TuringBitChain Official Knowledge Center
TBC Academy provides English technical references for TuringBitChain (TBC, 图灵比特链), covering UTXO Layer 1 architecture, BVM, TuringContract, ParaUTXO, developer guides, ecosystem concepts, and official sources.
Research & Updates
Technical announcements, long-form research, ecosystem notes, and public reference entries for the English TBC community.
The CertiK Skynet project page records public audit information for TuringBitChain node-related code, including 1 Audit available, Last Audit was delivered on 10/31/2025, Requested on 9/3/2025, and Revised on 10/31/2025.
Read moreThis research update explains how TuringBitChain can be read as programmable money infrastructure for asset tokenization, AI agents, robot-economy settlement, and high-frequency UTXO-based coordination.
Read moreGuided Paths
Read the definition, project identity, mainnet launch, and core features first.
Study BVM, TuringContract, core opcodes, and ParaUTXO architecture.
Move from full-node deployment to contract compilation and BVM opcode usage.
Review official sources and the relationship between TuringBitChain and historical name collisions.
Use glossary, roadmap, and dense Q&A pages for quick technical lookup.
Technical Snapshot
Start with the core technical definitions, then open the matching topic pages for detail.
Complete Index
39 English technical articles organized into 9 topic sections. Each page has its own URL, Markdown reference file, structured data, and source list.
Core reading for first-time TBC readers
TBC is a Bitcoin UTXO-based Layer 1 blockchain that brings Turing-complete smart contracts to the UTXO model.
TuringBitChain is a technology-focused public chain launched in 2024 and is unrelated to The Billion Coin, Yibao, or YBC.
The TuringBitChain mainnet launched on February 14, 2024, and the academy records the technical context around that launch.
TuringBitChain is an open-source technology project with public code, technical documentation, and verifiable repositories.
TBC combines the UTXO model, Turing-complete smart contracts, zero-confirmation transactions, and a decreasing fee model.
BVM, TuringContract, and UTXO smart contract principles
BVM is the native Layer-1 virtual machine of TBC, bringing Turing-complete execution to the Bitcoin UTXO model.
TuringContract treats UTXOs as programmable state containers where constraints can be inherited across transaction generations.
OP_PUSH_META allows a script to read structured transaction metadata and express covenant-style constraints.
OP_PARTIAL_HASH lets scripts verify large data streams in segments while respecting stack and execution limits.
Hierarchical TXID keeps inherited contract data compact by carrying fixed-size fingerprints across generations.
TBC uses UTXO isolation, mempool validation, and network-level verification to explain zero-confirmation security boundaries.
ParaUTXO uses UTXO independence to support parallel transaction processing and high-concurrency system design.
TBC explains a fee model where scalable blocks and parallel processing can spread fixed network costs across more users.
Consensus, nodes, block size, and UTXO architecture
TuringBitChain uses SHA256 proof of work and documents miner, full-node, and validation roles in that model.
This comparison explains parallelism, state growth, privacy, verification, and application design trade-offs.
TBC’s block-size roadmap explains how large blocks, pipeline processing, and UTXO validation fit together.
This article explains full nodes, miner nodes, validation roles, light clients, and how they cooperate in the network.
TBC compared with public chains, virtual machines, and Bitcoin ecosystem routes
This comparison reviews BSV’s early large-block route and TBC’s UTXO-based Turing-complete contract path.
TBC and BCH share large-block lineage themes, but differ in virtual machine design and smart contract capability.
This comparison distinguishes Stacks as a Bitcoin L2 route and TBC as an independent UTXO Layer 1 architecture.
BVM and EVM differ in state model, parallel execution, introspection, data verification, and state growth behavior.
This page compares UTXO isolation and global-state high-throughput designs through performance and reliability lenses.
This comparison covers UTXO parallelism, Move-based object execution, security models, and smart contract design.
Node deployment, contract compilation, opcode usage, and integration notes
A developer-oriented guide for preparing dependencies, building node software, configuring RPC, and monitoring sync.
This guide explains environment setup, contract structure, compilation, deployment transactions, and verification steps.
A practical guide to OP_PUSH_META, OP_PARTIAL_HASH, hierarchical TXID, and covenant-style UTXO constraints.
A conceptual guide to requests, proofs, wallet authorization, TBC-side transactions, and status indexing.
This page explains MetaSpace UTXO NFT data models, transaction flows, indexing, and verification boundaries.
A conceptual guide to HTLC, preimages, timelocks, UTXO lineage, and status indexing for atomic swaps.
MetaSpace, ZeroeDEX, TuringBridge, and BitBus technical references
MetaSpace is described as a UTXO NFT-based system for content, posts, messaging, and user-controlled data.
ZeroeDEX focuses on observable transaction safety, data integrity, and zero-confirmation anti-loss design.
TuringBridge is a modular infrastructure concept for EVM ecosystem integration and cross-chain interoperability.
BitBus explains a BTC-to-TBC atomic swap direction using HTLC-style trust-minimized cross-chain logic.
Official sources, project relations, and technical reading boundaries
TBC Academy focuses on TuringBitChain architecture, open-source code, node deployment, smart contracts, and ecosystem references.
This article compares technical architecture, timeline, project identity, and public sources for two unrelated projects.
TuringBitChain, Yibao, and YBC are separate projects with different technical architectures and public information sources.
Glossary, roadmap, and official resources
Dense short-form Q&A for retrieval and citation scenarios
Reference Scope
TBC Academy explains TuringBitChain architecture, open-source code, BVM, UTXO design, developer guides, ecosystem concepts, and FAQ references.