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Robinhood Chain is a Layer-1 blockchain built by Robinhood to empower fast, secure, and low-cost Web3 experiences. It offers native support for tokens and smart contracts, EVM compatibility, sub-second finality, and seamless integration with Robinhood’s ecosystem. Designed for mainstream adoption, Robinhood Chain focuses on simple onboarding, scalability, and real-time interactions for users and developers alike.

Arc is open Layer-1 blockchain purpose-built to unite programmable money and onchain innovation with real-world economic activity. Arc is designed to serve as the Economic OS for the internet, enabling builders and issuers worldwide to power the next era of onchain lending, capital markets, FX, and payments, igniting liquidity across currencies and asset classes.

DataHaven is a decentralized data marketplace and Layer-1 ecosystem that enables secure data contribution, verification, and monetization. It lets users and builders publish, query, and trade verifiable datasets with privacy controls, reputation scoring, and open data agreements. Fully EVM compatible, DataHaven connects trusted on-chain data flows with scalable Web3 apps and AI services.

Neura is a sovereign, EVM-compatible Layer 1 blockchain purpose-built for stablecoins, DeFi, and real-time digital finance. Unlike general-purpose chains, Neura operates its own vertically integrated infrastructure stack, spanning physical hardware, private fiber, and protocol layers. This sovereignty allows Neura to deliver sub-second block times, instant finality, predictable performance, and compliance by design.

Push Chain is a universal Layer-1 blockchain built on Proof-of-Stake (PoS), designed to break down blockchain silos and let any user, on any chain and with any wallet, interact with the same dApp. It’s 100% EVM-compatible — you deploy once and your app instantly works for Ethereum, Solana, and other supported chains. Push Chain offers universal smart contracts, cross-chain wallet & gas abstraction, sub-second finality and a unified developer experience.

SANDchain is a zk-powered blockchain built by The SANDChain Foundation with ZKsync and Caldera, serving as the financial backbone of the global creator economy. SANDchain delivers transparent, programmable infrastructure where creators, fans, and brands can build and participate in thriving on-chain economies. With $SAND as its native gas token, SANDchain unlocks creator tokens, loyalty programs, programmable vaults, and DeFi integrations — giving communities the tools to own, fund, and grow culture together.

OPN Chain is a high-performance EVM blockchain developed by IOPn, built as an optimized version of Cronos focused purely on Ethereum compatibility. Unlike standard Cosmos SDK chains, OPN Chain is designed specifically for EVM operations with IBC (Inter-Blockchain Communication) planned for the future.

GIWA is an Ethereum Layer-2 blockchain built on the OP Stack and powered by Upbit, designed to make Web3 simple, fast, and accessible. With 1-second block times, full EVM compatibility, and low fees, GIWA lets builders deploy easily using familiar tools. Inspired by the strength of “giwa” roof tiles, it aims to unite developers worldwide into a scalable and resilient Web3 ecosystem.

Stable is a Layer-1 blockchain built specifically for stablecoin payments and settlements. It uses USDT as native gas and settlement token, supports sub-second finality, and enables gas-free peer-to-peer transfers. Fully EVM compatible, Stable allows developers to deploy existing Ethereum smart contracts and build scalable, low-cost stablecoin-native applications.

X1 EcoChain is a Layer-1 blockchain secured by Proof of Authority validators running on X1Nodes consuming just 3 watts per hour. Fully EVM-compatible, it delivers sub-cent gas fees, instant finality, and carbon-light operation—bringing smart-contract utility to anyone with a power outlet.

Pharos Network is a modular data and AI infrastructure that links blockchains, applications and real world systems through a unified data and indexing layer. It provides fast data access, trust minimized proofs and a clean developer experience, making it easy to build rollups, verifiable data flows and AI driven applications. Pharos works as a bridge between intelligence and Web3 systems, enabling transparent automation and seamless integration across ecosystems.

Fluent is the first blended execution network — an Ethereum Layer-2 that fuses EVM, WebAssembly (WASM), and SVM into a unified execution environment. Smart contracts from different VMs can interoperate atomically and in real time (no bridging). Developers can use Solidity, Rust, or mixed “blended” apps via tools like gblend and Fluentbase.

Incentiv is a Layer 1 blockchain built to simplify and democratize blockchain technology, making it accessible, intuitive, and rewarding for users of all backgrounds. Its purpose is to bridge the gap between Web2 and Web3, offering a seamless user experience that empowers both developers and non-technical users to engage with the blockchain effortlessly.

Doma Protocol is an EVM-compatible Layer‑2 blockchain built on the OP Stack, designed to bring the $350B domain industry on-chain. It enables secure, ICANN‑compliant domain tokenization, bidirectional Web2 ↔ Web3 synchronization, fractional ownership via synthetic tokens, and cross‑chain bridging. Ideal for building DomainFi apps like marketplaces, lending, leasing, and more.

ZenChain is a fast, developer-friendly Layer‑1 blockchain with full EVM compatibility, 6-second block times, and low fees. It supports smooth cross-chain interactions with networks like Bitcoin and Ethereum through its CCIM module. With built-in security powered by AI, easy forkless upgrades, and support for smart contracts and ZIP-20 tokens, ZenChain makes building scalable Web3 apps easier and more accessible.

Irys is the world’s first programmable data blockchain, where data isn’t just stored—it carries its own logic. With IrysVM (an EVM-compatible VM), smart contracts can directly interact with data embedded with rules like ownership, royalties, and access control. Its multi-ledger system (Submit → Publish) ensures verifiable, scalable, and low-cost on-chain data.

Helios is a next-generation blockchain designed for interchain automation, AI-powered smart contracts, and decentralized governance. Unlike traditional networks that operate in isolation, Helios bridges multiple ecosystems, allowing assets, smart contracts, and validators to work seamlessly across multiple chains.

Injective introduces a native Multi‑VM Layer‑1 blockchain that runs both EVM and WASM environments within a unified architecture. Its native EVM—built on the latest Geth—delivers exceptional performance (up to 20,000 TPS), seamless token interoperability via the MultiVM Token Standard (MTS), atomic cross‑VM transactions, and full access to Injective’s on‑chain exchange and DeFi modules—all optimized for high‑throughput finance and cross‑chain innovation.

Kite AI is the first purpose-built foundational blockchain for AI, designed to empower fair and transparent collaboration across data, models, and agents. Proof of Artificial Intelligence (PoAI) ensures that contributors are fairly rewarded, and every interaction is tracked with transparency. Our platform eliminates centralized restrictions, democratizing AI and fostering global innovation.

RISE is a next-generation Ethereum Layer 2 blockchain redefining performance with infinite speed—delivering instant transaction confirmation at unprecedented scale, while upholding Ethereum’s core principle of decentralization. Its unique architecture enables 5 ms latency, making it the fastest blockchain. RISE is also on course to exceed 100,000 TPS throughput capacity, enabling it to support millions of users simultaneously.

Seismic is an L1 blockchain capable of encrypting arbitrary smart contracts. Deploying a single Solidity contract is sufficient to launch an encrypted DeFi protocol, no custom infrastructure required. We achieved this by restructuring the modern blockchain stack around TEEs. This involved forking key components such as Solidity, Reth, and Foundry. By doing so, we were able to fully leverage the confidentiality guarantees of secure enclaves and eliminate the need for additional infrastructure.