$BTC #exSat
exSat is not limited to the BTC ecosystem but aims to use BTC as a starting point to connect the entire chain, allowing BTC to truly become the king of all chains. The bold ambition stems from the solid underlying storage foundation that exSat has built over six years of operation.
1. Efficient metadata storage: By adopting RAM technology as the metadata storage layer for BTC, exSat provides a secure, flexible, and efficient storage solution that effectively manages large-scale state data.
2. Market activity: The launch of the exSat project consumes a large amount of RAM resources, driving the activity and trading volume in the RAM market, enhancing the value of RAM as a resource in the blockchain ecosystem, and revitalizing the RAM community, bringing in its own traffic.
3. Full-chain DAPP development support: exSat will provide developers with solutions that are 'interface layer', 'modular', and 'full-chain', making it easier to develop highly transparent, low-latency, and customized BTC services and products.
4. Modular architecture: The modular architecture of exSat allows it to flexibly adapt to different application scenarios, including high-frequency trading, complex DeFi, online gaming, social platforms, banking, and the Internet of Things. This will provide easier access for most layer 2 solutions.
The aforementioned four points, especially the first two, have already raised the project's entry threshold; in addition, there are certainly other technical highlights:
1. PoW+PoS consensus mechanism: exSat adopts a consensus mechanism that combines Proof of Work (PoW) and Proof of Stake (PoS), ensuring the security of the network and the immutability of data through this 'mirroring' of BTC to RAM.
2. Savanna consensus algorithm: Based on the Spring framework, exSat plans to upgrade to Spring 1.0, which introduces the Savanna consensus algorithm. The Savanna algorithm evolves from the HotStuff consensus algorithm, ensuring fast block production while achieving timely block finalization, significantly enhancing the network's security and privacy protection.
3. Application of cryptographic technology: The Savanna consensus algorithm employs advanced cryptographic technologies such as BLS aggregate signatures and zero-knowledge proofs, further strengthening the network's security and protecting user privacy.
4. Flexible block structure: The Spring framework introduces a flexible block structure, including the roles of Block Proposers and Block Finalizers, which not only improves the decentralization of the network but also provides additional security guarantees.
Staking RAM to mine BTC mechanism: The exSat project implements the function of 'staking RAM to mine BTC', which enhances the network's security and stability by rewarding users who provide RAM leasing resources.
exSat can be said to have emerged from the Bitcoin ecosystem, carving out an independent track.
