Skate Debuts Shadow Mainnet to Boost Stateless App Interactions

In preparation for the complete rollout of its Mainnet, Skate has introduced the eagerly awaited Shadow Mainnet. The goal of Shadow Mainnet is to improve cross-chain communication security and functionality by revolutionizing the way Stateless apps communicate across different blockchains. Users can enjoy smooth interoperability with this new network layer without compromising dependability or performance.

The Skate Hub Chain, which functions as an Ethereum Layer 2 solution and offers a highly scalable infrastructure, lies at the heart of this innovation. The Hub Chain supports a wide range of blockchain operations by ensuring data resilience and strong scalability through the use of dual data availability technologies, Avail and EigenDA.

Skate Hub Chain: The Core of Shadow Mainnet’s Functionality

The Skate Hub Chain serves as a unified processing framework for maintaining core logic and state consistency across all connected chains and virtual machines (VMs). This allows applications across diverse environments—such as EVM, TonVM, and SolanaVM—to operate seamlessly, facilitating a true cross-chain experience.

A groundbreaking component of Shadow Mainnet is Skate’s Accountability Verification System (AVS), powered by the Eigenlayer Mainnet. Developed with technology from Othentic, the AVS ensures secure and fast cross-chain transactions. This decentralized verification system adds a layer of trust to Stateless applications by validating transaction data and holding Executors on peripheral chains accountable, thereby enhancing cryptoeconomic security and enabling quick finality.

To showcase the capabilities of Shadow Mainnet, Skate has launched its first Stateless application, Polymarket, on the TON blockchain. Now, TON blockchain users on Telegram can access Polymarket—a popular prediction market platform traditionally based on Polygon—directly through Shadow Mainnet. This pilot integration exemplifies Skate’s vision of a unified blockchain experience, simplifying user interactions across platforms without the need for traditional bridging solutions.