FAQ — Frequently Asked Questions | TBURN Blockchain

Question 1

What is TBURN Chain?

Accepted Answer

TBURN Chain is an independent Layer 1 blockchain using Chain ID 5800, powered by an AI-Enhanced Proof-of-Stake consensus mechanism capable of processing over 100,000 transactions per second (TPS). With a total supply of 10 billion TBURN tokens and a deflationary burn mechanism, it is designed for enterprise-grade DeFi, cross-chain interoperability, and AI-driven blockchain optimization.

Question 2

TBURN Chain이란 무엇인가요?

Accepted Answer

TBURN Chain은 Chain ID 5800을 사용하는 독립 레이어1 블록체인으로, AI-Enhanced 합의 메커니즘을 통해 초당 100,000건 이상의 트랜잭션(TPS)을 처리합니다. 총 발행량 100억 TBURN, 디플레이셔너리 소각 메커니즘을 적용하여 엔터프라이즈급 DeFi, 크로스체인 상호운용성, AI 기반 블록체인 최적화를 위해 설계되었습니다.

Question 3

How do I add TBURN to MetaMask?

Accepted Answer

To add TBURN to MetaMask: 1) Open MetaMask and click 'Add Network'. 2) Enter the following details — Network Name: TBURN Mainnet, RPC URL: https://rpc.tburn.io (alternative nodes: rpc2~rpc5.tburn.io), Chain ID: 5800, Currency Symbol: TBURN, Block Explorer: https://scan.tburn.io. 3) Click 'Save' and switch to the TBURN network.

Question 4

TBURN을 메타마스크에 어떻게 추가하나요?

Accepted Answer

MetaMask에 TBURN 추가 방법: 1) MetaMask를 열고 '네트워크 추가'를 클릭합니다. 2) 다음 정보를 입력합니다 — 네트워크 이름: TBURN Mainnet, RPC URL: https://rpc.tburn.io (대체 노드: rpc2~rpc5.tburn.io), Chain ID: 5800, 통화 기호: TBURN, 블록 탐색기: https://scan.tburn.io. 3) '저장'을 클릭하고 TBURN 네트워크로 전환합니다.

Question 5

What is the difference between TBURN and Ethereum?

Accepted Answer

TBURN Chain differs from Ethereum in several key areas: 1) Speed: TBURN processes 100,000+ TPS with 100ms block time vs Ethereum's ~15 TPS. 2) Consensus: TBURN uses AI-Enhanced PoS with 5-phase BFT, while Ethereum uses standard PoS. 3) Fees: TBURN offers near-zero transaction fees. 4) Tokenomics: TBURN has a deflationary burn mechanism reducing total supply over time. 5) Bridge: NexusBridge™ provides 5-layer zero-trust cross-chain security.

Question 6

How does TBURN staking work?

Accepted Answer

TBURN staking allows token holders to participate in network validation by delegating their TBURN tokens to validators. The process: 1) Connect your wallet at staking.tburn.io. 2) Choose a validator from the active validator set (1,029 genesis validators). 3) Delegate your TBURN tokens. 4) Network rewards are distributed per epoch based on protocol parameters. Minimum stake requirements and reward rates vary by validator performance score. Unstaking has a 21-day unbonding period.

Question 7

TBURN 스테이킹은 어떻게 하나요?

Accepted Answer

TBURN 스테이킹은 TBURN 토큰을 검증자에게 위임하여 보상을 받는 방식입니다. 절차: 1) staking.tburn.io에서 지갑을 연결합니다. 2) 활성 검증자 세트(1,029개 제네시스 검증자)에서 검증자를 선택합니다. 3) TBURN 토큰을 위임합니다. 4) 에포크마다 스테이킹 보상이 분배됩니다. 최소 스테이킹 금액과 APY는 검증자 성과 점수에 따라 다릅니다. 언스테이킹 시 21일 언본딩 기간이 있습니다.

Question 8

What is NexusBridge™?

Accepted Answer

NexusBridge™ is TBURN's enterprise-grade 5-Layer Zero-Trust Cross-Chain Bridge Protocol. It provides the highest level of bridge security through: Layer 1 (ZK-FlashProof™) — Zero-knowledge proof verification using Groth16 proofs. Layer 2 (ShardKey™ TSS/MPC) — 21-node guardian network with 15/21 threshold signatures. Layer 3 (SentinelAI™) — AI-powered threat detection with 6-vector analysis. Layer 4 (TimeLock Shield™) — Progressive time delays based on transfer amount. Layer 5 (InsureVault™) — On-chain insurance pool for bridge transfers.

Question 9

NexusBridge™란 무엇인가요?

Accepted Answer

NexusBridge™는 TBURN의 엔터프라이즈급 5계층 제로트러스트 크로스체인 브리지 프로토콜입니다. 최고 수준의 브리지 보안을 제공합니다: Layer 1 (ZK-FlashProof™) — Groth16 증명을 사용한 영지식 증명 검증. Layer 2 (ShardKey™ TSS/MPC) — 15/21 임계 서명을 사용하는 21노드 가디언 네트워크. Layer 3 (SentinelAI™) — 6벡터 분석을 사용한 AI 기반 위협 탐지. Layer 4 (TimeLock Shield™) — 전송 금액 기반 점진적 시간 지연. Layer 5 (InsureVault™) — 브리지 전송을 위한 온체인 보험 풀.

Question 10

What wallets are supported by TBURN?

Accepted Answer

TBURN supports all major Web3 wallets including MetaMask, Trust Wallet, Coinbase Wallet, Rabby Wallet, and Ledger hardware wallets. Any EVM-compatible wallet can connect to TBURN Mainnet using Chain ID 5800 and RPC URL https://rpc.tburn.io. The platform also provides a built-in wallet system with social recovery capabilities.

Question 11

What is the TBURN token total supply and tokenomics?

Accepted Answer

TBURN has a total supply of 10,000,000,000 (10 billion) tokens. The tokenomics follows a deflationary model with a 20-year vesting schedule. Key allocations include validator rewards, ecosystem fund, community programs, and strategic partnerships. The burn mechanism permanently removes tokens from circulation through transaction fees and protocol burns, reducing the total supply over time.

Question 12

TBURN 토큰 총 발행량과 토크노믹스는?

Accepted Answer

TBURN의 총 발행량은 100억(10,000,000,000) 토큰입니다. 토크노믹스는 20년 베스팅 스케줄의 디플레이셔너리 모델을 따릅니다. 주요 배분에는 검증자 보상, 생태계 기금, 커뮤니티 프로그램, 전략적 파트너십이 포함됩니다. 소각 메커니즘은 트랜잭션 수수료와 프로토콜 소각을 통해 유통 중인 토큰을 영구적으로 제거하여 시간이 지남에 따라 총 공급량을 줄입니다.

Question 13

How secure is TBURN Chain?

Accepted Answer

TBURN Chain implements enterprise-grade security measures: HMAC-SHA256 authentication, mTLS encryption, quantum-resistant cryptography (CRYSTALS-Dilithium & CRYSTALS-Kyber), session-bound CSRF protection, rate limiting, HSM-backed key management via GCP KMS, and a 5-phase BFT consensus with 1,029 validators. The NexusBridge™ adds 5 additional security layers for cross-chain operations including ZK proofs and AI-powered threat detection.

Question 14

How do I deploy a smart contract on TBURN?

Accepted Answer

To deploy a smart contract on TBURN Chain: Prerequisites — Node.js 18+, Hardhat or Foundry. Network Configuration — RPC URL: https://rpc.tburn.io (cluster: rpc2~rpc5.tburn.io), Chain ID: 5800, Currency: TBURN. Steps: 1) Add TBURN network to your Hardhat config. 2) Write and compile your Solidity contract. 3) Create a deployment script. 4) Run deployment with 'npx hardhat run scripts/deploy.js --network tburn'. TBURN is fully EVM-compatible, so any Ethereum smart contract can be deployed without modification.

Question 15

TBURN에서 스마트 컨트랙트를 배포하는 방법은?

Accepted Answer

TBURN Chain에 스마트 컨트랙트 배포 방법: 사전 요구사항 — Node.js 18+, Hardhat 또는 Foundry. 네트워크 설정 — RPC URL: https://rpc.tburn.io (클러스터: rpc2~rpc5.tburn.io), Chain ID: 5800, 통화: TBURN. 절차: 1) Hardhat 설정에 TBURN 네트워크를 추가합니다. 2) Solidity 컨트랙트를 작성하고 컴파일합니다. 3) 배포 스크립트를 생성합니다. 4) 'npx hardhat run scripts/deploy.js --network tburn'으로 배포를 실행합니다. TBURN은 완전한 EVM 호환성을 제공하므로 Ethereum 스마트 컨트랙트를 수정 없이 배포할 수 있습니다.

Question 16

What is TBURN's block time and finality?

Accepted Answer

TBURN Chain achieves 100ms block time with near-instant finality through its 5-phase BFT consensus mechanism. This makes it one of the fastest Layer 1 blockchains, processing over 100,000 transactions per second (TPS). Block finality is achieved within a single epoch, meaning transactions are irreversible almost immediately after confirmation.

Question 17

What cross-chain networks does TBURN support?

Accepted Answer

TBURN's NexusBridge™ supports cross-chain transfers with Ethereum (ETH), BNB Smart Chain (BSC), Polygon (MATIC), Arbitrum, and Optimism. The bridge supports both native tokens and ERC-20 token transfers with a 0.3% bridge fee. Each transfer is protected by 5 security layers including ZK proofs, threshold signatures, AI threat detection, time-locks, and on-chain insurance.

Question 18

What is TBURN's API and SDK?

Accepted Answer

TBURN provides a comprehensive developer toolkit: 1) REST API — Full blockchain data access with OpenAPI 3.1.0 documentation. 2) WebSocket API — Real-time block, transaction, and event streaming. 3) TypeScript SDK (@tburn/sdk) — Type-safe, modular SDK for blockchain interaction. 4) RPC Endpoints — Standard JSON-RPC compatible with all EVM tools. Documentation is available at developers.tburn.io with interactive Swagger UI and code examples.

Question 19

How does TBURN on-chain governance work?

Accepted Answer

TBURN on-chain governance uses token-weighted voting where TBURN holders submit proposals and vote on protocol changes. Key mechanics: 1) Any address with ≥1,000 TBURN can submit a governance proposal. 2) Voting period lasts 7 days. 3) Quorum requires participation of ≥10% of total staked supply. 4) Approval threshold: 66.7% YES votes. 5) Approved proposals are automatically executed by the on-chain execution engine after a 48-hour timelock. Visit governance.tburn.io to participate.

Question 20

TBURN 거버넌스는 어떻게 참여하나요?

Accepted Answer

TBURN 온체인 거버넌스는 토큰 가중 투표 방식으로 운영됩니다. 핵심 규칙: 1) 1,000 TBURN 이상 보유 주소가 제안서 제출 가능. 2) 투표 기간 7일. 3) 정족수: 총 스테이킹 공급량의 10% 이상 참여 필요. 4) 가결 기준: 찬성표 66.7% 이상. 5) 가결된 제안은 48시간 타임락 후 온체인 실행 엔진이 자동으로 집행합니다. governance.tburn.io에서 참여하세요.

Question 21

What can TBURN governance change?

Accepted Answer

TBURN governance can modify: protocol parameters (gas limits, block rewards, burn rate), validator set size, slashing conditions, bridge security parameters, treasury fund allocation, token standard upgrades, and ecosystem fund distribution. All changes are executed on-chain via smart contracts after the governance approval process. Validator governance is managed separately at governance.tburn.io.

Question 22

How do I create an NFT on TBURN Chain?

Accepted Answer

To create an NFT on TBURN Chain: 1) Go to tburn.io/nft-launchpad and connect your wallet. 2) Choose TBC-721 (single NFT) or TBC-1155 (collection/multi-token). 3) Upload your media file and set metadata (name, description, attributes). 4) Configure royalties (on-chain enforced, up to 10%). 5) Click 'Deploy Collection' — your NFT contract deploys in under 1 second at near-zero gas cost. 6) Verify your collection at scan.tburn.io.

Question 23

TBURN NFT와 Ethereum NFT의 차이점은?

Accepted Answer

TBURN NFT는 Ethereum NFT와 비교하여: 1) 가스비: TBURN은 거의 0에 가까운 민팅/전송 비용 vs Ethereum의 $5~$50+ 가스비. 2) 확정 시간: TBURN 100ms vs Ethereum ~15초. 3) 표준 호환성: TBC-721(ERC-721 호환), TBC-1155(ERC-1155 호환) — 기존 Ethereum NFT 코드 재사용 가능. 4) 크로스체인: NexusBridge™로 ETH/BSC/Polygon과 NFT 브리징 가능. 5) 로열티: 온체인 강제 실행 방식으로 확실한 크리에이터 보호.

Question 24

What DeFi products does TBURN offer?

Accepted Answer

TBURN's DeFi ecosystem includes: 1) Staking (staking.tburn.io) — Delegate TBURN to validators, estimated 8%–24% annual reward rate. 2) Liquid Staking (liquid-staking.tburn.io) — Receive rsTBURN liquid tokens while participating in staking. 3) Yield Optimization (yield.tburn.io) — Provide liquidity and receive TBURN protocol distributions. 4) DEX (dex.tburn.io) — Swap TBC-20 tokens with AMM, near-zero fees. 5) Lending (lending.tburn.io) — Lend/borrow with TBURN or TBC-20 collateral. 6) NFT Marketplace (nft.tburn.io) — Trade TBC-721 and TBC-1155 NFTs.

Question 25

What is rsTBURN and how does liquid staking work?

Accepted Answer

rsTBURN is TBURN's liquid staking receipt token. When you stake TBURN through the liquid staking protocol, you receive rsTBURN tokens in a 1:1 ratio. rsTBURN: 1) Maintains full liquidity — can be used in DeFi while underlying TBURN participates in network validation. 2) Is TBC-AA Account Abstraction compatible. 3) Can be used as collateral in the TBURN lending protocol. 4) Can be bridged via NexusBridge™ to other chains. 5) Redeemable for TBURN plus accumulated network distributions at any time.

Question 26

How is TBURN yield farming APY calculated?

Accepted Answer

TBURN yield farming APY is calculated using: 1) Base APY = (Annual TBURN emissions allocated to pool) / (Total liquidity in pool). 2) Holt-Winters exponential smoothing for APY trend forecasting. 3) Kelly Criterion for optimal allocation: f* = (μ - r_f) / σ². 4) EWMA(α=0.3) for reward rate smoothing to prevent manipulation. 5) Cornish-Fisher VaR(95%) for risk-adjusted return reporting. Real-time APY data is displayed on the yield farming dashboard at yield.tburn.io.

Question 27

What is the Programmable Block — Tension Resolver?

Accepted Answer

The Programmable Block — Tension Resolver is TBURN's 5-layer Nash-equilibrium enforcement architecture that transforms TBURN from a trust-based to a math-based blockchain. It makes dishonest behavior economically impossible for all actors (Validators, Guardians, DEX LPs, relayers) through cryptoeconomic guarantees. The 5 layers are: L0 BuilderCommitmentVault (Nash-equilibrium staking/slashing), L1 VerifiableExecutionLayer (ZK proof verification for 4 primitives), L2 CompetitionEnforcer (HHI-based antitrust enforcement), L3 SlashingCoordinator (fraud-proof dispute protocol), and L4 GovernanceTimelock (progressive decentralization from ops team to full DAO).

Question 28

Programmable Block — Tension Resolver란 무엇인가요?

Accepted Answer

Programmable Block — Tension Resolver는 TBURN의 5계층 Nash 균형 강제 아키텍처로, TBURN을 신뢰 기반에서 수학 기반 블록체인으로 전환합니다. 검증자, 가디언, DEX LP, 릴레이어 등 모든 참여자에게 부정직한 행동이 경제적으로 불가능하도록 만듭니다. 5개 레이어: L0 BuilderCommitmentVault (Nash 균형 스테이킹/슬래싱), L1 VerifiableExecutionLayer (4대 프리미티브 ZK 증명 검증), L2 CompetitionEnforcer (HHI 기반 반독점 강제), L3 SlashingCoordinator (사기 증명 이의제기 프로토콜), L4 GovernanceTimelock (운영팀에서 DAO로 점진적 탈중앙화).

Question 29

How does Nash equilibrium enforcement work in TBURN?

Accepted Answer

TBURN enforces Nash equilibrium through the mathematical condition: S(v) ≥ G_cheat × safety_margin, where S(v) is the slashing function (α·stake + β·cumulativeProfit, with α=50%, β=20%, safety=1.5×) and G_cheat is the maximum estimated illicit gain. Combined with ZK proof detection (p_zk → 1) and off-chain watchdog monitoring (p_watch ≈ 0.95), the detection probability p_det = 1 - (1 - p_zk)(1 - p_watch) → 1. This means the expected payoff from cheating E[Π_cheat] = G_cheat - p_det × S(v) < 0, making honest behavior the dominant strategy for every actor.

Question 30

TBURN의 Nash 균형 강제 메커니즘은 어떻게 작동하나요?

Accepted Answer

TBURN은 수학적 조건 S(v) ≥ G_cheat × safety_margin을 통해 Nash 균형을 강제합니다. S(v)는 슬래싱 함수(α·stake + β·cumulativeProfit, α=50%, β=20%, safety=1.5×)이고, G_cheat는 최대 부정 이득 추정치입니다. ZK 증명 탐지(p_zk → 1)와 오프체인 감시(p_watch ≈ 0.95)를 결합하면 탐지 확률 p_det = 1 - (1 - p_zk)(1 - p_watch) → 1이 됩니다. 따라서 부정행위 기대 수익 E[Π_cheat] = G_cheat - p_det × S(v) < 0이 되어 정직한 행동이 모든 참여자에게 지배 전략이 됩니다.

Question 31

What is the HHI Competition Enforcer in TBURN?

Accepted Answer

The HHI Competition Enforcer (L2) uses the Herfindahl-Hirschman Index — the same metric used by the U.S. Department of Justice for antitrust enforcement — to prevent block builder monopolization. HHI = Σ(share_i²) × 10,000. Three regimes: 1) Competitive (HHI < 1,500): no penalty. 2) Moderate (1,500 ≤ HHI < 2,500): linear penalty = v × share / 200. 3) Critical (HHI ≥ 2,500): quadratic penalty = v × share² / 10,000 + emergency builder slots opened. A hard cap of 50% market share per builder is enforced regardless of HHI.

Question 32

TBURN의 HHI 경쟁 강제 시스템은 무엇인가요?

Accepted Answer

HHI Competition Enforcer(L2)는 미국 법무부의 반독점 기준과 동일한 허핀달-허쉬만 지수를 사용하여 블록 빌더 독점을 방지합니다. HHI = Σ(share_i²) × 10,000. 세 가지 체제: 1) 경쟁적(HHI < 1,500): 페널티 없음. 2) 보통(1,500 ≤ HHI < 2,500): 선형 페널티 = v × share / 200. 3) 위험(HHI ≥ 2,500): 이차 페널티 = v × share² / 10,000 + 긴급 빌더 슬롯 개방. HHI와 관계없이 빌더당 50% 시장 점유율 하드캡이 적용됩니다.

Question 33

What are the trust assumptions in TBURN's progressive decentralization?

Accepted Answer

TBURN implements a 3-phase progressive decentralization roadmap that systematically eliminates trust assumptions: Phase 1 (0-6 months) — OPERATIONAL: 3 trust assumptions remain (oracle, ops team, audit). Operations team has 7-day timelock. T_builder removed via L0 economic guarantees. Phase 2 (6-18 months) — DAO_CONTROLLED: 2 trust assumptions (oracle, audit). DAO token-holder voting with 10% quorum, 2-day timelock. T_oracle removed via L1 ZK oracle proofs. Phase 3 (18+ months) — TRUSTLESS: Only 1 trust assumption remains — ZK mathematical soundness (T_zk_soundness). Operations team keys are permanently burned, all upgrades require full DAO vote.

Question 34

TBURN의 점진적 탈중앙화에서 신뢰 가정은 어떻게 제거되나요?

Accepted Answer

TBURN은 3단계 점진적 탈중앙화 로드맵으로 신뢰 가정을 체계적으로 제거합니다: Phase 1(0-6개월) — OPERATIONAL: 신뢰 가정 3개(오라클, 운영팀, 감사). 운영팀 7일 타임락. T_builder는 L0 경제적 보장으로 제거. Phase 2(6-18개월) — DAO_CONTROLLED: 신뢰 가정 2개(오라클, 감사). DAO 토큰 보유자 투표(정족수 10%), 2일 타임락. T_oracle은 L1 ZK 오라클 증명으로 제거. Phase 3(18개월+) — TRUSTLESS: 신뢰 가정 1개만 남음 — ZK 수학적 건전성(T_zk_soundness). 운영팀 키 영구 소각, 모든 업그레이드는 DAO 투표 필요.