
BakerySwap
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Market Cap
$23,793,037
24h Trading Vol
$17,558,661
All Time High
$8.38
All Time Low
$0.008
Total Supply
289,770,498
Max Supply
731,535,870
Circulating Supply
288,705,144
Categories
Chains
Contracts

FAQs
What is BakerySwap and how does it work?
BakerySwap (BAKE) is a leading cryptocurrency platform that offers a comprehensive suite of DeFi, NFT, and GameFi solutions. It operates as the first and largest NFT marketplace on the BNB Smart Chain (BSC). Users can trade their favorite NFTs, perform decentralized token swaps, explore various earning opportunities, and participate in new project launches via its dedicated launchpad. BakerySwap aims to provide broad, integrated solutions for individuals and businesses navigating the decentralized finance and digital asset space.
What technology powers BakerySwap?
BakerySwap primarily operates on the robust BNB Smart Chain (BSC), distinguishing itself as the inaugural and largest NFT marketplace built within this ecosystem. This foundational blockchain ensures efficient and scalable operations for its DeFi, NFT, and GameFi offerings. In addition to its strong BSC integration, BakerySwap also extends its NFT marketplace to support trading on other major networks such as Ethereum and Base, showcasing its multi-chain capabilities and expanding its reach across diverse blockchain environments.
How does BakerySwap differ from competitors?
BakerySwap distinguishes itself significantly by being the pioneering platform to launch the first and largest NFT marketplace on the BNB Smart Chain (BSC). This early mover advantage, combined with its comprehensive suite of integrated solutions spanning DeFi, NFT, and GameFi, provides a unique value proposition. Furthermore, BakerySwap boasts a substantial and active community, evidenced by its backing from over 100,000 holders, which underpins its position as a vibrant and well-supported digital asset ecosystem.
What technical advantages does BakerySwap offer over other BSC-based DEXs?
BakerySwap's technical differentiation lies in its integrated NFT marketplace with unique features like reversible NFTs (ERC-721R) and dynamic royalty enforcement. The protocol's concentrated liquidity implementation (V3) allows 4000x capital efficiency improvements compared to standard AMMs. Additionally, its LayerZero integration enables cross-chain NFT transfers without traditional bridges, reducing security risks. The protocol's MEV-resistant transaction routing and ZK-SNARK privacy features provide advanced technical safeguards not universally available in competing DEXs.
How does BAKE token staking contribute to network security?
BAKE staking enhances ecosystem security through two primary mechanisms: First, governance participation requires staked BAKE, ensuring voting rights belong to committed participants. Second, 30% of transaction fees automatically buy back BAKE for distribution to stakers, creating economic incentives for long-term alignment. The staking contract implements time-locked withdrawals (7-90 day options) to discourage short-term speculation. Staked tokens also backstop the protocol's insurance fund, which covers smart contract vulnerabilities up to 5% of TVL.
What prevents counterfeit NFTs on Bakery Gallery?
Bakery Gallery employs three technical anti-counterfeit measures: 1) ERC-721R's reversible standard enables provenance verification and fraudulent item revocation; 2) All collections undergo mandatory metadata hashing stored on-chain with IPFS content addressing; 3) Chainlink VRF provides verifiable randomness for trait generation, preventing predictability. Artists must stake BAKE to create collections, creating economic disincentives for malicious actors. The platform's reporting module allows community flagging of suspicious assets for technical review.
How does BakerySwap handle cross-chain interoperability?
BakerySwap implements cross-chain functionality through: 1) Polygon Plasma bridge for asset transfers with 15-minute finality; 2) LayerZero's ultra-light nodes for NFT transfers without wrapped assets; 3) CCIP integration for arbitrary message passing between chains. The protocol uses state proofs rather than trusted validators for security, with audits confirming protection against double-spend attacks. Future implementations will add ZK-light client bridges for Ethereum and Avalanche connectivity.
What technical safeguards protect against smart contract vulnerabilities?
BakerySwap employs a multi-layered security approach: 1) All contracts undergo quarterly audits by CertiK and PeckShield; 2) A bug bounty program offers up to $250,000 for critical vulnerabilities; 3) Time-locked upgrades (48-hour delay) allow community review; 4) Treasury management requires 5/8 multisig approval; 5) Circuit-breaker mechanisms automatically pause operations during 10%+ price deviations. The protocol's insurance fund (backed by 2% of trading fees) covers potential exploits, with transparent payout mechanisms verified on-chain.