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Mining ROD
SpaceXpanse uses a unique triple-purpose mining strategy to arrive at consensus and secure the blockchain. Two algorithms are used:
- SHA-256d (merge mined)
- Neo-scrypt (solo or pool mined)
SHA-256d miners receive 25% of the block rewards while neo-scrypt miners receive 75%.
The following are pools you can mine with.
- SHA-256d: MiningPoolStats
- Neo-scrypt: MiningPoolStats
For neo-scrypt pool mining, use this modified ccminer for Nvidia GPUs:
https://github.com/spacexpanse/ccminer/releases
Run the miner as shown. Note the algorithm option.
ccminer -a neoscrypt-spacexpanse -o stratum+tcp://eu.bsod.pw:2534 -u walletaddress -p x
You can also use this for AMD GPUs
https://github.com/spacexpanse/sgminer/releases
To solo mining neo-scrypt, you need an Nvidia GPU and ccminer from here:
https://github.com/spacexpanse/ccminer/releases
Run ccminer as shown below (if not using the electron wallet you can remove the parts of the URL after the port).
ccminer -a neoscrypt -o http://127.0.0.1:11999 -O user:pass
You have to set a user:pass in the spacexpanse.conf file.
Use the sidebar in the right to navigate through the documentation
- Overview
- Step 0: Blockchain Basics
- Step 1: SpaceXpanse Daemon
- Step 2: The Game State Processor
- Step 3a: libspex Component Relationships
- Step 3b: Compile libspex in Windows
- Step 3b: Compile libspex in Ubuntu
- Step 4: Run SpaceXpanse Daemon for Games
- Step 5: Hello World! in C++
- Step 5: Hello World! in C#
- Step 5: Hello World! with SQLite
- Overview
- Tech Specs
- Blockchain Consensus Protocol
- Dual Algo Mining
- Currencies/Tokens
- Daemon Interface
- Games/dApps
- Atomic Trading
- How to Compile libspex in Ubuntu 20.04.03
- How to Compile libspex in Ubuntu 22.04
- How to Compile libspex in Windows
- libspex Component Relationships
- Getting Started with Regtest
- How to Wire Up libspex in C#
- RPC Windows C# Tutorial
- Atomic Transactions Tutorial
- Ships (How to get started playing)