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Copy file name to clipboardExpand all lines: docs/intro.md
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@@ -10,19 +10,19 @@ This wiki contains the documentation of [Alephium](https://github.com/alephium/a
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The protocol's innovations extend battle-tested ideas from [Bitcoin](https://bitcoin.org/bitcoin.pdf) and [Ethereum](https://ethereum.org/en/whitepaper/):
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* BlockFlow algorithm based on UTXO model enables sharding and scalability for today (code + [algorithm paper](https://github.com/alephium/research/blob/master/alephium.pdf))
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* The first sharding algorithm that supports `single-step cross-shard transactions`, offering the same user experience as single chain
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* Simple and elegant `PoW based sharding`, does not rely on beacon chain
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*`Stateful UTXO model` combines the advantages of both eUTXO model and account model (see code, wiki to come)
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* Tokens are first-class citizens and UTXO-based, which are `owned by users` directly instead of contracts
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* Offer the same expressiveness as `account model`. DApps can be easily built on top of it with better security
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* Support `multiple participants` in a single smart contract transaction. Multiple calls can be packed into a single transaction too.
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* Novel VM design resolves many critical challenges of dApp platforms (see code, wiki to come)
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* Less IO intensive
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* Flash loan is not available by design
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* Eliminate many attack vectors of EVM, including unlimited authorization, double dip issue, reentrancy attack, etc
*`Front-running mitigation` through random execution of transactions (see code, wiki to come)
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* PoLW algorithm reduces the energy consumption of PoW in the long term ([research paper](https://github.com/alephium/research/blob/master/polw.pdf))
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* Adaptive rewards based on hashrate and timestamp are designed and implemented
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* Internal mining cost through burning will be added when hashrate and energy consumption is significantly high
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- BlockFlow algorithm based on UTXO model enables sharding and scalability for today (code + [algorithm paper](https://github.com/alephium/research/blob/master/alephium.pdf))
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+
- The first sharding algorithm that supports `single-step cross-shard transactions`, offering the same user experience as single chain
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+
- Simple and elegant `PoW based sharding`, does not rely on beacon chain
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+
-`Stateful UTXO model` combines the advantages of both eUTXO model and account model (see code, wiki to come)
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+
- Tokens are first-class citizens and UTXO-based, which are `owned by users` directly instead of contracts
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+
- Offer the same expressiveness as `account model`. DApps can be easily built on top of it with better security
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+
- Support `multiple participants` in a single smart contract transaction. Multiple calls can be packed into a single transaction too.
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+
- Novel VM design resolves many critical challenges of dApp platforms (see code, wiki to come)
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+
- Less IO intensive
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+
- Flash loan is not available by design
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+
- Eliminate many attack vectors of EVM, including unlimited authorization, double dip issue, reentrancy attack, etc
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