参考文献:
Getting Started with Symbiosis - Symbiosis Documentation
Relayers Network | Symbiosis - Symbiosis Documentation
Symbiosis V1 vs. V2 - Symbiosis Documentation
Symbiosis protocal 基于稳定币的跨链兑换协议.
Symbiosis protocol 组成结构:

Symbiosis Protocol V1 实现原理:

Scheme 1. Ethereum — BNB liquidity pool {sUSDC, BUSD}.

Scheme 2. Nerve-like liquidity pools with {stablecoin <> sToken} pairs in the Symbiosis Protocol V1.
Symbiosis Protocol V2

Scheme 3. Symbiosis protocol V2 with Octopool.
Cross-chain operations via V2
Case 1
The source and destination blockchains of a cross-chain operation are not S-Chain.
As an example, let's see how a cross-chain swap MATICs for AVAXes goes with Symbiosis V2 (Scheme 4).

Scheme 4: A cross-chain swap MATICs for AVAXes with Symbiosis protocol V2
Case 2
The destination blockchain of a cross-chain operation is S-chain.
As an example, let's see how a cross-chain swap MATICs on Polygon for BOBAs on BOBA BNB goes with Symbiosis V2 (Scheme 5).

Scheme 5: A cross-chain swap with Symbiosis protocol V2 (MATICs on Polygon for BOBAs on BOBA BNB).
Case 3
The source blockchain of a cross-chain operation is S-chain.
As an example, let's see how a cross-chain swap BOBAs on BOBA BNB for AVAXs on Avalanche goes with Symbiosis V2 (Scheme 6).

The Symbiosis relayers network (关键点 the key component)
- 分组.
- 每接收到一个交易都会生成独有的私钥和签名.
- 每组去处理不同的交易签名请求, 组内部进行3/2共识,并选出leader发送交易.
- 经济激励刺激

SymbiosisProtocol是一个基于稳定币的跨链兑换协议,包括V1和V2两个版本。V1中涉及Scheme1的Ethereum-BNB流动性池和Scheme2的Nerve-like稳定币对。V2引入了Octopool,支持更复杂的跨链操作,如非S-Chain间的交换、源或目标链为S-Chain的交换。SymbiosisRelayersNetwork是其关键组件,采用独特的私钥生成和3/2共识机制,通过经济激励确保网络安全和效率。
7608

被折叠的 条评论
为什么被折叠?



