Windows x86_64
Supported release workflow includes Windows builds and an Inno Setup installer path, with optional native CUDA mining backend support.
Ecosystem
One protocol, several purpose-built applications and interfaces.
WildRoot keeps node operation, desktop wallets, mining, command-line access, EVM applications and explorer infrastructure separate enough to deploy independently while sharing one consensus model.
Node
wildrootd
Headless daemon for server and infrastructure deployments.
Desktopwildroot-gui
Integrated node, encrypted wallets, explorer views and mining controls.
Miningwildroot-miner
Standalone CPU/GPU miner using WildRoot's template/submission interface.
Command linewildroot-cli
Standalone RPC client for node and integration workflows.
ExplorerExplorer API/UI
Indexed native and EVM activity, contracts, tokens, PoW depth and finality.
ApplicationsEVM JSON-RPC
Ethereum-shaped HTTP/WebSocket interfaces for wallets and Solidity tooling.
Integration surfaces
Native integrations do not need to pretend everything is Ethereum.
WildRoot exposes a native Integration RPC for operator, wallet, pool and exchange workflows; dedicated Stratum for mining; EVM JSON-RPC for Ethereum-compatible tooling; and a dedicated Explorer API for indexed read-heavy applications.
This separation lets an operator expose only the interface needed for a deployment rather than turning one general-purpose RPC into every public service.
Integration RPCNative chain/operator/integration workflows
StratumSolo miners and pool infrastructure
EVM HTTP / WSWallets, contracts, dapps and subscriptions
Explorer APIIndexed chain/application data for public browsing
Supported release targets
Cross-platform desktop and server builds.
Linux x86_64
Native Linux release target for daemon, CLI, GUI, miner and test tooling.
macOS x86_64
Development artifacts are supported; production signing/notarization is required before public release.
macOS arm64
Apple Silicon is part of the release-target matrix for the Rust applications.