TBURN

$TBURN

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BNB Chain 0x6087110199b261DC320Be28d7B28CBdFF5409988

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Volume 24h

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About TBURN

TBURN is an independent Layer 1 blockchain engineered for ultra-high performance, deterministic finality, and quantum-resistant security. Built on a 5-Phase Tendermint BFT consensus with 7 dynamic shards, TBURN delivers over 100,000 transactions per second with sub-3-second finality.

The network introduces linear shard scaling, AI-driven throughput orchestration, and post-quantum cryptography (Dilithium + Kyber – NIST FIPS 203/204 compliant), positioning it as one of the first production blockchains implementing forward-secure quantum resistance.

TBURN operates natively on its own mainnet (Chain ID 5800) and is also available as a 1:1 backed BEP-20 wrapped token (wTBURN) on BNB Smart Chain for seamless exchange integration and DeFi compatibility.

With industry-low TGE circulation (4.2%), structured vesting, and deflationary burn mechanisms, TBURN is designed to support long-term ecosystem growth while minimizing sell pressure.

Security Scan

Automated scan — always DYOR.

AI Analysis

TBURN is a Layer 1 blockchain that runs on its own mainnet (Chain ID 5800) and emphasizes high transaction throughput, deterministic finality, and quantum‑resistant cryptography. It also provides a 1:1 BEP‑20 wrapped token (wTBURN) on the BNB Smart Chain to enable easy exchange and DeFi interaction.

Frequently Asked Questions

What scalability or infrastructure problem does TBURN try to address?

TBURN aims to overcome the throughput limits of many existing blockchains by using a 5‑phase Tendermint BFT consensus combined with linear sharding and AI‑driven orchestration, targeting over 100,000 transactions per second with sub‑3‑second finality.

Who would build on or benefit from using TBURN?

Developers building high‑frequency applications, DeFi protocols, or any service that needs fast finality and strong security against future quantum attacks can leverage TBURN’s native chain or its wrapped BEP‑20 token for broader ecosystem access.

How does TBURN’s approach differ from other Layer‑1 solutions?

Unlike many Layer‑1s that rely on a single consensus mechanism, TBURN incorporates dynamic sharding, linear scaling, and post‑quantum cryptography (Dilithium + Kyber) within a Tendermint BFT framework, aiming to provide both high performance and forward‑secure quantum resistance.