SKAle

Skale, also referred to as the SKALE Network, is a blockchain scaling platform designed to improve the throughput and efficiency of decentralized applications. It achieves this by using elastic sidechains that run in parallel to the Ethereum network, allowing dApps to operate with dedicated resources while still benefiting from Ethereum’s security.

The architecture centers on elastic sidechains, which are configurable networks with their own compute, memory, and storage resources. Each sidechain uses a network of validators to provide consensus, while Ethereum serves as the base layer for security and value transfers. Skale sidechains are engineered to be Ethereum Virtual Machine (EVM) compatible, facilitating easier porting of existing Ethereum contracts and tooling. Cross-chain bridges help move assets between sidechains and the Ethereum mainnet.

The platform employs a native token, SKL, used to pay for resources on sidechains, compensate node operators, and participate in governance decisions. Validator operators stake SKL and run nodes to secure and maintain performance of their assigned sidechains. This economic design aims to incentivize uptime, reliability, and efficient operation.

Skale Labs developed the platform and has pursued deployments and partnerships within the broader blockchain ecosystem. The network has been used by various decentralized applications seeking lower and more predictable gas costs and higher transaction throughput, including use cases in gaming, social platforms, and other high-activity dApps.

In the broader landscape, Skale is one of several approaches to Ethereum scaling, alongside rollups and other sidechains. It continues to evolve through ecosystem development, security assessments, and governance processes as the space for scalable smart contracts expands.