sBTC $SBTC is a decentralized Bitcoin-pegged asset enabling BTC to be used in smart contracts and DeFi applications. More
Fully Diluted Valuation | $114.60M |
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24H Trading Volume | $1,216 |
24H Low / High | $112.40 K / $ 118.84 K |
Circulating Supply | 1.00 K |
Total Supply | 1.00 K |
Max Supply | 0.00 |
Categories | SideChain 3 more |
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Founder | Anonymous |
Website | stacks.co Whitepaper 1 more |
Socials | 2 more |
Chains | Stacks Ecosystem |
Explorer | Hiro 1 more |
Contracts | SM3VD....token |
Name | Pair | OG Score |
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sBTC $SBTC is a decentralized Bitcoin-pegged asset designed to unlock the full potential of Bitcoin by enabling it to be a productive and programmable asset. Built on the Stacks Bitcoin layer, sBTC $SBTC introduces a trustless two-way peg mechanism that allows Bitcoin (BTC) to be seamlessly moved in and out of smart contracts. This innovation addresses the long-standing Bitcoin peg-out problem, which has been a significant challenge in the Bitcoin ecosystem for nearly a decade.
Unlike traditional pegged Bitcoin assets like wBTC, R-BTC, or L-BTC, which rely on centralized custodians or federations, sBTC $SBTC operates in a fully decentralized manner. It leverages an open-membership, dynamic set of participants who are economically incentivized to maintain the peg’s integrity. This approach ensures that Bitcoin can be deployed in decentralized applications without compromising its security or requiring trust in centralized entities.
The sBTC $SBTC system is powered by the unique Proof of Transfer (PoX) consensus protocol of the Stacks layer, which integrates directly with Bitcoin’s Proof of Work (PoW) protocol. This integration ensures that sBTC $SBTC transactions are secured by 100% of Bitcoin’s base layer security while enabling faster and cheaper transactions at the Stacks layer.
Key Features of sBTC $SBTC
Decentralized Two-Way Peg: sBTC $SBTC is minted by locking BTC in a 1:1 ratio on the Bitcoin mainchain. The peg is maintained by a decentralized, open-membership group of signatories who are incentivized through BTC rewards. This eliminates the need for centralized custodians or federations.
Economic Security: The peg is secured by the economic incentives of the Stacks layer. Participants, known as Stackers, lock their STX capital and perform threshold signing for peg-out transactions. This ensures that maintaining the peg is always the most profitable course of action for participants.
Censorship Resistance: All peg operations, including signer selection and peg-out requests, occur on the Bitcoin L1, ensuring censorship resistance and alignment with Bitcoin’s core principles.
No Peg Fees: Unlike custodial systems that charge high wrapping fees, sBTC $SBTC does not require users to pay fees for peg-in or peg-out operations. The protocol rewards participants directly, making the system cost-efficient.
Bitcoin Security and Finality: The Stacks layer automatically forks with Bitcoin L1, ensuring that all transactions are settled with 100% Bitcoin finality. This provides strong security guarantees and eliminates risks associated with Bitcoin forks.
On-Chain Bitcoin Oracle: The PoX protocol enables a decentralized on-chain Bitcoin oracle, removing the need for external oracles for peg operations.
Recovery Mode: In the event of a failure or malicious activity, the system enters Recovery Mode, ensuring that peg-out requests are eventually fulfilled, even under adverse conditions.
Use Cases of sBTC $SBTC
Decentralized Bitcoin Lending: sBTC $SBTC enables trustless lending and borrowing of Bitcoin, allowing users to earn yields on their BTC without relying on centralized platforms.
BTC-Backed Stablecoins: Developers can create stablecoins backed by Bitcoin, leveraging the decentralized peg mechanism of sBTC $SBTC.
Smart Contract Integration: sBTC $SBTC allows Bitcoin to be used in fully-expressive smart contracts, enabling the development of advanced decentralized applications (dApps) on the Stacks layer.
Decentralized Exchanges: With sBTC $SBTC, users can trade Bitcoin in decentralized exchanges without the need for custodial solutions.
Bitcoin Write Functionality: Developers can build smart contracts that programmatically send BTC to Bitcoin addresses through the decentralized peg, unlocking new possibilities for Bitcoin-based applications.
Conclusion
sBTC $SBTC represents a significant leap forward in the Bitcoin ecosystem by solving the Bitcoin peg-out problem in a decentralized and trustless manner. By enabling Bitcoin to be a fully programmable and productive asset, sBTC $SBTC unlocks new opportunities for decentralized finance (DeFi) and other Bitcoin-based applications. With its unique design, strong economic incentives, and integration with Bitcoin’s base layer security, sBTC $SBTC is poised to accelerate the growth of the Bitcoin economy and pave the way for a new era of Bitcoin applications.
sBTC $SBTC introduces a decentralized two-way Bitcoin peg, enabling BTC to move in and out of smart contracts without relying on centralized entities, while maintaining 100% Bitcoin L1 security.
The founders are anonymous.
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