What is Rise Chain?

Rise Chain is a new Ethereum Layer 2 network that removes the delays and limitations users have come to expect from blockchain. It processes over 100,000 transactions every second with confirmation times measured in milliseconds, all while preserving Ethereum’s decentralized foundation.

Most chains force a tradeoff between speed and openness, but Rise refuses that compromise. It gives developers the ability to build applications that react instantly, feel responsive under heavy load, and remain accessible to anyone without gatekeepers.

Rise Chain introduces the Gigagas Era, targeting over 1 gigagas per second, a measure of raw execution bandwidth far more accurate than traditional TPS. By tracking gas usage instead of transaction count, Rise reflects the true complexity of onchain activity like swaps, mints, and smart contract logic.

The project is currently running in testnet, where early users can experience what a high-speed, permissionless blockchain actually looks like in practice. Rise Chain doesn’t just increase performance; it redefines what’s possible when blockchains start behaving like real infrastructure.

How Rise Chain Works

Rise Chain restructures the Layer 2 stack around raw execution speed and efficient state handling. It replaces legacy design patterns with a system that prioritizes concurrency, pipeline utilization, and data access performance. Rise's core components according to the whitepaper include:

• pevm: A parallel EVM execution engine that runs transactions across many CPU threads while ensuring consistency and determinism.
• Continuous Block Pipeline: A block construction model that overlaps consensus, execution, and state finalization to keep CPUs busy at all times.
• Shreds: Sub-block units that break blocks into millisecond slices, allowing early processing and network propagation without waiting on full block formation.
• Mempool preprocessor: A transaction organizer that reduces shared state access by clustering non-conflicting transactions before execution.
• Versioned Merkle Tree: A custom state model that tracks state changes with versioned keys to reduce database compaction and enable fast historical lookups.
• RiseDB: A purpose-built storage backend that minimizes read/write amplification by using log-structured storage instead of general-purpose key-value stores.
• Reth integration: A high-performance Ethereum engine that gives low-level control over execution and memory in a Rust-native environment.
• Other important features: QUIC-based networking for faster peer connections, modular execution with JIT or interpreter modes, and a runtime that processes transactions continuously as they arrive.

Together, these ensure Rise Chain remains responsive under sustained high load, achieving 11ms round-trip latency, which is 10x to 180x faster than competing networks like MegaETH, Arbitrum, and OP Mainnet.

RISE Tokenomics

There is currently no official RISE token, and no token launch has taken place on any blockchain. Any listings or sales claiming to offer the RISE token are fake and should be treated as scams.

RISE has not announced a mainnet launch date, and no token-related details such as supply, distribution, or incentives have been made public. Information circulating on social media or third-party sites is unverified and not endorsed by the RISE team.

If you're looking for accurate updates about the RISE token, airdrops, distribution plans, or staking mechanics, always refer to the official RISE Discord or Blog. Do not engage with unofficial links, impersonators, or unauthenticated platforms claiming insider access to token allocations.

How to Farm the Rise Chain Airdrop?

Farming the Rise Chain airdrop involves interacting with testnet applications across the ecosystem. Tasks include wallet setup, using dApps, and simulating onchain activity tracked to your wallet address.

Steps to farming the Rise Chain airdrop:

1. Add the Rise testnet to your wallet: Configure the custom RPC details provided in the official documentation. This gives you access to all active projects deployed on the Rise test network.
2. Claim test tokens from the faucet: Start interacting with dApps using free test assets. These tokens are needed to cover gas fees and perform transactions across DeFi, gaming, and NFT protocols.
3. Play the “For The Kingdom” game: Generate gameplay-linked transactions through combat, crafting, and progression. Actions in-game help create a unique activity footprint tied to your wallet.
4. Swap and provide liquidity on GasPump, Clober, and B3X: Perform token swaps and liquidity actions, as these apps monitor trading frequency, liquidity depth, and asset movement.
5. Mint NFTs using NFTs2me: Upload media, set metadata, and complete the minting flow. This showcases usage of Rise’s NFT capabilities and creative tooling.
6. Lend and borrow tokens through InariFi: Interact with testnet credit markets by supplying collateral and initiating loans. Lending activity reflects more complex onchain behavior.
7. Try additional ecosystem apps as they go live: Expand your activity across new protocols launching during the testnet. Diversifying usage may improve your onchain profile for future reward qualification.

Best Apps on the Rise Chain Testnet

Rise Chain currently supports over 15 verified decentralized applications that highlight its speed, composability, and real-time performance. While new projects continue to roll out, a few stand out as the most active and advanced experiences available on the testnet. Here are they:

1. Clober

Clober is a decentralized exchange (DEX) that uses an onchain order book instead of an automated market maker (AMM). It enables fast spot trading with minimal latency, taking full advantage of Rise’s high throughput to offer a more responsive trading experience.

2. For The Kingdom

For The Kingdom is a fully onchain strategy game where players choose a faction, customize their character, and fight monsters to gain XP and gear. Every action (combat, crafting, leveling) is processed directly onchain with near-instant confirmation thanks to Rise’s low-latency architecture.

3. NetSepio

NetSepio is a DePIN-powered private internet platform combining a decentralized VPN with AI-based network coordination. Built on Rise for security and performance, it uses encrypted routing, peer discovery, and zero-knowledge proofs to protect user identity and resist censorship.

Funding

Rise Chain raised $3.2 million in seed funding to accelerate development of its EVM-compatible L2 infrastructure. The round was led by Finality Capital Partners, with participation from OrangeDAO, Digital Asset Capital Management, ether.fi, Polygon Ventures, MH Ventures, and Public Works.

The raise also includes support from notable Ethereum ecosystem figures: Vitalik Buterin, co-founder of Ethereum; Stani Kulechov, founder of Aave; and Sandeep Nailwal, co-founder of Polygon. Their involvement highlights confidence in Rise’s technical approach from the very people who shaped the foundations of DeFi.

Founders

Rise Chain was founded by Sam Battenally (CEO), Sasha Mai Herbert (CGO), and Hai Nguyen (CTO) - a team combining engineering depth with crypto-native energy.

Sam, a software developer turned Layer 2 architect, is pushing Ethereum scaling forward with millisecond confirmation targets and a relentless focus on decentralization. Sasha brings a mix of cultural fluency and bold storytelling, actively championing Southeast Asia’s web3 builders while growing Rise’s global voice.

Hai leads technical innovation on the execution layer, writing Rust, optimizing the mempool, and driving Rise toward its 1 Gigagas/s performance goal, all while keeping things light with debugging jokes and cultural chaos.

Final Thoughts

Rise Chain’s testnet has already processed over 262 million transactions, and we’ve been using it daily without hitting slowdown or weird bugs.

The apps feel snappy, interactions settle fast, and the whole thing just works, which isn’t something we say often in crypto. From a builder’s side, setup is simple, deployment is fast, and iteration feels like using modern infrastructure, according to developers.