution. Imagine the structure this way: Privacy Ledger ⇄ Rayls Protocol ⇄ Privacy Ledger (Check image n°2 again) 📈 OPPORTUNITIES & USE CASES 1.) There is a concrete chance to see both existing and new protocols to partner with TradFi players and deploy tailored apps inside their subnets. This would require teams to work closely with these entities and likely invest more resources than deploying on another chain, but the benefits might outweigh the efforts as they will have access to an exclusive pool of clients and liquidity. 2.) A second concrete use case is a multi-CBDC payments infrastructure where different governments set up a subnet or multiple subnets, with a bank being the settlement and coordinating party. This model was explored during a PoC in the past months and featured in the G20 TechSprint Report published in October 2024. 🌎 LATAM EXPANSION & INSTITUTIONAL ADOPTION @parfin_io, the parent company of Rayls, has strong ties with enterprises and institutions across South America, which has facilitated Rayls’ use in multiple PoCs and institutional tests in recent months. The key initiatives that Rayls was involved with include: 1.) Drex - Brazil CBDC Rayls was chosen by the Central Bank of Brazil (Bacen) as the privacy solution for Drex, the country’s official CBDC. "For any tokenized asset process—and by tokenized asset, we mean anything that can generate value—it is essential to settle transactions. To settle, a fiat currency is needed, and for a fiat currency to be used within blockchain technology, it must also be tokenized” The initiative involved 16 banks, the Central Bank of Brazil, and Rayls. According to the team, at least five of those institutions are continuing to test and engage with its infrastructure. For banks and financial institutions, CBDCs pose a challenge to traditional revenue streams like transaction fees and spreads. Instead of serving as intermediaries, banks might pivot to providing transaction infrastructure or liquidity bridges for tokenized assets. The key highlights of the tests are: • Drex transfers between financial institutions (FIs) • Tokenised Real/Drex transactions between FIs' clients • Trading (DvP Method - Delivery vs Payment) of tokenized Federal Public Securities (TPFt) between FIs • Trading (DvP) of TPFt between FI clients 2.) Brazil's Largest FinTech Infrastructure Provider A bit of context: Nuclea is Brazil’s largest provider of financial technology infrastructure. In 2022 alone, the company processed over 31 billion transactions, totaling more than BRL 19 trillion (2x Brazil’s GDP). Núclea manages 100% of invoice registrations and 90% of debit and credit card settlements in Brazil. Although not much information has been provided on this topic, Nuclea is exploring blockchain tech, specifically Rayls, to advance its infrastructure and explore tokenization use cases. 3.) J.P. Morgan's EPIC Program In November of last year, in a report by J.P. Morgan's blockchain unit, Rayls was highlighted as a partner participating in Project EPIC for exploring privacy and identity solutions tailored for institutions. The official announcement states: “In Parfin’s implementation, Rayls showcased a secure and compliant system for global, institutional transactions.” (Check image n°3)
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