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===== Minting Security ===== | ===== Minting Security ===== | ||
+ | (see also [[block_rewards_distribution|]]) | ||
In order to ensure the security of the chain, **minting is also structured based on level in regard to block signing.** Block signing simply means the actual minter that creates and adds the block that ultimately gets utilized by the overall chain. | In order to ensure the security of the chain, **minting is also structured based on level in regard to block signing.** Block signing simply means the actual minter that creates and adds the block that ultimately gets utilized by the overall chain. | ||
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=== Measuring ' | === Measuring ' | ||
- | Minting is sometimes referred to as **proof | + | Minting |
- | + | ||
- | === The MemPoW (Memory Proof of Work) Algorithm === | + | |
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- | The **Memory Proof-of-Work (MemPoW)** portion of the above statement, comes from the **MemPoW algorithm** that is also part of Qortal Minting. The MemPoW algorithm is utilized in a different fashion to that of most Proof-of-Work algorithms in other blockchains. Whereas most PoW chains utilize the algorithm with a 'modifiable difficulty' | + | |
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- | The **MemPoW algorithm** | + | |
- | + | ||
- | * MemPoW uses a set difficulty for every minter | + | |
- | * MemPoW is computed and submitted with each minter signature | + | |
- | * MemPoW uses a SET amount of RAM (1MB) (instead of providing more hashrate for more hardware like most PoW algorithms.) | + | |
- | * MemPoW merely limits the number of minting keys that can be assigned to any physical computer, so that those looking to ' | + | |
===== Minting Signature Submission ' | ===== Minting Signature Submission ' |