Deep Dive
1. Testnet Migration to Hoodi (July 2025)
Overview: SKALE completed a migration of its Ethereum testnet connection from the deprecated Holesky network to the new, long-term Hoodi testnet. This ensures a stable environment for developers building and testing applications.
The upgrade involved smart contract changes to the SKALE Manager and Interchain Messaging Agent (IMA) to support automated migrations. This technical groundwork is also designed to pave the way for a future migration of the SKALE Manager from Ethereum to the FAIR blockchain, aiming for deeper synergy between the networks.
What this means: This is bullish for SKL because it provides immediate stability for developers and lays the foundation for a more decentralized and capable network in the future, which could attract more projects and users.
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2. IMA.js 2.0 Release (October 2025)
Overview: This major update to SKALE's JavaScript bridge library makes it easier and more secure for developers to move assets between SKALE and Ethereum. End-users benefit from more reliable cross-chain transactions.
The release transitioned from web3js to ethers.js v6.7, added native support for handling very large numbers, and introduced improved TypeScript definitions. These changes reduce potential bugs and streamline the development process for teams building cross-chain applications.
What this means: This is bullish for SKL because it directly improves the tools for developers, making the ecosystem more attractive to build on. A better developer experience typically leads to more applications and users on the network.
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3. Network Releases v2.2 to v2.3 (October 2025)
Overview: SKALE deployed a series of core network upgrades to enhance performance and expand functionality for decentralized applications (dApps). Users experience a more stable and feature-rich network.
Version 2.2 focused on load testing for increased stability. Version 2.2.2 enabled advanced debugging tools for archive nodes. The ongoing development of Version 2.3 is implementing an on-chain oracle and improving how contracts are deployed and transactions are broadcast, which are critical for complex dApps.
What this means: This is bullish for SKL because continuous core protocol improvements increase the network's reliability and utility. Features like an on-chain oracle unlock new use cases, such as advanced DeFi and AI applications, potentially driving greater demand for the network and its token.
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Conclusion
SKALE's recent codebase activity demonstrates a clear focus on foundational stability, developer tooling, and scalable infrastructure—key drivers for long-term ecosystem growth. How will the planned integration with FAIR's privacy-focused technology further differentiate SKALE in the competitive Layer-2 landscape?