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$AEVO Bitcoin trillion ecosystem is about to open🚁🚁

Bitroot主网测试即将启航！
解锁数字价值新可能当市场还在追逐短期热度，Bitroot已用扎实的技术积累和严谨的测试流程，为下一个风口蓄势。主网测试的启动，意味着数字资产的高效流转、去中心化应用的规模化落地不再是空想。无论是寻求技术突破的开发者，还是布局未来的投资者，都将在这里找到属于自己的机遇——零门槛参与体验，抢先感受无缝衔接的链上服务，见证价值互联网从概念走向现实。未来已来，与Bitroot一起，站在时代的浪潮之巅！

Compared to traditional public chains, Bitroot's evm-AI is simply a dimensionality reduction strike. Bitroot directly surged to over 100,000; while others are still solving transaction congestion, it has already integrated AI into the execution layer, relying on smart contracts to call AI models and handle complex logic. It is said that the AI testnet will be launched in November, and this move aims to directly define the standards for the next generation of public chains.

Don't think of blockchain + AI as just a concept anymore; Bitroot's evm-AI has already provided a practical approach. Its high-concurrency EVM can handle massive transactions, and with the addition of AI buff: for example, using AI for real-time intelligent risk control in DeFi, NFTs can be directly generated by AI and minted on-chain, and even supply chain data can be put on-chain for AI to predict demand. The key is that all of this runs on a decentralized public chain, where data is transparent and immutable, finally bridging the gap between trust and intelligence.

Bitroot analyzes and looks ahead through technology, explaining how parallel public chains can solve the trilemma of blockchain and promote the evolution of smart contracts.

1. The prospects of the integration of Web 3.0 and AI

The integration of Web 3.0 and AI will redefine intelligence, computing, and decentralization, creating a new digital organism capable of thinking, learning, and evolving without centralized control.

The fusion of the two will form a symbiotic system where intelligence is distributed and verifiable, and data becomes a shared public good rather than proprietary assets.

2. Bitroot's technical architecture

Bitroot adopts a parallel EVM and BFT consensus mechanism, achieving a throughput of over 100,000 TPS and a confirmation time of 0.3 seconds, solving the trilemma of blockchain.

Bitroot's AI native layer supports AI agents, large model training, and GPU-based on-chain computing, enabling developers to deploy decentralized AI applications.

3. The evolution of smart contracts

Bitroot transforms static smart contracts into dynamic intelligent agents that can respond to real data, improve strategies, and make autonomous decisions.

AI agents can perform predictive analysis, manage liquidity in DeFi protocols, optimize operations, or provide real-time recommendations in a fully decentralized environment.

4. Bitroot's China tour

Bitroot's China tour aims to communicate with developers, researchers, and industry leaders to build consensus in the technology community and promote technological advancement.

The China tour will help Bitroot bridge local innovation and global application, jointly building an intelligent and decentralized future.

5. Challenges of integrating AI and Web 3.0

The integration of AI and Web 3.0 faces three major challenges: scalability, verifiability, and ethical standards.

Bitroot addresses the scalability issue through parallel consensus and sharding computing, ensures the verifiability of AI processes through on-chain computing models, and addresses ethical and governance issues through transparent infrastructure.

Bitroot defines the next generation of blockchain infrastructure through a parallelized architecture and AI-native design, as well as innovative breakthroughs in areas such as intelligent scheduling and on-chain agents.

1. Bitroot's Vision and Core Technology
Bitroot is committed to building the next generation of high-performance AI public chains, embedding intelligence directly into the underlying layer to achieve natural interaction between users and on-chain agents.
Bitroot adopts an optimistic parallel execution model, predicting conflicts through static analysis and runtime heuristic methods to enhance on-chain processing efficiency.
Bitroot's architecture supports high concurrency, trainable data structures, and low-cost calls, providing an on-chain host environment for AI model execution.
2. Actual Operating Data of the Test Network
The Bitroot test network has stably handled over 1 million transactions, covering various types such as asset transfers and contract calls.
The average block time remains stable at under 0.3 seconds, with a transaction retry rate of less than 0.08%, demonstrating the robustness of the parallel execution engine.
Global node distribution is wide, with node uptime stability exceeding 99.7%, supporting lightweight elastic deployment.
3. The Integration of AI and On-Chain Interaction
Bitroot has initially implemented three types of AI applications: wallet assistant agents, contract diagnosis and risk warning models, and AI and DeFi modules.
The parallel execution architecture and state sharding mechanism support a large number of agents calling and reading/writing states simultaneously, ensuring performance does not become a bottleneck.
4. Future Growth and Technological Evolution
The direction of technological evolution includes optimizing the parallel execution engine, introducing asynchronous task scheduling mechanisms, and developing an AI model-based resource prediction system.
Developer support will launch a one-stop AI agent SDK and agent store, providing on-chain datasets and training toolkits.
In terms of commercial cooperation, the system integration with Tencent Cloud has been completed, and collaboration with Web3 gaming social protocols is being promoted.

📊Congratulations🎉🎉 Bitroot Testnet has just surpassed 250,000+↑ active on-chain addresses.
Since the start of Phase Three:
🔁 Over 15K daily transactions
⏱️ 0.3 seconds block time
🚀 Peak of 100K+ TPS
💸 1.3 Gwei average gas
🛡️ Zero downtime, zero failures
Powered by Bitroot's ⚙️ parallel EVM, providing high throughput, low latency, and stable performance.
📢 More updates are coming soon.

Bitroot High-Performance Parallel Processing Architecture, Dominating SOL#solana

Bitroot is not just another chain; it is the first AI-native parallelized Layer 1.

The Bitroot testnet's third phase is officially launched!
With this important milestone, we have launched the Bitroot cross-chain bridge, enabling bi-directional asset transfers between Bitroot and the BSC testnet.

New content in this upgrade:
1. Cross-chain bridge (Bitroot→BSC)
2. Enhanced virtual machine performance and conflict resolution state snapshot and failure recovery system updates
3. Full deployment of adaptive scheduling engine

Focus of Phase 3 testing:
1. Bridge stability and asset confirmation;
2. Full-stack performance under real user load
3. Data integrity + wallet compatibility testing

Participate in testing and shape the future🔥

Bitroot's dynamic sharding technology supports 'One Chain for All', allowing assets like BTC, ETH, and others to circulate freely🔥🔥🔥

Bitroot's Core Technology Architecture:
1. Parallel Execution Engine (pEVM)
Traditional public chains (such as Ethereum) adopt serial transaction processing, making it prone to congestion due to state conflicts. Bitroot analyzes transaction dependencies through a dynamic transaction scheduler, constructs a Conflict Graph, and executes conflict-free transactions in parallel. For example, token transfers and NFT minting can be processed simultaneously, while transactions involving the same account are serialized.
Performance Metrics: Actual measured TPS reaches 50,000+, block confirmation time <0.4 seconds, and gas costs are extremely low.
2. Pipeline BFT Consensus Mechanism
Compared to traditional PBFT, it adopts a multi-stage pipeline design, processing voting steps in parallel at each stage, reducing communication overhead and enhancing resistance to latency. Security is superior to Tendermint, and throughput far exceeds traditional public chains.
3. Modular Architecture and Cross-Chain Interoperability
It employs a “main chain (consensus layer) + execution chain (execution layer)” separation design, combined with dynamic sharding technology, to achieve flexible resource scheduling.
Built-in lightweight cross-chain protocol (IMCP) supports seamless interaction with mainstream chain assets like BTC and Ethereum, addressing the fragmentation issue in multi-chain ecosystems.
4. AI Native Support (Ai-EVM)
Expands the EVM instruction set, supports AI Agent invocation, verifiable compute caching, etc., providing underlying optimization for decentralized AI inference and edge computing.

Bitroot is not here to compete - it will complete the next generation Layer1 infinite stack:

✔️Parallel execution
✔️AI native design
✔️Sovereignty, not subordination

We have only just begun.
Which gem will you choose next?##Bitroot

The third phase of Bitroot testing is about to begin, with future breakthroughs of tps 100000+. Since the global public test began on April 14, 2025, Bitroot's testing has attracted active participation from developer communities in the United States, Germany, Italy, South Korea, and South America. The total number of testnet addresses has now exceeded 60,000+. Stay tuned for the third phase of cross-chain bridge integration testing 🚀🚀

The parallel AI independent blockchain Bitroot, jointly developed by the head of the blockchain department at the University of Chile and the original BCH development team, guarantees security and decentralization through smart contracts developed with the Bitcoin chain's op_cat scalable scripts. Combined with the current parallel AI independent blockchain, the TPS has already reached 50000+ in the testing phase, and with the introduction of edge computing, the future TPS will exceed 200000+, supporting any application to be built on the BRT chain!

The core advantages of Bitroot Network compared to SUI and Aptos are as follows:

Update: The parallel independent blockchain L1 has launched a global beta test on April 14.

Bitroot is not just the launch of the protocol layer mainnet; it is a prelude to transformation. We are accelerating the following blueprint:
1. Protocol Layer Optimization: Further improve the protocol layer to make it a solid foundation for innovation in the Bitcoin ecosystem, empowering more developers and projects.
2. L2 Network Launch: In the first quarter of 2025, our L2 network will go live, combining efficient parallelism with the security of Bitcoin, achieving higher TPS while maintaining a balance between decentralization and security.
3. A New Chapter in CeDeFi: In 2025, Bitroot will also launch CeDeFi applications based on the Bitcoin ecosystem, covering on-chain staking, derivatives contracts, and DEX, providing users with a one-stop financial service.
4. Global Collaboration and Ecosystem Expansion: We will continue to collaborate with innovative projects in fields such as AI and DeSci, building diverse Bitcoin application scenarios and making Bitcoin a true cornerstone of the global economy.
The future of Bitroot lies not only in technological breakthroughs but also in community growth, ecological prosperity, and global collaboration!

$Bitroot will team up with @ALLINDOGE_Alpha and @CrusSwap to embark on the testnet journey!

Users participating in the testnet can not only experience the latest Bitroot technology but also have the chance to win generous prizes.

Currency is evolving, technology is advancing, and so should you.

Bitroot is not just currency, but a value infrastructure in the parallel Web3 world.
You have witnessed the past. Now, build the future.

Just hold it.
Market fluctuations may occur, but the belief remains unchanged. Bitroot is building a truly scalable, parallel Layer 1 architecture, aimed at the future of Web3 infrastructure.
The test network is live, the ecosystem is unfolding, embracing long-termism, start now.

High performance is here too 😀