Powered by a DAG.
Built to scale.
Unlike a linear blockchain, Mazze organizes blocks as a Directed Acyclic Graph. Many blocks are mined and validated at the same time, then ordered together, so throughput grows instead of orphaning work.
How the DAG stays in order.
Every honest block counts. The graph is ordered deterministically, so parallel work becomes throughput instead of waste.
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01
Parallel blocks
Miners produce blocks at the same time and each one references several parents. Nothing has to wait for a single tip.
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02
Heaviest sub-tree
A GHOST-style rule picks the pivot chain by the heaviest sub-tree, then orders every other block around it.
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03
Zero-orphan blocks
Blocks that would be orphaned on a linear chain are included in the ledger, so miners' work isn't thrown away.
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04
RandomX proof-of-work
ASIC-resistant mining built for ordinary CPUs keeps distribution fair and the network decentralized.
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05
Dynamic difficulty
Difficulty adjusts continuously to keep block production on target as hashrate comes and goes.
Core features.
Lightning fast
23,000 TPS and 4 blocks per second deliver near-instant confirmation.
DAG architecture
Parallel block processing removes the single-tip bottleneck of linear chains.
EVM compatible
eSpace runs on revm with Ethereum's Prague spec. Deploy Solidity contracts with the tools you already use.
Shielded Space
Private digital cash with post-quantum STARK proofs and everlasting privacy.
RandomX mining
ASIC-resistant proof-of-work for fair distribution and decentralization.
Cross-chain bridge
Move assets securely between Ethereum and the Mazze network.
Native. eSpace. Shielded.
All three live in the same blocks, secured by the same DAG and the same hashrate.
Native Space
Mazze's own account space and VM, with base32 addresses and a built-in cross-space bridge to eSpace.
eSpace
Ethereum-compatible execution on revm. Wallets, Solidity contracts and developer tooling work as on Ethereum.
Shielded Space
A dedicated linear chain inside the DAG, one shielded block every 5–10 seconds, protected by the full hashrate.
Your CPU secures the chain.
Run a node, point the RandomX miner at it, and start producing blocks.