Celes Chain is a custom Layer 2 network built using the Arbitrum Orbit framework with Base serving as the settlement layer. Celes provides a dedicated high performance execution environment created for modern onchain applications that require low latency, low fees, and stable throughput.

Get your NFT boxes based on your onchain activity on the Base and Arbitrum networks. A maximum of 30. Inside each box are tokens that will be available immediately after the minting.

Building on CelesChain: A Practical Layer-2 Execution Environment for Ethereum Developers

CelesChain is a Layer-2 blockchain designed for builders who care about execution performance, predictable costs, and real user experience—not abstract narratives.

Built using Arbitrum Orbit, settled on Base, and powered by a bridged gas token model, CelesChain combines proven Ethereum security with a flexible execution layer optimized for modern Web3 applications.

This article introduces CelesChain from a developer’s perspective: how it works, why it exists, and what it enables for teams building on Ethereum today.

Ethereum’s ecosystem has matured rapidly, but builders still face recurring challenges:

• Volatile gas fees that break UX

• Congested execution environments

• Fragmented liquidity across L2s

• Infrastructure that optimizes narratives, not applications

CelesChain is built to address these issues by focusing on one thing: a scalable, developer-friendly execution layer that stays Ethereum-aligned.

Rather than competing with Ethereum, CelesChain extends it.

At a high level, CelesChain is composed of three core layers:

1. Execution Layer – Arbitrum Orbit–based rollup

2. Settlement Layer – Base (Ethereum L2)

3. Gas Layer – Bridged gas token abstraction

This separation allows CelesChain to scale execution independently while inheriting strong settlement guarantees.

CelesChain uses Arbitrum Orbit to deploy a fully customizable rollup.

This gives the network full control over:

• Execution environment

• Fee mechanics

• Governance rules

• Upgrade paths

For developers, this means CelesChain is not constrained by generic L2 defaults. The chain can evolve alongside application needs rather than forcing apps to adapt to infrastructure limitations.

Key benefits for builders:

• Full EVM compatibility

• Independent block production

• Proven fraud-proof security model

• Modular, upgradeable rollup design

If you already deploy on Ethereum or other EVM chains, CelesChain feels immediately familiar.

CelesChain settles on Base, leveraging:

• Ethereum-level security guarantees

• A fast-growing liquidity ecosystem

• Direct composability with Base-native applications

By settling on Base, CelesChain avoids ecosystem fragmentation while staying aligned with one of the most active Ethereum Layer-2 environments.

For developers, this translates into:

• Easier liquidity routing

• Better cross-L2 composability

• Reduced isolation compared to standalone rollups

One of the most overlooked friction points in Web3 is gas onboarding.

CelesChain introduces a bridged gas token model, where:

• Users pay gas using a bridged token

• Settlement and accounting are abstracted at the protocol level

• Native gas complexity is hidden from end users

Why this matters:

• Users don’t need to acquire a new native token upfront

• Developers can design smoother onboarding flows

• The system enables future gas sponsorship and gasless UX

For application teams, this unlocks Web2-like onboarding without sacrificing decentralization.

1. Transactions are executed on the Orbit-based Layer-2

2. Blocks are produced independently by CelesChain

3. State roots are periodically submitted to Base

4. Finality is inherited via Base and Ethereum

5. Gas accounting is handled through the bridged token layer

This design allows execution to scale without compromising settlement security.

CelesChain is fully EVM-compatible, meaning you can use existing tools without modification:

• Hardhat

• Foundry

• ethers.js

• web3.js

• third-party SDKs like thirdweb

Smart contracts deploy the same way they do on Ethereum.

No new languages. No custom VMs. No rewritten tooling.

CelesChain’s testnet is designed to simulate real conditions—not just contract deployment.

Developers can:

• Deploy and iterate on production-grade contracts

• Interact with built-in DeFi primitives

• Test UX flows under real user activity

• Participate in XP and badge-based incentive programs

This allows teams to validate assumptions early, before mainnet deployment.

CelesChain is optimized for applications that require:

• High-frequency transactions

• Predictable fees

• Smooth user onboarding

• Tight integration with Ethereum liquidity

This includes:

• DeFi protocols

• Consumer-facing dApps

• Gaming and social applications

• AI-driven onchain agents

• Application-specific rollups and micro-L3s (future)

CelesChain is built with a clear philosophy:

• Simplicity over complexity

• Composability over isolation

• Usability over speculation

The goal is not to ship fast, but to ship correctly.

If you already build on Ethereum, getting started on CelesChain requires minimal changes.

• Connect to the RPC

• Deploy contracts using your existing workflow

• Interact via standard JSON-RPC

• Test UX under real user conditions

📚 Documentation:

https://docs.celeschain.xyz/

CelesChain is not another generic Layer-2.

It is a practical execution layer designed for builders who want to ship real products, scale responsibly, and stay aligned with Ethereum’s long-term direction.

If you believe infrastructure should serve applications—not the other way around—CelesChain is built for you.

Chain Details

Network Name - Celes Testnet
Chain ID - 22225
RPC - https://rpc-testnet.celeschain.xyz
Currency symbol - CLES
Block explorer URL - https://testnet-explorer.celeschain.xyz

Celes Chain is a custom Layer 2 network built using the Arbitrum Orbit framework with Base serving as the settlement layer. Celes provides a dedicated high performance execution environment created for modern onchain applications that require low latency, low fees, and stable throughput.

Get your NFT boxes based on your onchain activity on the Base and Arbitrum networks. A maximum of 30. Inside each box are tokens that will be available immediately after the minting.

Building on CelesChain: A Practical Layer-2 Execution Environment for Ethereum Developers

CelesChain is a Layer-2 blockchain designed for builders who care about execution performance, predictable costs, and real user experience—not abstract narratives.

Built using Arbitrum Orbit, settled on Base, and powered by a bridged gas token model, CelesChain combines proven Ethereum security with a flexible execution layer optimized for modern Web3 applications.

This article introduces CelesChain from a developer’s perspective: how it works, why it exists, and what it enables for teams building on Ethereum today.

Ethereum’s ecosystem has matured rapidly, but builders still face recurring challenges:

• Volatile gas fees that break UX

• Congested execution environments

• Fragmented liquidity across L2s

• Infrastructure that optimizes narratives, not applications

CelesChain is built to address these issues by focusing on one thing: a scalable, developer-friendly execution layer that stays Ethereum-aligned.

Rather than competing with Ethereum, CelesChain extends it.

At a high level, CelesChain is composed of three core layers:

1. Execution Layer – Arbitrum Orbit–based rollup

2. Settlement Layer – Base (Ethereum L2)

3. Gas Layer – Bridged gas token abstraction

This separation allows CelesChain to scale execution independently while inheriting strong settlement guarantees.

CelesChain uses Arbitrum Orbit to deploy a fully customizable rollup.

This gives the network full control over:

• Execution environment

• Fee mechanics

• Governance rules

• Upgrade paths

For developers, this means CelesChain is not constrained by generic L2 defaults. The chain can evolve alongside application needs rather than forcing apps to adapt to infrastructure limitations.

Key benefits for builders:

• Full EVM compatibility

• Independent block production

• Proven fraud-proof security model

• Modular, upgradeable rollup design

If you already deploy on Ethereum or other EVM chains, CelesChain feels immediately familiar.

CelesChain settles on Base, leveraging:

• Ethereum-level security guarantees

• A fast-growing liquidity ecosystem

• Direct composability with Base-native applications

By settling on Base, CelesChain avoids ecosystem fragmentation while staying aligned with one of the most active Ethereum Layer-2 environments.

For developers, this translates into:

• Easier liquidity routing

• Better cross-L2 composability

• Reduced isolation compared to standalone rollups

One of the most overlooked friction points in Web3 is gas onboarding.

CelesChain introduces a bridged gas token model, where:

• Users pay gas using a bridged token

• Settlement and accounting are abstracted at the protocol level

• Native gas complexity is hidden from end users

Why this matters:

• Users don’t need to acquire a new native token upfront

• Developers can design smoother onboarding flows

• The system enables future gas sponsorship and gasless UX

For application teams, this unlocks Web2-like onboarding without sacrificing decentralization.

1. Transactions are executed on the Orbit-based Layer-2

2. Blocks are produced independently by CelesChain

3. State roots are periodically submitted to Base

4. Finality is inherited via Base and Ethereum

5. Gas accounting is handled through the bridged token layer

This design allows execution to scale without compromising settlement security.

CelesChain is fully EVM-compatible, meaning you can use existing tools without modification:

• Hardhat

• Foundry

• ethers.js

• web3.js

• third-party SDKs like thirdweb

Smart contracts deploy the same way they do on Ethereum.

No new languages. No custom VMs. No rewritten tooling.

CelesChain’s testnet is designed to simulate real conditions—not just contract deployment.

Developers can:

• Deploy and iterate on production-grade contracts

• Interact with built-in DeFi primitives

• Test UX flows under real user activity

• Participate in XP and badge-based incentive programs

This allows teams to validate assumptions early, before mainnet deployment.

CelesChain is optimized for applications that require:

• High-frequency transactions

• Predictable fees

• Smooth user onboarding

• Tight integration with Ethereum liquidity

This includes:

• DeFi protocols

• Consumer-facing dApps

• Gaming and social applications

• AI-driven onchain agents

• Application-specific rollups and micro-L3s (future)

CelesChain is built with a clear philosophy:

• Simplicity over complexity

• Composability over isolation

• Usability over speculation

The goal is not to ship fast, but to ship correctly.

If you already build on Ethereum, getting started on CelesChain requires minimal changes.

• Connect to the RPC

• Deploy contracts using your existing workflow

• Interact via standard JSON-RPC

• Test UX under real user conditions

📚 Documentation:

https://docs.celeschain.xyz/

CelesChain is not another generic Layer-2.

It is a practical execution layer designed for builders who want to ship real products, scale responsibly, and stay aligned with Ethereum’s long-term direction.

If you believe infrastructure should serve applications—not the other way around—CelesChain is built for you.

Chain Details

Network Name - Celes Testnet
Chain ID - 22225
RPC - https://rpc-testnet.celeschain.xyz
Currency symbol - CLES
Block explorer URL - https://testnet-explorer.celeschain.xyz