Bitroot_W神

$AEVO Bitcoin trillion ecosystem is about to open🚁🚁

#Bitroot#黄金创43年来最大单周跌幅
The future of artificial intelligence should not be controlled by a few.

It does not belong to closed systems, nor to black boxes that cannot be explained, and it should not only serve a few centralized institutions.

The true future of artificial intelligence should be open, verifiable, and accessible to everyone, allowing all to participate and supervise.

Bitroot progress is continually advancing:

- Testnet address 500,000+, cumulative users 60,000+, processed requests 12,500,000+.
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- Coverage of transfers, DEX, contract deployment, AI agents, and other full-scene verification.
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- CeDeFi test version preparation, node staking initiation.

Bitroot's AI Native Integration:

- Ai-EVM module is officially available, EVM natively supports AI smart contracts
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- Supports GPU-accelerated on-chain inference, AI Agents, and machine learning model operation on-chain
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- Distributed AI computing power network

Bitroot test network operates stably, the number of addresses and transaction scale continue to reach new highs;
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Covering transfer, DEX, contracts, AI applications and other full-scene verifications;
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The mainnet's pre-launch security audit and stress testing are fully completed and will go live soon. $BTC

Bitroot has achieved a triple breakthrough in high-performance Layer 1 + AI native + Bitcoin ecological interconnection, addressing the performance bottlenecks of traditional public chains, providing infrastructure for the integration of AI and Web3, and simultaneously releasing the liquidity of Bitcoin assets to promote the large-scale application of blockchain. $ETH

Bitroot Parallel EVM (pEVM) core is optimistic parallelism + three-phase conflict detection + state sharding + consensus/execution decoupling, allowing conflict-free transactions to run in parallel, achieving 50,000+ TPS and 0.3-0.4 seconds confirmation!

Bitroot Cross-Chain and Asset Protocol Breakthrough | Unlocking New Possibilities in the Bitcoin Ecosystem

- IMCP Lightweight Cross-Chain Protocol, Asynchronous Message Transmission, Seamless Interoperability with BTC/Ethereum
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- BRT20 Asset Protocol, OP_RETURN Permanent Data Recording, Inheriting Bitcoin Security, Achieving Token/NFT/DeFi Expansion
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- Zero-Knowledge Proof Cross-Chain, Bidirectional Asset Mapping, Users Seamlessly Complete BTC Cross-Chain, Unlocking Bitcoin Liquidity
$ETH

Bitroot is not just about high performance!
$SOL
- EVM 100% fully compatible, developers can migrate without changing code, reusing the entire Ethereum toolchain
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- Self-developed low Gas model, significantly reducing on-chain costs, suitable for micro payments/high-frequency DeFi scenarios
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- Natively integrated CeDeFi/NFT/cross-chain bridge/AI Agent, covering the entire ecosystem of payments/finance/on-chain AI

If you are still hesitating on your BTC strategy, why not join the more certain Bitroot? As the world's first parallelized EVM-Ai native public chain and all-scenario web3 infrastructure, Bitroot is gaining a following among web3 enthusiasts worldwide! $BTC

The ultimate performance of Bitroot, optimistic parallel EVM (OPEVM), Pipeline BFT consensus, state sharding achieves 100,000 TPS and 300 milliseconds final confirmation, resource utilization rate of up to 90%, Gas fees reduced by 90%.

The success of Bitroot is not a fleeting moment, but a continuous innovation in the web3 field, constantly exploring the boundaries of web3. People are obtaining the results they desire from the trust in Bitroot, and the emergence of Bitroot is destined to invigorate web3.
@Bitcoin

Bitroot's vision is not only to build a high-performance public chain but also to create a truly scalable, decentralized, and parallel-execution Web3 infrastructure network.

Bitroot Testnet Phase Two Officially Launched

After the basic network runs stably, the Bitroot testnet will enter the second phase of testing. Core ecosystem modules will gradually go online, bringing a more comprehensive on-chain experience to the community.

This phase will introduce the following key features:
DEX Decentralized Exchange
Realize on-chain asset trading and liquidity experience

stBRT Staking Feature:
Launch the testnet staking mechanism to lay the foundation for the future node ecosystem;

Bitroot Information Data Module:
Provide on-chain data and ecosystem information visualization;

Cross-chain Bridge:
Realize cross-network asset interaction
The second phase aims to verify the performance of Bitroot ecosystem applications in a parallel architecture, while testing the stability of on-chain transactions, data queries, and cross-chain interactions.

Bitroot Triple Breakthrough: High-performance Layer 1 Public Chain + AI Native Integration + Deep Interconnection of Bitcoin Ecosystem;

Core Value: Solve the performance bottleneck of traditional public chains, build AI + Web3 infrastructure, release Bitcoin liquidity, and promote large-scale implementation of blockchain!

When the market is overheated, most blockchains will collapse.

Gas fees soar. Alleviating congestion.
Delays will kill excess returns.

A bull market cannot accommodate weak infrastructure.

Because in the next cycle, performance will no longer be optional but a matter of survival.

#Bitroot Chinese Community 2026 New Year Reunion#
Gathering to welcome the New Year, united towards the future! The Bitroot Chinese Community New Year reunion is here as scheduled, paying tribute to every builder and supporter. In this vibrant ecological home, we base ourselves on technology and community, steadily realizing ecological value and user value. In the year of the Fire Horse 2026, we will take the lead, with full horsepower, deepen ecological cooperation, expand application scenarios, and embark on a new journey together with all family members, towards glory!

Bitroot parallel execution + three-stage conflict detection process

- Pre-execution screening: CBF + static analysis, early identification of conflicts, reducing the execution conflict rate.

- Monitoring during execution: fine-grained read-write locks + versioned state, recording read versions, executing post-consistency, real-time conflict interception.

- Post-execution verification: global state root comparison + two-phase commit, inconsistencies result in local rollback only, no retries for the entire batch.

Artificial intelligence is driving the evolution of blockchain from a settlement system to a computation system.

With the integration of AI agents, MEV-aware execution, and complex state interactions, the real bottleneck is no longer consensus, but execution concurrency.

Sequential execution of the EVM wastes the advantages of a multi-core world.

Bitroot has addressed this issue at the execution layer: by implementing conflict-aware scheduling for parallel execution, allowing transactions to run like threads, thus eliminating queues and waiting times.

This means not only higher TPS but also a significant increase in computational utilization.

The core of Bitroot's parallel EVM (pEVM) is optimistic parallelism + three-stage conflict detection + state sharding + decoupling of consensus/execution, enabling conflict-free transactions to run in parallel, achieving over 50,000 TPS and a confirmation time of 0.3-0.4 seconds.

1. Core Architecture: Decoupling of Main Chain and Execution Chain

- Main Chain: Manages ordering / consensus / global state, does not execute contracts.
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- Execution Chain: Multiple EVM instances run contracts in parallel, with customizable Gas/economic strategies, completely decoupling performance bottlenecks.
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- Parallel Scheduler: Analyzes transaction dependencies, builds a DAG graph, and distributes to the execution engine cluster.

2. Workflow: Four Steps in Parallel

1. Transaction Pooling and Dependency Analysis: Static bytecode analysis, using a Counting Bloom Filter (CBF) (128KB, 4 hashes, 0.1% false positive) to quickly filter conflicts; constructs transaction DAG, conflicts connected by edges, transactions of the same color can run in parallel.
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2. Pre-execution Grouping: Greedy coloring algorithm for grouping, transactions in the same group are sent to multiple execution engines in parallel; state sharding is done by address hashing, independent state trees, cross-shard processed by coordinators.
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3. Parallel Execution + Three-stage Conflict Detection
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- Pre-execution screening: CBF + static analysis, identifies conflicts in advance, reducing execution conflict rates.
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- Monitoring during execution: Fine-grained read/write locks + versioned states, records read versions, execution post-consistency, real-time interception of conflicts.
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- Post-execution verification: Global state root comparison + two-phase commit, inconsistencies result in local rollbacks only, no retries for the entire batch.
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4. Submission and Consensus: Execution chain submits results to the main chain; the main chain uses Pipeline BFT for pipelined voting, achieving final confirmation in 0.3-0.4 seconds, synchronizing the global state root.