1/ Based on the level of trust, bridging technologies can be classified as:. Trustless. Centralized Trust-Based.

09 Feb 2023, 10:45
1/ Based on the level of trust, bridging technologies can be classified as: 1. Trustless 2. Centralized Trust-Based 3. Decentralized Trust-Based Where do you think Router's upcoming Gen III solution will belong ____ ?

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09 Feb 2023, 10:48
Based on the level of trust, bridging technologies can be classified as: 1. Trustless 2. Centralized Trust-Based 3. Decentralized Trust-Based Where do you think Router's upcoming Gen III solution will belong ____ ? 👉Comment down here: Optimistic bridges and light-client-based bridges are examples of trustless bridges. The disadvantages of trustless bridges include high latency, cost and limitations to add new chains. Router V1 was a centralized trust-based Proof of Authority bridge. While it had strengths like speed, capital efficiency and any token-any chain to any token-any chain swap capabilities, decentralization score was low. The upcoming Gen III cross-chain solution will be a major upgrade!
Based on the level of trust, bridging technologies can be classified as:. Trustless. Centralized Trust-Based.
Based on the level of trust, bridging technologies can be classified as: 1. Trustless 2. Centralized Trust-Based 3. Decentralized Trust-Based Where do you think Router's upcoming Gen III solution will belong ____ ? 👉Comment down here: https://twitter.com/routerprotocol/status/1623634181640323072 Optimistic bridges and light-client-based bridges are examples of trustless bridges. The disadvantages of trustless bridges include high latency, cost and limitations to add new chains. Router V1 was a centralized trust-based Proof of Authority bridge. While it had strengths like speed, capital efficiency and any token-any chain to any token-any chain swap capabilities, decentralization score was low. The upcoming Gen III cross-chain solution will be a major upgrade!