SKALE is an Ethereum-native, gas-free blockchain network optimized for high-throughput dApps in gaming, AI, and DeFi.
SKALE is an Ethereum-native blockchain network designed to enable developers to build fast, scalable, and gas-free decentralized applications (dApps). It targets high-throughput use cases such as gaming, artificial intelligence (AI), decentralized finance (DeFi), and NFTs. SKALE achieves this by offering a modular multichain architecture where developers can deploy dedicated or shared chains, called SKALE Chains, that operate with zero gas fees and instant finality. This architecture eliminates bottlenecks and latency issues common in other blockchains, providing a seamless user experience.
The network integrates natively with Ethereum, leveraging Ethereum's security and reliability while providing enhanced scalability and performance. SKALE uses a pooled validation model with containerized subnodes that run multiple chains concurrently, randomly rotating nodes to prevent collusion and ensure robust security. Its on-chain file storage supports full websites, NFT image storage, and AI/ML data integration, enabling complex dApps with trustless data storage. Instant block finality on SKALE prevents miner extractable value (MEV) attacks and chain reorganizations, which are common problems on other chains.
SKALE is actively used by developers building play-to-earn games, AI applications requiring high transaction throughput, and DeFi protocols that benefit from zero gas fees and front-running protection. The network supports over 2,500 transactions per second, has more than 150 validator nodes, and hosts a growing ecosystem with over 40 partners. Developers can get started by accessing SKALE’s APIs and SDKs, deploying their own SKALE Chains, or joining the SKALE grant programs for funding and technical support. Comprehensive documentation and community resources are available to facilitate onboarding.
Developers building decentralized applications on Ethereum face high gas fees, slow transaction finality, and network congestion, which hinder user experience and scalability. Additionally, MEV attacks and chain reorganizations create security and fairness issues for dApps, especially in gaming and DeFi.
Virtualized subnodes run multiple chains concurrently with random rotation for enhanced security and performance.
Explore web3 competitors and apps like SKALE.
Free Tier | Enterprise Tier | |
|---|---|---|
| Price (Monthly) | Free | Custom pricing |
| Price (Annual) | Free | Custom pricing |
| Messaging | N/A | Dedicated support and SLAs |
| Support | Community support via Discord and GitHub | Priority support and onboarding assistance |
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Reliable RPC, powerful APIs, and zero hassle.
SKALE provides extensive developer resources including documentation, grant programs, community channels, and a research hub to support onboarding and development.
Validator nodes are assigned dynamically to chains, enabling shared security without shared performance bottlenecks.
SKALE offers grants, engineering support, and marketing assistance to help projects launch and grow.
Supports thousands of transactions per second with low latency, suitable for gaming and AI applications.
Game developers use SKALE to build fast, gas-free multiplayer games with instant transaction finality and on-chain asset storage.
AI applications leverage SKALE’s zero gas fees and on-chain storage for immutable data and machine learning model execution.
DeFi developers deploy protocols on SKALE to benefit from MEV resistance, zero gas fees, and instant finality for fair trading and lending.
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