Landslide is based on the CosmosSDK, specifically forked from version v0.45.14 as of February 17, 2023. Our project aims to keep up-to-date with the most recent stable version of CosmosSDK.

GitHub Repository

For detailed information about the specific CosmosSDK version we're based on, visit the GitHub repository: CosmosSDK v0.45.14

We are committed to maintaining the highest level of security and performance. Therefore, Landslide will be updated to the most recent stable versions of CosmosSDK as they become available.


CosmosAVAX SDK is a powerful software development kit (SDK) that enables Cosmos developers to build decentralized applications (dApps) on the Avalanche network. It is a customized version of the CosmosSDK, with the key difference being that the native Tendermint consensus algorithm has been replaced with the highly efficient and scalable Avalanche consensus algorithm.

This SDK is designed to be 100% compatible with the existing CosmosSDK, meaning that developers can leverage their existing skills and knowledge from Cosmos to build dApps on the Avalanche network using the CosmosAVAX SDK. This compatibility also enables developers to port existing dApps from other networks onto the Avalanche network with minimal effort.

With the CosmosAVAX SDK, developers can take advantage of the high performance and efficiency of the Avalanche consensus algorithm, which provides fast finality times, greater scalability, and improved throughput. This makes it an ideal platform for building high-performance dApps that require fast and efficient transaction processing.

In addition to its powerful features, the CosmosAVAX SDK also benefits from the extensive resources and support provided by the Avalanche ecosystem. This includes access to a growing community of developers and users, as well as a range of tools and resources to help developers build and deploy dApps on the Avalanche network.

Overall, the CosmosAVAX SDK is an essential tool for developers looking to build cutting-edge dApps on the Avalanche network, and it provides an easy and efficient way to take advantage of the advanced features offered by the Avalanche consensus algorithm.

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