Tl; Dr.
- Sui will integrate the Bitcoin design protocol from Babylon and operate as a Bitcoin secured network in phase 3 of the expansion plan.
- The integration allows it Turn off BTC without bridges or preservators.
- Babylon will apply its protocol to Sui’s Mysticeti ConsensusStrengthening its modular, multi-network approach of proof-of-stake.
Sui announced that it will integrate the Bitcoin design protocol developed by Babylon and will start working as a Bitcoin Secured Network (BSN).
This integration is part of Phase 3 of the Babylon expansion planPlanned to launch before the end of the year. The decision marks a very relevant shift in how proof-of-stake networks can Take advantage of Bitcoin’s security and liquidity without jeopardizing the custody of the fund.
How does the integration work?
With the Babylon protocol, users can use BTC without transferring control to third parties, and without the need for bridges or packed assets. Because of this structure, Bitcoin users can directly contribute to securing the SII network and earning rewards without moving their funds from the main chain. This integration creates one Operational link between the two networks And opens the door to new decentralized applications and services that use the protection of Bitcoin and the scalability of SUI.
Sui wants to channel Bitcoin Capital
Skycurrently arranged as The seventh biggest proof-of-stake network According to Coingecko, this model assumes after a clear trend: trying more and more projects Extends Bitcoin’s utility above its role as a value storage. The goal is to channel BTC Capital in programmable environments Those yields generate and support other decentralized infrastructures. For Bitcoin users this is a way to activate a historically passive active one without giving up self-coasts.
Babylon has already integrated its technology with other consensus architectures such as Cosmos, on Stack and Arbitrum. In the case of sui, It will apply its protocol to the Mysticeti mechanismA solution that uses parallel block production based on a day and offers a high processing capacity. This adjustment confirms the flexibility of the Babylon model and the aim of offering modular security to different types of proof-of-stake networks
