Self chain L1 The access layer to Web3

Self chain is built to offer seamless cross-chain access. It is a modular blockchain that offers the essential building blocks for teams, AI Agents, and ultimately users to access all the opportunities Web3 has to offer.

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The gateway to Web3 opportunities

Self chain is a L1 blockchain which solves keyless account access for users, dApps, and AI Agents. While also supporting natural language access to Web3 ecosystems through its AI-powered, intent-centric access layer.

Keyless

wallets with AI powers

Simplifies how anyone can securely self-custody assets.

Deploy

across chains

Seamlessly deploy dApps across chains for increased reach.

Liquidity

access on-demand

Solves cross-chain liquidity bridging and access.

Scalable

architecture

High throughput, with fast finality for sustainable growth.

Built to deliver the best of Web3

Self chain is built to operate as an intent-centric access layer to allow users and developers tap into crypto opportunities frictionlessly. It abstracts the complexity of chains, accounts, and liquidity access, while natively offering AI capabilities.

Access it all

Unify liquidity and interoperability across multiple ecosystems.

High scalability

Execute operations in seconds with minimal fees and latency.

Secure decentralization

Robust PoS validation ensures integrity and data availability.

Optimal execution

Solvers find efficient paths, sponsor gas to execute tx.

Builder friendly

Simplify development with robust SDKs, libraries, and support.

Universal access

Onboard anyone with intuitive, AI-powered conversational UI.

How the Self chain L1 works?

Self chain functions as a decentralized infrastructure access-layer that harmonizes multi-chain ecosystems. Secured by the $SLF token, it offers native support for users and builders to all essential crypto primitives.

By leveraging modular design, scalable AI intents, and multi-chain account abstraction, it eliminates technical barriers, enabling faster, more secure, and developer-friendly blockchain interactions.

Simplify accounts

Keep assets safe with distributed security while also delivering a simplified, and seamless multi-chain accounts.

Solve liquidity

Provide frictionless access to cross-chain liquidity. Sponsored gas, paid with any available asset, using optimal paths.

Scale access

AI-powered intents allow users to experience the fullest of crypto opportunities in a safe and familiar UX.

Join the Self chain ecosystem

Discover how projects are benefiting from Self chain’s L1 to create groundbreaking dApps and services. Its modular architecture allows teams to deploy at scale, faster.

Frontier Wallet

A leading self-custody wallet, preferred by millions of global users. Frontier’s mobile app, Chrome Browser Extension, and Bundle Portfolio manager offer native access to 80+ blockchains and many more dApps.

Elsa AI

As an AI crypto co-pilot, Elsa harnesses Self Chain's intent-centric access layer to provide users with AI-driven insights and seamless interactions across blockchains. It enhances the crypto trading experience for users of all skill levels.

Hatchy.fun

A popular platform that enables users to instantly create, launch, and manage tokens seamlessly across multiple blockchains. It is gaining traction with memecoiners and uses Self Chain to simplify complex onchain tasks.

MemeWallet

An emerging player in the Memecoin community. MemeWallet uses cross-chain interoperability and intent recognition to offer users seamless liquidity, timely trades, and secure self-custody. Transforming traditional trading for better UX.

Build with Self Chain

Experience familiar and friendly developer tools to get your started. Spend less time choosing between blockchains, building account infrastructure, or AI capabilities. Build capable and fully-autonomous onchain AI Agents more efficiently using our extensive developer ecosystem. Join our community of builders and innovators today.

L1 Blockchain

Keyless Wallet SDK

Chain Abstraction

AA & Plugins

Intent SDK

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Intent SDK

Keyless Wallet

AI & Plugins

Frequently Asked Questions

Self chain is built on the vision of solving self custody for anyone, anywhere. In this section we have tried to address some of the most commonly asked questions about Self chain. If you have a question that isn’t covered here, reach out to us using any of the links on our Community page. Your interest in Self chain is invaluable and helps us continuously improve.

What is a L1 chain?

A Layer-1 blockchain, often referred to as an L1 chain, is the foundational layer of blockchain technology. It operates as the base protocol responsible for validating transactions, maintaining consensus, and powering decentralized applications (dApps) without relying on any other blockchain for its core functionality. Examples of prominent Layer-1 blockchains include Ethereum, Bitcoin, and Solana.

Key Characteristics of a Layer-1 Blockchain

Autonomy
• L1 chains are independent and maintain their own network of nodes to validate transactions and secure the system. They do not depend on other blockchains for consensus or operations.
Consensus Mechanisms
• Each L1 chain employs a consensus algorithm to validate transactions and add blocks to the chain, ensuring security and transparency. For instance:
• Bitcoin uses Proof of Work (PoW).
• Ethereum 2.0 and Self chain utilize Proof of Stake (PoS) variants, using their native tokens ETH and SLF to secure the network.
• Solana uses Proof of History (PoH) to support PoS.
Smart Contracts
• Many L1 chains, including Self chain, support smart contracts—self-executing programs that enable automated and trustless transactions. These make the blockchain a versatile platform for decentralized finance (DeFi), NFTs, and more.
Native Cryptocurrency
• L1 chains typically have their own native cryptocurrency. For example:
• Bitcoin’s native coin is BTC.
• Ethereum’s is Ether (ETH).
• Self chain’s is SLF, powering its ecosystem and incentivizing participants.
Scalability Challenges
• While foundational, L1 chains often face bottlenecks in scalability and transaction speed as the network grows. Some chains, like Self chain, address these through advanced consensus mechanisms and modular architectures, reducing fees and improving throughput.

Why is Self chain a L1 blockchain?

Self Chain leverages the robust Cosmos SDK foundation while adding our unique intent-driven execution layer. Transactions are processed through a distributed network of validators using our enhanced Delegated Proof of Stake (DPoS) mechanism. For scaling, we utilize advanced sharding techniques and our modular architecture to handle high transaction volumes efficiently. The AI-powered intent system also helps optimize transaction batching and execution paths, further improving performance. The result is a blockchain that can scale to meet enterprise demands while maintaining fast finality and low costs.

By being a Layer-1, Self chain provides a robust and modular architecture that natively supports:

Direct Asset Ownership
Self chain ensures users have full control over their assets through decentralized, keyless wallets that eliminate the need for private key management. This enables secure self-custody while simplifying access.
Seamless Cross-Chain Accessibility
As an independent L1, Self chain is optimized to connect with other leading Layer-1 blockchains. Through features like chain abstraction and intent-based execution, Self chain allows users to interact with multiple blockchains from a single platform, removing the complexity of managing multiple wallets and networks.
Interoperability
Self chain is designed to integrate seamlessly with the broader blockchain ecosystem, bridging liquidity and enabling users to leverage the strengths of various Layer-1 chains without technical barriers.
Foundational Infrastructure
As a Layer-1, Self chain operates autonomously, providing the infrastructure needed for decentralized applications (dApps) and use cases, including decentralized finance (DeFi), AI agent interactions, and GameFi. This independence ensures that it’s not reliant on other blockchains for functionality.

In summary, Self chain is an L1 to enable secure asset ownership and access to leading ecosystems, acting as a gateway for users and developers to easily navigate and interact with the decentralized world.

What is the difference between Layer 1, and Layer 2 blockchains?

Layer 1 (L1) and Layer 2 (L2) blockchains serve distinct roles in blockchain architecture, working together to create a secure, scalable, and efficient ecosystem.

Layer 1 (L1) Blockchains
Definition:
Layer 1 refers to the base blockchain layer that performs fundamental functions, such as processing transactions, maintaining consensus, and securing the network.
Key Characteristics:

Independent Operation: L1 blockchains, such as Bitcoin, Ethereum, Solana, and Self chain, are self-sufficient and operate without reliance on another chain.
Native Cryptocurrency: Each L1 blockchain has its own native token (e.g., Bitcoin for Bitcoin, ETH for Ethereum, SOL for Solana, or SLF for Self chain), used for transactions and incentivizing validators.
Consensus Mechanisms:
• L1 chains rely on mechanisms like Proof of Work (PoW) or Proof of Stake (PoS) or Proof of History (PoH) to validate transactions and ensure security.
• These mechanisms provide high levels of decentralization and security.
Limitations:
• L1 chains often face scalability challenges, such as slower transaction speeds and higher fees, as user activity increases.

Layer 2 (L2) Blockchains
Definition:
Layer 2 solutions are built on top of Layer 1 blockchains to extend their capabilities, particularly for improving transaction speed and scalability.
Key Characteristics:

Enhanced Scalability:
• L2 chains reduce congestion on the L1 by processing transactions off-chain or in batches, increasing throughput.
• Examples: Bitcoin’s Lightning Network, Ethereum’s Base (built on the Optimism stack).
Lower Costs:
• L2 solutions process transactions more efficiently, leading to lower fees compared to L1 chains.
Reliance on L1 Security:
• L2 chains utilize the security and consensus mechanisms of their underlying L1 chain. For instance, Base benefits from Ethereum’s robust PoS-based security.
Specific Use Cases:
• L2s often cater to niche needs, such as enabling micropayments (Lightning Network) or scaling DeFi applications (Base).

Feature	Layer 1 (L1)	Layer 2 (L2)
Role	Foundational blockchain layer	Secondary layer to extend L1’s capabilities
Dependency	Operates independently	Relies on L1 for security and consensus
Scalability	Limited by native architecture	Designed to improve scalability
Transaction Costs	Typically higher	Lower due to efficient processing
Decentralization	Highly decentralized	Often more centralized
Examples	Bitcoin, Ethereum, Solana	Lightning Network, Base

Self chain L1 The access layer to Web3

Simplify accounts

Solve liquidity

Scale access

Intent SDK

Keyless Wallet

AI & Plugins

Join our community today