Injective Core Launches v1.20.3‑safeharbor.2 Mainnet Upgrade with Updated Binaries and Docker Support

Injective Foundation has released its latest mainnet upgrade, v1.20.3‑safeharbor.2, with updated binaries, Docker images for amd64 and arm64, and a new Go 1.26.4 build. Validators can follow the step‑by‑step guide in the official docs to perform the upgrade and verify the new version. Full release details and download links are available on the Injective GitHub and documentation sites.

Injective Core Launches v1.20.3‑safeharbor.2 Mainnet Upgrade with Updated Binaries and Docker Support

Injective Foundation has rolled out its latest mainnet upgrade, v1.20.3‑safeharbor.2, to the Injective Core network. The release builds on the v1.20.x series and includes a new code commit (de8a811) compiled with Go 1.26.4. Validators and node operators are encouraged to update to this version to maintain network compatibility and benefit from the latest performance improvements.

The upgrade introduces updated binaries for both the core node (injectived) and the peggo component, each tagged with the same version identifier. The release notes provide explicit commands for version verification:

``` injectived version peggo version ```

or via Docker:

``` docker run -it --rm injectivelabs/injective-core:v1.20.3-safeharbor.2 injectived version ```

The Docker image supports both amd64 and arm64 architectures, making it easier for operators running on diverse hardware to deploy the new software.

A comprehensive upgrade guide is available in the Injective documentation, detailing the step‑by‑step procedure validators must follow. The guide also includes instructions for downloading the release binaries directly from GitHub, unzipping them, and placing the executables and shared libraries in the appropriate system directories. Operators can verify the integrity of the binaries by checking the commit hash and build timestamp.

For the broader community, the upgrade ensures that all nodes run a consistent codebase, reducing the risk of forks or network splits. Users can expect continued access to the Injective protocol’s decentralized exchange and cross‑chain capabilities without interruption. Validators who complete the upgrade will be able to participate in the upcoming consensus rounds with the latest security and performance enhancements.

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