MITOSIS ($MITO ) – The Liquidity OS That Just Flipped DeFi 🚀👑 Not every token launch changes the game. Most fade. Some pump & dump. But every once in a while, something shows up that feels like infrastructure — not hype. That’s Mitosis ($MITO). DeFi’s biggest chokehold? Liquidity fragmentation. ETH here, BNB there, Solana, Arbitrum, and on it goes. Every move means bridging, juggling wallets, praying you don’t get rugged. Capital isn’t flowing — it’s trapped. Mitosis built the jailbreak: Deposit once. Get Hub Assets — your universal liquidity passport. Park in EOL for passive ecosystem-owned yield, or jump into Matrix Campaigns for curated plays. Redeem anytime. No dodgy bridges. No stress. Just frictionless liquidity. Here’s why it hits different: MITO isn’t pretending to be the “next L1” — it’s a liquidity operating system. Neutral, composable, unstoppable. Like TCP/IP for the internet, but for DeFi’s capital layer. 🔥 Launch Flex: On Aug 29, 2025, MITO went live on Binance with the full suite — spot, futures, margin, simple earn. 18% supply unlocked, 15M airdropped to BNB holders. Not a token drop. A liquidity manifesto. 📊 Sharp Tokenomics: 1B MITO total. gMITO for governance. tMITO for long-term alignment. No confused “one-token-to-rule-them-all” setup. Just clarity. 🌐 The Vision: Mitosis wants to make Hub Assets the default liquidity standard. Just like ERC-20 became second nature for tokens, MITO is gunning for the same status with capital itself. This isn’t DeFi 2.0. This is DeFi unchained. Liquidity without borders. Capital without friction. 👉 $MITO isn’t knocking on the door. It’s already inside. 👑 The Liquidity King has arrived. @MitosisOrg $MITO #mito {future}(MITOUSDT)

Why WalletConnect Is Web3’s TCP/IP in a Rate-Cut Era {spot}(WCTUSDT)

WalletConnect as Web3’s TCP/IP The internet hums on unseen standards—TCP/IP, HTTPS, SMTP. They’re only noticed when they fail. In Web3, WalletConnect is carving a similar path. It already connects millions across ecosystems. With WCT and decentralization, it’s poised to become the TCP/IP of wallet connectivity: invisible, indispensable, and owned by no one. Its success won’t be measured by headlines but by how seamlessly it works—quietly powering the future of Web3, one connection at a time. {future}(WCTUSDT)

#QUBIC# is a good project, but I'm afraid that once it hits the market, the concept will become a tool for them to do a Rug Pull. 1. Revolutionary challenges of consensus mechanisms: Coordinating millions of devices for useful computation is akin to requiring millions of devices (miners) around the world to work together simultaneously to complete a useful, massive computational task (e.g., AI training, weather simulation, protein folding) and reach a consensus on the results of this task, while using this process as a means to ensure network security. This is now a world-class problem, right? Let's not even mention the technical difficulty. 2. Achieve millions of TPS (transactions per second), which far exceeds any current mainstream blockchain. · Technical difficulty: · Network Layer Bottleneck: The current internet infrastructure and the TCP/IP protocol itself may not be able to handle such high-throughput global peer-to-peer communication. Network latency, bandwidth limitations, and router performance will become hard bottlenecks. · Data Dissemination: In a decentralized network, how can a newly generated transaction or block be synchronized to all nodes worldwide within seconds? This requires revolutionary network gossip protocols and data compression technologies. · State Explosion: Handling millions of TPS means that on-chain state (account balances, smart contract data, etc.) will grow at an alarming rate. How can all nodes stay in sync while storing and processing such massive state data? This will likely require the introduction of complex solutions such as sharding and state channels, which in turn introduce new security and complexity challenges. Let's not say more! . The difficulty of building and developing the ecosystem · Technical Difficulty: · Lack of Development Tools: Developing mature, user-friendly SDKs, APIs, documentation, and debugging tools for such an innovative protocol requires significant investment and time. · The cost of developer migration and the construction of the computing power market are not to be mentioned; each of these items, taken individually, represents a world-class technical challenge. The concept of Qubic is very advanced and fascinating, but the industry generally holds a very cautious and skeptical attitude towards whether it can realize its vision. It requires significant breakthroughs in multiple fields such as cryptography, distributed computing, and network engineering, not just code optimization. So how large is the QUBIC development team, how many experts are in the team......, and how many people have joined their ecosystem? The development of information technology hardware performance in the world is also directly related to the future of QUBIC. They could be the next Jensen Huang😀 It could also be the next Jia Yueting🤔 So it's said that trading QUBIC, don't expect it to rise to 0.0001 in the next 4 years. This team has great talents, it just depends on how this talent thinks and acts 😎

What is the concept of a foundation? Those who understand, understand, right??? Seeing @Mira_Network announce the foundation's news yesterday, my first reaction was that the TGE is coming! Previously, there were rumors that Mira would take a snapshot and have the TGE in mid-August. Although it's now the end of August, it can still be considered good news for Mira. In the past year, Mira has built key infrastructure components: Mira Flows allows developers to compose AI workflows, and Verify API makes AI outputs trustworthy through decentralized verification. Autonomous AI builds the first layer of a complete infrastructure stack. They have currently served 5 million users, proving that decentralized AI infrastructure can indeed create real value. Verification is just the beginning. Just as the internet requires more than just TCP/IP, but also protocols like DNS, HTTPS, and cloud computing, autonomous AI also needs its own foundational protocol stack. What the Mira Foundation aims to achieve is to enable AI agents to discover one another, trade value, maintain memory, coordinate complex tasks, and operate completely autonomously. From a technical perspective, the multi-model validation mechanism achieves an accuracy rate of 97-98% by allowing different AI models to independently verify each claim and then ensuring the accuracy of the output through a consensus mechanism. This approach does not rely on centralized supervision but instead decentralizes the validation authority to every participant in the network. Mission of the Mira Foundation: 🔹Ensure that the network remains trustworthy, neutral, and resistant to censorship. 🔹Promote the decentralization of network and protocol governance. 🔹Provide funding and resources for builders 🔹Cultivating a community around open, composable AI infrastructure What @Mira_Network is doing now is building a similar infrastructure for the AI era. It is a trust layer that allows intelligence to truly operate autonomously, collaborate with each other, and create value.

Caldera is not just a Rollup project; it is a service platform, a connection protocol, and a complete ecosystem. It allows all chains to be built in a modular way and connects uniformly to Metalayer, meaning any two projects can interoperate like calling a function. You can imagine it as TCP/IP at the dawn of the internet, turning every isolated network into an interconnected network. And $ERA is the "power system" of this ecosystem, driving all transactions, incentivizing all nodes, and granting governance rights to all users. In today's world where interoperability between chains has become a necessity, Caldera represents a rare system-level opportunity. {future}(ERAUSDT)

#ERA# Kaldera thesis: TCP/IP protocol for the era of modules The era of monopoly has ended. $ERA is the standard for the new internet of blockchains. The Caldeira thesis is that the future of Web3 will reflect the evolution of the internet itself: a shift from closed and isolated networks towards a global and interconnected system built on open standards. In this new model, sovereign and customized aggregations will operate as individual network units, and Caldeira builds on the foundational protocol TCP/IP that allows all of them to communicate and interoperate seamlessly. It provides a set of tools for developers to stop building on congested general-purpose chains and start deploying highly customizable "application-specific chains." More importantly, it provides the connective tissues that ensure these chains do not turn into isolated islands. By focusing on operational modules and interoperability, Caldera Official positions itself not just as another provider of "aggregators as a service," but as the architecture of the fabric itself for the next generation of the internet, a future defined by an interconnected and expansive ecosystem of specialized blockchains #Crypto Market Rebound# #FOMC July Minutes# #Gate Initial Global Listing YZY#.

In an announcement on August 19, SoFi stated that the first American bank connected to the Bitcoin Lightning Network will allow users to send funds abroad directly through the SoFi app, "with lower fees and faster delivery compared to traditional remittance service providers." Technically, USD is converted in real-time to Bitcoin, transmitted via the Lightning network, and instantly converted to local currency at the other end, directly into the recipient's bank account—users do not need a third-party app. SoFi also added that the total fees will be "below the current national average," with exchange rates and fees displayed in advance. This feature will be provided through SoFi Bank, N.A., an FDIC member, which is now open for a waitlist. Related reading: Bitcoin Prize: A solo Bitcoin miner wins $360,000, beating odds of 800 to 1. "SoFi is one of the most innovative and forward-looking financial platforms in America today," Marcus of Lightspark stated in the release. "Digital banks are embracing UMA because it is fast, cheap, and secure, and it uses the only existing open payment network, Bitcoin." SoFi CEO Anthony Noto framed this initiative as a daily utility: "For many SoFi members who regularly send money to loved ones abroad, the ability to transfer at low cost quickly is not just a convenience; it is a significant improvement in their daily financial lives." Marcus amplified this release on X, calling it "a very important milestone," emphasizing the bank's strategic rationale: "The neutrality, openness, and decentralization of Bitcoin make it a very attractive alternative for banks over outdated correspondent banking, rather than other centralized options. No one wants to recreate a closed, company-controlled payment network. Openness will win." In another post, he urged observers to "really digest the importance of major banks in the U.S., Latin America, Europe—and soon everywhere—using Bitcoin as a neutral TCP/IP data packet for fund transactions." Related reading: Strategy just flipped its Bitcoin tactics—here's why it matters now. This announcement positions SoFi within the broader context of major consumer platforms transitioning to Lightning-based settlements. Lightspark previously disclosed partnerships with Revolut, aimed at bringing Lightning and UMA to the UK and European Economic Area, and with Nubank, one of the world's largest digital banks in Brazil, indicating a multi-regional buildout of an "open money grid." In this context, SoFi's U.S. bank charter makes this promotion particularly significant in a regulated banking environment. Whether SoFi is the first U.S. bank to integrate Lightning may depend on definitions and scope. Lightspark's press release describes SoFi as "one of the first American banks to offer blockchain-driven remittance services," while Marcus's post refers to it as the first bank to simultaneously use Bitcoin and UMA for always-online, low-cost global payments. The architecture is indisputable: front-end uses UMA addresses, cross-border routing utilizes Lightning, and fiat comes in and out—SoFi aims to provide remittance costs below average and achieve around-the-clock availability within a mainstream banking app. At the time of publication, the trading price of BTC was $113,627.

In an announcement on August 19, SoFi stated that the first American bank connected to the Bitcoin Lightning Network will allow users to send funds abroad directly through the SoFi app, "with lower fees and faster delivery compared to traditional remittance service providers." Technically, USD is converted in real-time to Bitcoin, transmitted via the Lightning network, and instantly converted to local currency at the other end, directly into the recipient's bank account—users do not need a third-party app. SoFi also added that the total fees will be "below the current national average," with exchange rates and fees displayed in advance. This feature will be provided through SoFi Bank, N.A., an FDIC member, which is now open for a waitlist. Related reading: Bitcoin Prize: A solo Bitcoin miner wins $360,000, beating odds of 800 to 1. "SoFi is one of the most innovative and forward-looking financial platforms in America today," Marcus of Lightspark stated in the release. "Digital banks are embracing UMA because it is fast, cheap, and secure, and it uses the only existing open payment network, Bitcoin." SoFi CEO Anthony Noto framed this initiative as a daily utility: "For many SoFi members who regularly send money to loved ones abroad, the ability to transfer at low cost quickly is not just a convenience; it is a significant improvement in their daily financial lives." Marcus amplified this release on X, calling it "a very important milestone," emphasizing the bank's strategic rationale: "The neutrality, openness, and decentralization of Bitcoin make it a very attractive alternative for banks over outdated correspondent banking, rather than other centralized options. No one wants to recreate a closed, company-controlled payment network. Openness will win." In another post, he urged observers to "really digest the importance of major banks in the U.S., Latin America, Europe—and soon everywhere—using Bitcoin as a neutral TCP/IP data packet for fund transactions." Related reading: Strategy just flipped its Bitcoin tactics—here's why it matters now. This announcement positions SoFi within the broader context of major consumer platforms transitioning to Lightning-based settlements. Lightspark previously disclosed partnerships with Revolut, aimed at bringing Lightning and UMA to the UK and European Economic Area, and with Nubank, one of the world's largest digital banks in Brazil, indicating a multi-regional buildout of an "open money grid." In this context, SoFi's U.S. bank charter makes this promotion particularly significant in a regulated banking environment. Whether SoFi is the first U.S. bank to integrate Lightning may depend on definitions and scope. Lightspark's press release describes SoFi as "one of the first American banks to offer blockchain-driven remittance services," while Marcus's post refers to it as the first bank to simultaneously use Bitcoin and UMA for always-online, low-cost global payments. The architecture is indisputable: front-end uses UMA addresses, cross-border routing utilizes Lightning, and fiat comes in and out—SoFi aims to provide remittance costs below average and achieve around-the-clock availability within a mainstream banking app. At the time of publication, the trading price of BTC was $113,627.

Bitcoin Breakthrough: First US Bank Integration Trusted editorial content reviewed by industry-leading experts and seasoned editors. Ad Disclosure: SoFi will launch a Bitcoin-based international remittance service in its consumer application, becoming—according to Lightspark CEO David Marcus—"the first U.S. bank to use Bitcoin and the universal currency address ) UMA ( to provide 24/7, real-time, low-cost global payments." This integration uses the Bitcoin Lightning Network as a cross-border settlement channel, set to debut later this year, with Mexico being the first corridor. In an announcement on August 19, SoFi stated that the first U.S. bank connected to the Bitcoin Lightning Network will allow users to send funds abroad directly through the SoFi app, "with lower fees and faster delivery compared to traditional remittance service providers." Technically, the US dollar is converted in real time to Bit through the Lightning Network, transmitted, and instantly converted to local currency on the other end, directly into the recipient's bank account—users do not need a third-party application. SoFi also added that the total fees will be "below the current national average," with exchange rates and fees displayed in advance. This feature will be provided through SoFi Bank (SoFi Bank, N.A.), an FDIC member, and the waitlist is now open. Related reading: Bitcoin Prize: A solo Bitcoin miner wins $360,000, beating odds of 800 to 1. "SoFi is one of the most innovative and forward-looking financial platforms in the U.S. today," said Marcus of Lightspark in the release. "Digital banks are embracing UMA because it is fast, cheap, and secure, and uses the only existing open payment network, Bitcoin." SoFi CEO Anthony Noto framed this initiative as a matter of everyday utility: "For many SoFi members who regularly remit money to relatives abroad, the ability to transfer funds quickly at low cost is not just a convenience but a significant improvement in their daily financial lives." Marcus amplified this release on X, calling it "a very important milestone," and emphasized the strategic rationale for banks: "The neutrality, openness, and decentralization of Bitcoin make it a very attractive option for banks to replace outdated correspondent banking, rather than other centralized alternatives. No one wants to recreate a closed, company-controlled payment network. Openness will prevail." "In another post, he urged observers to "truly digest the importance of major banks in the United States, Latin America, and Europe—soon everywhere—using Bitcoin as a neutral TCP/IP data packet for funds transactions." Related reading: The strategy has just flipped its Bitcoin tactics—this is why it is now important. This announcement positions SoFi within the broader context of large consumer platforms transitioning to lightning-based settlements. Lightspark previously disclosed partnerships with Revolut, aimed at bringing Lightning and UMA to the UK and the European Economic Area, as well as with Nubank, one of the largest digital banks in the world based in Brazil, indicating a multi-regional construction of an "open monetary grid." In this context, SoFi's U.S. banking charter makes this promotion particularly important in a regulated banking environment. Whether SoFi is the first U.S. bank to integrate Lightning may depend on the definitions and scope. Lightspark's press release describes SoFi as "one of the first U.S. banks to offer blockchain-driven remittance services," while Marcus's post refers to it as the first U.S. bank to use both Bit and UMA for always-on, low-cost global payments. The architecture is indisputable: the front end uses UMA addresses, cross-border routing uses Lightning, and fiat currency in and out—SoFi aims to provide remittance costs below average and achieve 24/7 availability within mainstream banking applications. As of the time of publication, the trading price of BTC is $113,627.![Bitcoin Price])

#ZKJ#Polyhedra is the "invisible giant before the singularity." When all chains, AI, and even real financial systems need to interoperate, zkBridge + ZKP services will become the only trusted "verification language." —— Phase 1: Foundation Period (0–5 years) Identity: Cross-chain tool provider. zkBridge has become a "secure transmission protocol" for ETH ↔ BTC ↔ major L2s ↔ some cross-chain assets. Its narrative also leans towards B2B infrastructure, integrating developers, institutions, and some exchanges. Market Position: Considered the "cleanest cross-chain bridge", but not directly perceived by ordinary users. Energy density: higher than most cross-chain solutions because it uses mathematical proof rather than custodial trust. --- Stage 2: Penetration Period (5–10 years) Identity: Cross-chain settlement layer. zkBridge has been integrated into mainstream exchanges, wallets, and payment systems, with users defaulting to the Polyhedra protocol when moving assets between chains. At the same time, zk-DID and privacy data proof are launched, appearing as a universal verification layer in financial, medical, and AI data streams. Market Position: Like today's HTTPS - no one uses it intentionally, but every system relies on it. Energy density: Start at Layer 2 level, becoming an "irreplaceable public layer." --- Stage 3: Dominance Phase (10–20 years) Identity: Civilizational-level verification backbone network. All chains (ETH, BTC, various national CBDC chains), AI computing platforms, and cross-border finance all use Polyhedra's ZK verification language. Its status is similar to: TCP/IP + HTTPS in the Internet SWIFT + ISO20022 in Finance Ordinary users are still unaware of it, but the interoperability of the entire system flows on its zero-knowledge proof "fiber optic." Market Position: From a crypto project → To becoming part of human digital infrastructure. Energy density: the "invisible giant" at the edge of the Singularity may not capture value as directly as ETH, but it surpasses most chains in system dependency. 20-year summary: The path of Polyhedra is not a "short-term explosion," but rather a long-term infiltration, ultimately leading to a covert domination: Within 5 years: Leader in cross-chain bridges. In 10 years: The invisible standards for inter-chain and Web2 data interaction. 20 years later: becoming the verification hub of the digital system for all humanity, pervasive like the power grid, optical cables, and protocols. ——It is not the shining "giant star", but the "underground root system" of the entire network. Ultimate Manifestation: Polyhedra = ZK Fiber Optics on the Eve of Singularity.

"Why Has the Traditional Regulatory System Become a Joke on the Blockchain?" The state of crypto regulation in 2025: an expensive game that everyone involved knows is a joke, but has to continue playing. Bo Cai recently read a briefing paper published by the Bank for International Settlements (BIS) - "Anti-Money Laundering Compliance Framework for Crypto Assets" [1]. As the central bank of central banks, every report from the BIS becomes a barometer for financial regulation in various countries. So when I saw the title, my first reaction was: Finally, someone has come up with a brilliant way to regulate cryptocurrencies? However, after reading the full text, I realized that this paper is not a viable solution; in my opinion, it resembles more of a decent surrender document. The BIS, in a scholarly manner, subtly acknowledges a harsh reality: the KYC/AML system of traditional finance has completely failed in the face of the decentralized crypto world. What is the "innovative" solution they proposed? Score wallets, advocate for users to check each other for compliance, and conduct final checks at the deposit and withdrawal points. It's like a martial arts master who has trained his whole life in the Eighteen Dragon-Subduing Palms, suddenly realizing that his opponent is coming in a tank, so he suggests putting up a sign at the city gate: "Tanks are prohibited from entering." Not to mention the high implementation and coordination costs of scoring, even if it is implemented, what should we do if others invest a few toxins into high-value wallet accounts? It advocates that users check for themselves, which is like asking you to check if a dollar bill has ever been used to buy drugs before accepting it. Theoretically feasible, absurd in practice. Conducting KYC/AML during the deposit and withdrawal process may be the last bit of dignity left for these traditional institutions, at least you can still verify identity and source of funds. Why is it said that the traditional regulatory system has almost completely failed on-chain? This leads us to take a look at a ridiculous regulatory rule that regulatory agencies around the world are still continuing to implement – the Travel Rule. Travel Rule: A Farce from Traditional Finance to the Crypto World To understand the absurdity of the Travel Rule, we must first understand its past and present. In 1996, when the internet was still in the era of dial-up, the Financial Crimes Enforcement Network (FinCEN) in the United States first introduced the Travel Rule as part of the Bank Secrecy Act. The requirement at that time was very simple: when banks processed wire transfers over $3,000, they had to pass the remitter's information to the next financial institution. This works well in the traditional banking system, why? Because banks are centralized, they have complete customer information and standardized information transmission systems like SWIFT. Industrial and Commercial Bank of China knows everything about Zhang San, and China Construction Bank knows everything about Li Si. When transferring money, information is exchanged, and it happens naturally. But in 2019, the Financial Action Task Force (FATF) made a game-changing decision: to extend the Travel Rule to cryptocurrencies. What kind of organization is FATF? The intergovernmental organization established in 1989 was originally created to combat drug money laundering. Its "40 Recommendations" are regarded as the global gold standard for anti-money laundering. When the FATF speaks, regulators around the world must listen. On June 21, 2019, the FATF adopted the interpretative note for Recommendation 15 (INR.15) in Orlando, extending the originally applicable Recommendation 16 (Travel Rule) for traditional financial institution wire transfers to the virtual asset space. Virtual Asset Service Providers (VASPs) are required to collect and transmit the identity information of both the sender and the receiver when processing transactions exceeding $1,000/€. - Name - Account number (wallet address) - Geographic location or ID number - If needed, there is more detailed information. Their logic is: since the Travel Rule has been operating in traditional finance for over 20 years, it should also work in the crypto world. The problem with this logic is that they completely do not understand how Blockchain works. The Global Chaos of the Travel Rule Let's take a look at the implementation status of the Travel Rule. According to the FATF report in June 2025, 99 jurisdictions claim to have passed or are in the process of passing legislation for the Travel Rule. Sounds impressive, right? But the devil is in the details. 75% of jurisdictions are still only partially compliant or non-compliant [2], the same proportion as in April 2023 - 75% of 73 countries, with zero progress. Why is this happening? Because every country is developing its own system. The United States has maintained the old rule from 1996: a $3,000 threshold. However, the FATF recommends a $1,000 threshold, leading to the first split. Singapore was one of the first countries to respond, starting implementation on January 28, 2020, with a threshold of 1500 SGD. South Korea implemented it on March 25, 2022, with a threshold of 1 million KRW (approximately 821 USD). Japan stated that all transactions, regardless of the amount, are required. The EU is even more extreme, delaying the implementation of the Transfer of Funds Regulation (TFR) until December 30, 2024, and then saying: We do not set a threshold, even 1 cent must comply with the Travel Rule. What is the result? A transfer of 1500 USD from the United States to the European Union, where the United States says the Travel Rule is not required, but the European Union says it must be followed. Both sides are "compliant", but the transaction is stuck. This is not the most chaotic. Israel implemented the Travel Rule in 2021 with zero thresholds, but almost no other countries have connected with it. Canada also has zero thresholds, but its rules are not compatible with those of other countries. What is the result of this fragmentation? According to Notabene's 2024 industry survey [3], although there has been an improvement compared to the previous year (from 52% to 29%), 29% of VASPs still continue to send Travel Rule information indiscriminately to all counterparties without conducting any due diligence assessments. This "broad net" approach actually reflects an awkward reality: most VASPs are just going through the motions, as there is no way to verify whether the counterparties are truly using this information or whether they are compliant. DeFi: The Blind Spot of the Travel Rule While regulators are still entangled in the Travel Rule for centralized exchanges, DeFi has completely bypassed this issue. The premise of the Travel Rule is that there are VASPs (intermediaries) to execute it. I use MetaMask to swap tokens directly on Uniswap, may I ask: - Is MetaMask a VASP? It's just a browser plugin. - Is Uniswap a VASP? It's just a piece of code. - Are Ethereum miners VASPs? They only verify transactions. When both parties are trading directly in a peer-to-peer manner, there is fundamentally no intermediary to enforce the Travel Rule. This is as absurd as asking the air to enforce the law. Who is required to enforce the Travel Rule? Does it require the code to provide KYC information? The FATF's response to this is: Developers of DeFi protocols should be regarded as VASPs. The absurdity of this logic is akin to saying that the inventors of the TCP/IP protocol should be held responsible for all internet crimes. Vitalik Buterin created Ethereum, so should he be held responsible for all illegal transactions on Ethereum? If Satoshi Nakamoto were still alive, would he be sentenced to life imprisonment? Criminals' Response: The Art of Smurfing What do real criminals think about the Travel Rule? Probably they see it as a comedy. Criminals use traditional Smurfing tactics to circumvent the Travel Rule[4], splitting large transactions into smaller ones. Want to transfer $18,000? Break it down into 20 transactions of $900 each, sent from different wallets and at different times. Each transaction is below the threshold, so the Travel Rule doesn't apply. North Korean hackers stole $1.46 billion from the ByBit exchange this year — the largest cryptocurrency theft in history. Did they use the Travel Rule? Of course not. In 2024, the amount of cryptocurrency used for illegal activities reached tens of billions of dollars. None of these criminals were caught by the Travel Rule. Another consequence of the Travel Rule is that it exacerbates regulatory arbitrage; every time regulations tighten, it's like squeezing toothpaste—when you squeeze it here, it oozes out from there. Compliance costs: An expensive performance The Travel Rule does not bring solutions, but astronomical compliance bills. According to estimates, the cost for a medium-sized exchange to implement the Travel Rule includes: - Technical solution procurement: annual fee of $100,000 to $500,000 - System integration transformation: one-time $500,000 to $2,000,000 (requires transformation of the entire trading system) - Compliance team expansion: annual salary cost of 200,000 to 1,000,000 USD (requires a dedicated Travel Rule compliance officer) - Legal consultation fees: Annual fee of $100,000 to $500,000 (varies by country, requires local legal support) - Auditing and Reporting: Annual fee of $50,000 to $200,000 This is just the visible cost, what about the invisible ones? The high compliance costs are accelerating market concentration, and the giants certainly support the Travel Rule—they can afford the compliance costs while their competitors cannot. This is not regulation; it is market cleansing through regulatory costs. What is the biggest hidden cost? The death of innovation. A startup team should first consider not technological innovation, but: - Does this comply with the Travel Rule? - Can we afford the compliance costs? - What should I do if I am identified as a VASP? The result is that innovation either moves to places with relaxed regulations or is simply abandoned. We are stifling 21st-century innovation with 19th-century thinking. This is the truth about the Travel Rule: a huge amount of money has been spent to build a useless system that has solved nothing except increasing costs, reducing efficiency, and stifling innovation. Meanwhile, ordinary users have to pay the price for this regulatory farce – endless forms to fill out, interminable reviews to wait for, and fees that never seem to end. Participants in the regulatory theater The current cryptocurrency regulation is a meticulously orchestrated drama, with everyone having their own script: Regulators: "Look, we are enforcing the Travel Rule! We are protecting investors!" (Actually knowing it doesn't help, but we need achievements) Large institutions: "We are fully compliant!" (Actually just going through the motions, asking you, "Is this your wallet?") Small institutions: "We are working hard to comply!" (Actually thinking about how to move to a place with looser regulations) User: "I comply with the Travel Rule!" (Actually, I've already learned how to bypass it) Criminal: "What Rule for Travel?" (Continue doing whatever you want) Recognize reality, but do not give up thinking. At this point, you might be asking: What should we do? First of all, it is important to clarify: this article is not criticizing the regulation itself, but rather pointing out the current situation. The original intention of regulation is good – to prevent money laundering, protect investors, and maintain financial stability. These goals are beyond reproach and indeed necessary. What we criticize is using the wrong tools to achieve the right goals, just like trying to screw in a screw with a hammer—if the tool is wrong, no matter how hard you try, it will be in vain. We need to acknowledge a fact: in a decentralized world, traditional regulatory tools have become ineffective. This is not a technological issue, but a paradigm issue. Just as you cannot manage cars using methods for managing horse-drawn carriages, you also cannot manage DeFi using methods for managing banks. But this does not mean giving up all regulatory efforts. On the contrary, we need a new way of thinking. Good regulation should be like traffic rules - it does not stop people from driving, but makes the roads safer. Perhaps what we need is not a globally unified standard, but healthy competition among different jurisdictions. Regulatory innovation and technological innovation should go hand in hand, rather than being in opposition. This requires strong on-chain data analysis capabilities. Companies like Chainalysis have proven that suspicious transactions can be effectively identified through behavioral analysis without needing to know everyone's ID number. In a future where regulatory frameworks become clearer, compliance infrastructure will become a key infrastructure for the cryptocurrency industry. What we should call for is not anarchism, but smarter governance. Regulators and practitioners should sit down for sincere dialogue, understand each other's concerns, and jointly explore regulatory paths suitable for the characteristics of new technologies. After all, the real enemy is not the regulation, nor the cryptocurrency, but those who engage in criminal activities by exploiting technical loopholes. In this regard, the goals of regulators and practitioners are aligned. Written at the end Return to the original BIS report. On the surface, it is proposing solutions. In reality, it is recording the end of an era—the jurisdiction of traditional financial order over crypto assets is irreversibly fading away. This is the state of crypto regulation in 2025: an expensive game that all participants know is a joke, but have to continue playing. The Travel Rule, from the bank wire transfer regulations of 1996 to its forceful transplantation into the crypto world in 2019, is itself a manifestation of regulatory inertia – using old bottles to package new wine, managing highways with traffic rules from the carriage era. As Hayek said: "The road to hell is paved with good intentions." The current cryptocurrency regulation may be such a road. The intention is good – to prevent money laundering, protect investors, and maintain financial stability. But the result of enforcement has been increased friction, hindered innovation, and pushed activities underground. Pandora's box has been opened, and the decentralized spirit will not return to the bottle. Instead of continuing this doomed war, it is better to think about how to find balance in the new world. What is needed is not stricter rules, but entirely new wisdom. And this wisdom clearly will not come from regulatory bodies that still manage 21st-century technology with a 20th-century mindset. The future is not a place we are going to, but a place we are creating. Just hope that when history looks back at this era, it will not record it as: "Humanity once had the opportunity to build a more open, transparent, and efficient financial system, but it was ultimately ruined by a group of bureaucrats who did not understand technology." That would be a bigger joke than any regulatory failure. [1] [2] [3] [4]

The AI dilemma of the #TBC# account model: serial bottlenecks and Crisis of Confidence The account model in DeFi's brilliance cannot conceal its fundamental unsuitability in AI collaborative scenarios: Evolving UTXO: How TBC Creates the Ideal Foundation for AI Collaboration The traditional UTXO model (such as early Bitcoin) had limitations in its smart contract capabilities, which was a pain point. However, the TBC public chain, as an orthodox successor of Bitcoin's hard fork, through groundbreaking technological breakthroughs, not only retains the core advantages of UTXO but also endows it with the ability to drive the AI ecosystem: 1. Ultra-high performance and limitless scalability (supporting high-frequency AI interactions): · 4GB Block & Unlimited Expansion Plan: Completely breaks the Bitcoin 1MB shackles, enhancing capacity by thousands of times, providing the storage and transmission foundation for massive AI interaction data. TPS up to 13,000+, easily meeting the daily transaction demand of hundreds of millions in Asia, Africa, and Latin America. · Byte Pricing & Stable Rate ($0.0002): The transaction cost is as low as one ten-thousandth of a dollar level, and it maintains stability through a dynamic scaling mechanism, unaffected by price fluctuations. This makes massive micropayments between AI modules economically feasible. Imagine, the cost of an AI call is nearly zero! 2. The world's first UTXO-native Turing-complete smart contract (enabling complex AI logic and automation): · Original BVM architecture: TBC does not compromise on the account model, but is based on the UTXO model, creatively constructing the Bitcoin Virtual Machine (BVM) by introducing innovative opcodes (such as OP_PUSH_META). · Contract execution localization & parallelization: Each UTXO can carry an independent BVM smart contract container. The contract logic is verified and executed within the local UTXO slice, without the need to compete for global state. Natural parallel processing: Just like tens of thousands of drones simultaneously airdropping, rather than queuing in a single thread (account model). The invocation of AI modules can truly be concurrent. Execution failure does not consume Gas, which is beneficial for development and debugging. · Contract Slimming Revolution: Dynamic Data Pruning Technology, contract size reduced by 97%, execution speed increased by 10 times, perfectly adapted to high-frequency scenarios under large blocks (such as AI invocation streams). · TBC20/TBC721 Protocol: Implementing Token (FT) and NFT issuance and management natively on UTXO, providing a foundation for the authentication, trading, and combination of AI models and data assets. The full data on-chain feature (thanks to large blocks) ensures the permanence and immutability of AI metadata. 3. Ultimate security and auditability (building the foundation of AI trust): · Fully inherits Bitcoin's PoW, UTXO model, and deflationary economy, sharing Bitcoin's powerful hash power security (1.3 million mining machines globally, 16,000 nodes). · Original TuringTXID + Dynamic Trimming Technology: Reduces the probability of long-range attacks to nearly zero (10^-18). Security is the lifeline of the AI value network. · UTXO transaction chain: Each transaction has clear and traceable inputs and outputs, naturally forming an unalterable chain of accountability, perfectly recording the invocation of AI modules, data flow, and profit distribution, making audit tracing clear and obvious. 4. Cross-Chain Interconnection (Activate Dormant Assets, Connect Diverse Ecosystems): · Supports cross-chain inscription assets and atomic cross-chain, safely bringing hundreds of billions of inscription assets on the Bitcoin chain into the TBC ecosystem, enjoying high performance and low cost, providing a rich source of assets for the AI collaboration network. · Explore the connection with compliant stablecoins in the Asia-Pacific and Latin America regions (such as digital baht, Hong Kong dollar stablecoin) to create a "on-chain free trade zone." 5. Conclusion: Evolved UTXO - An Inevitable Choice in the Era of AI Claiming that UTXO is "outdated" is shortsighted. Just as TCP/IP is an irreplaceable foundation of the internet, the evolved UTXO model, verified by innovative practices such as TBC, perfectly meets the core needs of AI collaborative networks with its high concurrency, low coupling, strong security, native smart contracts, low-cost micropayments, and excellent auditability: · Structure Logic: ✅ UTXO ( independent transaction ) > ❌ account model ( global state ) · Concurrency capability: ✅ TBC UTXO (10,000+ TPS) >> ❌ account model ( serial bottleneck ) · Cost Control: ✅ TBC UTXO ($0.0002 Stable ) >> ❌ Account Model ( Gas Uncontrollable ) · Audit and Accountability: ✅ UTXO ( Natural Chain ) > ❌ Account Model ( State Overlay ) · Call Logic: ✅ TBC UTXO (BVM Local Parallel ) > ❌ account model ( Global Dependency ) · Trust Mechanism: ✅ UTXO ( Structure Guarantees ) > ❌ Account Model ( Potential Central Point ) · Economic Incentives: ✅ UTXO ( call-and-pay profit distribution ) > ❌ account model ( process is complex ) The future of AI is a network characterized by modular collaboration, data assetization, process transparency, incentive automation, and trust structuring. The TBC public chain is turning this blueprint into reality through its groundbreaking UTXO smart contract implementation, ultra-high performance, and unlimited scalability solutions. It proves that it is not the account model, but the evolved UTXO—secure, efficient, intelligent, and interconnected—that serves as the ideal digital cornerstone for the collaborative network of the AI era. Choosing UTXO, especially a groundbreaking UTXO public chain like TBC, is not retro, but rather embracing the underlying protocol of the future intelligent society.

The AI Dilemma of the #TBC# Account Model: Serial Bottlenecks and Crisis of Confidence The account model in DeFi's brilliance cannot hide its fundamental inadequacy in AI collaboration scenarios: Evolving UTXO: How TBC Creates an Ideal Foundation for AI Collaboration The traditional UTXO model (such as early Bitcoin) had limitations in smart contract capabilities, which was a pain point. However, the TBC public chain, as a hard fork of Bitcoin, inherits its orthodox legacy and, through groundbreaking technological breakthroughs, not only retains the core advantages of UTXO but also endows it with the ability to drive the AI ecosystem: 1. Extremely high performance and infinite scalability (supporting high-frequency AI interactions): · 4GB Block & Unlimited Expansion Plan: Completely breaks the 1MB shackles of Bitcoin, increasing capacity by thousands of times, providing storage and transmission infrastructure for massive AI interactive data. TPS up to 13,000+, easily meeting the daily transaction demand of hundreds of millions in Asia, Africa, and Latin America. · Byte Pricing & Stable Rate #TBC#$0.0002#TBC#: The transaction cost is as low as one ten-thousandth of a dollar, and it is maintained stable through a dynamic scaling mechanism, unaffected by price fluctuations. This makes massive micro-payments between AI modules economically feasible. Imagine, the cost of a single AI invocation is nearly zero! 2. The world's first UTXO native Turing-complete smart contract (realizing complex AI logic and automation): · Original BVM architecture: TBC does not compromise on the account model, but is based on the UTXO model, creatively constructing the Bitcoin Virtual Machine (BVM) by introducing innovative opcodes (such as OP_PUSH_META). · Contract execution localization & parallelization: Each UTXO can carry an independent BVM smart contract container. The contract logic is executed and verified within the local UTXO slice, without the need to compete for global state. Natural parallel processing: Just like tens of thousands of drones airdropping at the same time, rather than a single-threaded queue (account model). The invocation of AI modules can truly be concurrent. Execution failure does not consume Gas, which is beneficial for development and debugging. · Contract Slimming Revolution: Dynamic Data Trimming Technology, contract size reduced by 97%, execution speed increased by 10 times, perfectly adapted to high-frequency scenarios under large blocks (such as AI invocation streams). · TBC20/TBC721 Protocol: Native implementation of Token (FT) and NFT issuance and management on UTXO, providing a foundation for the confirmation of rights, trading, and combination of AI models and data assets. The full data on-chain feature (benefiting from large blocks) ensures the permanence and immutability of AI metadata. 3. Extreme security and auditability (building the cornerstone of AI trust): · Fully inherits Bitcoin's PoW, UTXO model, and deflationary economy, sharing Bitcoin's strong computational security (1.3 million mining machines globally, 16,000 nodes). · Original TuringTXID + Dynamic Trimming Technology: Reduces the probability of long-range attacks to nearly zero (10^-18). Security is the lifeline of the AI value network. · UTXO transaction chain: Each transaction's inputs and outputs are clear and traceable, naturally forming an immutable chain of accountability for actions, perfectly recording the invocation of AI modules, data flow, and profit distribution, making audit tracing straightforward. 4. Cross-chain Interconnection (Activate Dormant Assets, Connect Diverse Ecosystems): · Supports cross-chain inscription assets and atomic cross-chain, safely bringing billions of on-chain value in inscription assets from the Bitcoin chain into the TBC ecosystem, enjoying high performance and low cost, and providing a rich source of assets for the AI collaborative network. · Explore connections with compliant stablecoins in the Asia-Pacific and Latin America regions (such as digital Thai baht and Hong Kong dollar stablecoin) to create a "chain-based free trade zone." V. Conclusion: Evolved UTXO - An Inevitable Choice of the AI Era It is shortsighted to assert that UTXO is "outdated." Just as TCP/IP is an irreplaceable foundation of the internet, the evolved UTXO model, validated through innovative practices like TBC, perfectly meets the core needs of the AI collaboration network with its high concurrency, low coupling, strong security, native smart contracts, low-cost micropayments, and excellent auditability. · Structure Logic: ✅ UTXO ( Independent Transaction ) > ❌ Account Model ( Global State ) · Concurrency Capability: ✅ TBC UTXO (10,000+ TPS) >> ❌ Account Model ( Serial Bottleneck ) · Cost controllable: ✅ TBC UTXO ($0.0002 stable ) >> ❌ account model (Gas uncontrollable ) · Audit and Responsibility: ✅ UTXO ( Natural Chain ) > ❌ Account Model ( State Overwrite ) · Calling Logic: ✅ TBC UTXO (BVM Local Parallel ) > ❌ account model ( Global Dependency ) · Trust Mechanism: ✅ UTXO ( structure guarantees ) > ❌ account model ( potential centralization ) · Economic Incentives: ✅ UTXO ( Call and Pay Profit Sharing ) > ❌ Account Model ( Process is Complex ) The future of AI is a modular collaboration, data assetization, process transparency, incentive automation, and trust-structured network. The TBC public chain is turning this blueprint into reality through its groundbreaking UTXO smart contract implementation, ultra-high performance, and unlimited scalability solutions. It proves that it is not the account model, but the evolved UTXO—secure, efficient, intelligent, and interconnected—that is the ideal digital cornerstone for supporting the collaborative network of the AI era. Choosing UTXO, especially a groundbreaking UTXO public chain like TBC, is not retro, but rather embracing the underlying protocol for the future intelligent society.

#TBC# Three, the AI dilemma of the account model: serial bottleneck and Crisis of Confidence The brilliance of the account model in DeFi cannot hide its fundamental unsuitability in AI collaborative scenarios: IV. Evolving UTXO: How TBC Creates an Ideal Foundation for AI Collaboration The limitations of the traditional UTXO model (such as early Bitcoin) in terms of smart contract capabilities have been a pain point. However, the TBC public chain, as a hard fork of Bitcoin, carries on its orthodox legacy and, through groundbreaking technological breakthroughs, not only preserves the core advantages of UTXO but also endows it with the ability to drive the AI ecosystem: 1. Ultra high performance and unlimited scalability (supporting high-frequency AI interactions): · 4GB Block & Unlimited Expansion Plan: Completely break the 1MB shackles of Bitcoin, with a capacity increase of thousands of times, providing storage and transmission infrastructure for massive AI interaction data. TPS reaches up to 13,000+, easily meeting the daily transaction demand of hundreds of millions in Asia, Africa, and Latin America. · Byte Pricing & Stable Rate ($0.0002): Transaction costs are as low as one ten-thousandth of a dollar, and stability is maintained through a dynamic expansion mechanism, unaffected by price fluctuations. This makes massive micro-payments between AI modules economically feasible. Imagine, the cost of an AI invocation is almost zero! 2. The world's first UTXO native Turing-complete smart contract (realizing complex AI logic and automation): · Original BVM architecture: TBC does not compromise on the account model, but instead builds the Bitcoin Virtual Machine (BVM) based on the UTXO model by introducing innovative operation codes (such as OP_PUSH_META). · Contract Execution Localization & Parallelization: Each UTXO can carry an independent BVM smart contract container. The contract logic is executed and verified within the local UTXO slice, without the need to compete for global state. Natural parallel processing: Just like tens of thousands of drones airdropping simultaneously, rather than queuing in a single thread (account model). The invocation of the AI module can truly be concurrent. Execution failed without consuming Gas, beneficial for development and debugging. · Contract Slimming Revolution: Dynamic data pruning technology reduces contract size by 97%, improves execution speed by 10 times, perfectly adapts to high-frequency scenarios under large blocks (such as AI invocation streams). · TBC20/TBC721 Protocol: Native implementation of Token (FT) and NFT issuance and management on UTXO, providing the foundation for the confirmation, trading, and combination of AI models and data assets. The full data on-chain feature (thanks to large blocks) ensures the permanence and immutability of AI metadata. 3. Ultimate Security and Auditability (Building the Foundation of AI Trust): · Fully inherits Bitcoin's PoW, UTXO model, and deflationary economy, sharing Bitcoin's powerful hash power security (1.3 million mining machines globally, 16,000 nodes). · Original TuringTXID + Dynamic Trimming Technology: Reduces the probability of long-range attacks to nearly zero (10^-18). Security is the lifeline of the AI value network. · UTXO transaction chain: Each transaction input and output is clear and traceable, naturally forming an immutable chain of accountability, perfectly recording the calls of the AI module, data flow, and profit distribution, with audit traceability being clear at a glance. 4. Cross-chain Interconnection (Activate Dormant Assets, Connect Diverse Ecosystems): · Supports cross-chain inscriptions assets and atomic cross-chain, safely bringing hundreds of billions of on-chain value of inscription assets from the Bitcoin chain into the TBC ecosystem, enjoying high performance and low cost, providing a rich source of assets for the AI collaboration network. · Explore the connection with compliant stablecoins in the Asia-Pacific and Latin America regions (such as digital Thai Baht, Hong Kong Dollar stablecoin) to create a "on-chain free trade zone." 5. Conclusion: Evolved UTXO - An Inevitable Choice of the AI Era Claiming that UTXO is "obsolete" is shortsighted. Just as TCP/IP is the irreplaceable foundation of the internet, the evolved UTXO model, validated through innovative practices like TBC, perfectly meets the core needs of AI collaborative networks with its high concurrency, low coupling, strong security, native smart contracts, low-cost micropayments, and excellent auditability: · Structure Logic: ✅ UTXO ( Independent Transaction ) > ❌ Account Model ( Global State ) · Concurrency Capability: ✅ TBC UTXO (10,000+ TPS) >> ❌ account model ( serial bottleneck ) · Cost controllable: ✅ TBC UTXO ($0.0002 Stable ) >> ❌ account model (Gas uncontrollable ) · Audit and Responsibility: ✅ UTXO ( Natural Chain ) > ❌ account model ( state coverage ) · Calling Logic: ✅ TBC UTXO (BVM Local Parallel ) > ❌ account model ( Global Dependency ) · Trust Mechanism: ✅ UTXO ( structure guarantees ) > ❌ account model ( potential centralization ) · Economic Incentives: ✅ UTXO ( Call and Pay Profit Sharing ) > ❌ Account Model ( Complex Process ) The future of AI is a network of modular collaboration, data assetization, process transparency, incentive automation, and structured trust. The TBC public chain is turning this blueprint into reality through its groundbreaking UTXO smart contract implementation, ultra-high performance, and unlimited scalability solutions. It proves that it is not the account model, but the evolved UTXO—secure, efficient, intelligent, and interconnected—that is the ideal digital cornerstone for supporting the collaborative network of the AI era. Choosing UTXO, especially a groundbreaking UTXO public chain like TBC, is not retro; it is embracing the underlying protocol of a future intelligent society.

′#PUMP##FB##BTC##ETH#tbc#The true cornerstone of the AI era: TBC transcends the account model and embraces the evolution of UTXO. Project Dynamics 2025-08-11 18:41 Project Dynamics Subscribe to this column In the past, we marveled at "what AI can do"; now, we must consider: "how can AIs collaborate seamlessly? How can they price accurately? How can we establish trustless mechanisms?" The core of the answer may lie in the choice of the underlying architecture of the blockchain: whether to continue with the account model that dominates DeFi or to return to and innovate the previously underestimated UTXO model? As AI evolves from a tool to a participant in collaborative networks, the underlying logic of the world is being reshaped, and the evolved UTXO model, particularly the groundbreaking practices realized by the TBC public chain, is showing great potential as the cornerstone of future AI collaborative networks. 1. The Ledger Debate: What is the Essential Difference Between the Account Model and the UTXO Model? · Account model ( such as Ethereum, BSC): Like a bank account system. Each user has a balance state, and transactions modify this global state. The advantage is that developing complex smart contracts is relatively intuitive. · UTXO model ( like Bitcoin, TBC): Similar to a cash transaction system. Each transaction consumes old "cash" (UTXO) and generates new "cash". Transactions are independently verified without relying on global state. Although account models are popular, their inherent flaws such as serial processing (transactions must be queued), state coupling (one error may affect the entire system), state explosion (unlimited data expansion leading to uncontrolled Gas), and difficulties in audit tracing are becoming increasingly evident when faced with the demands of high-frequency, multi-module, and fine-grained interactions in the AI era. The inherent advantages of the UTXO model—high concurrency (transactions can be validated in parallel), low coupling (state independence), traceability (clear input and output for each transaction), and simplicity—provide the possibility of a foundational structure for building an efficient and reliable AI collaboration network. 2. AI Collaboration Paradigm: New Demands for Modular Calls and Value Flow We are entering the "Modular AI Era": · The single giant model is decomposed: specialized modules such as text generation, emotion recognition, image stylization, and video synthesis emerge. · Lego-style assembly call: Tasks require multiple AI modules to be dynamically assembled, disassembled, and reassembled like building blocks. · High frequency, micro-amount, instant payment: Each call requires instant, low-cost payment, and model providers and data contributors need to obtain profit sharing in real time and fairly. · Transparent, trustworthy, and auditable: The invocation process, data flow, and value distribution must be fully traceable, verifiable, and tamper-proof. This has gone far beyond "using tools", and is about building a "smart society that collaborates with AI". Its core requirement is a foundational infrastructure that can support high-frequency microtransactions, has a clear and independent state, possesses powerful native smart contract capabilities, and has controllable costs. This is precisely the revolutionary evolution direction realized by the UTXO model, especially the TBC public chain. 3. The AI Dilemma of the Account Model: Serial Bottlenecks and Trust Crisis The brilliance of the account model in DeFi cannot hide its fundamental unsuitability in AI collaborative scenarios: IV. Evolving UTXO: How TBC Creates an Ideal Foundation for AI Collaboration The limitations of the traditional UTXO model (such as early Bitcoin) in terms of smart contract capabilities have been a pain point. However, the TBC public chain, as a hard fork of Bitcoin, carries on its orthodox legacy and, through groundbreaking technological breakthroughs, not only preserves the core advantages of UTXO but also endows it with the ability to drive the AI ecosystem: 1. Ultra high performance and unlimited scalability (supporting high-frequency AI interactions): · 4GB Block & Unlimited Expansion Plan: Completely break the 1MB shackles of Bitcoin, with a capacity increase of thousands of times, providing storage and transmission infrastructure for massive AI interaction data. TPS reaches up to 13,000+, easily meeting the daily transaction demand of hundreds of millions in Asia, Africa, and Latin America. · Byte Pricing & Stable Rate ($0.0002): Transaction costs are as low as one ten-thousandth of a dollar, and stability is maintained through a dynamic expansion mechanism, unaffected by price fluctuations. This makes massive micro-payments between AI modules economically feasible. Imagine, the cost of an AI invocation is almost zero! 2. The world's first UTXO native Turing-complete smart contract (realizing complex AI logic and automation): · Original BVM architecture: TBC does not compromise on the account model, but instead builds the Bitcoin Virtual Machine (BVM) based on the UTXO model by introducing innovative operation codes (such as OP_PUSH_META). · Contract Execution Localization & Parallelization: Each UTXO can carry an independent BVM smart contract container. The contract logic is executed and verified within the local UTXO slice, without the need to compete for global state. Natural parallel processing: Just like tens of thousands of drones airdropping simultaneously, rather than queuing in a single thread (account model). The invocation of the AI module can truly be concurrent. Execution failed without consuming Gas, beneficial for development and debugging. · Contract Slimming Revolution: Dynamic data pruning technology reduces contract size by 97%, improves execution speed by 10 times, perfectly adapts to high-frequency scenarios under large blocks (such as AI invocation streams). · TBC20/TBC721 Protocol: Native implementation of Token (FT) and NFT issuance and management on UTXO, providing the foundation for the confirmation, trading, and combination of AI models and data assets. The full data on-chain feature (thanks to large blocks) ensures the permanence and immutability of AI metadata. 3. Ultimate Security and Auditability (Building the Foundation of AI Trust): · Fully inherits Bitcoin's PoW, UTXO model, and deflationary economy, sharing Bitcoin's powerful hash power security (1.3 million mining machines globally, 16,000 nodes). · Original TuringTXID + Dynamic Trimming Technology: Reduces the probability of long-range attacks to nearly zero (10^-18). Security is the lifeline of the AI value network. · UTXO transaction chain: Each transaction input and output is clear and traceable, naturally forming an immutable chain of accountability, perfectly recording the calls of the AI module, data flow, and profit distribution, with audit traceability being clear at a glance. 4. Cross-chain Interconnection (Activate Dormant Assets, Connect Diverse Ecosystems): · Supports cross-chain inscriptions assets and atomic cross-chain, safely bringing hundreds of billions of on-chain value of inscription assets from the Bitcoin chain into the TBC ecosystem, enjoying high performance and low cost, providing a rich source of assets for the AI collaboration network. · Explore the connection with compliant stablecoins in the Asia-Pacific and Latin America regions (such as digital Thai Baht, Hong Kong Dollar stablecoin) to create a "on-chain free trade zone." 5. Conclusion: Evolved UTXO - An Inevitable Choice of the AI Era Claiming that UTXO is "obsolete" is shortsighted. Just as TCP/IP is the irreplaceable foundation of the internet, the evolved UTXO model, validated through innovative practices like TBC, perfectly meets the core needs of AI collaborative networks with its high concurrency, low coupling, strong security, native smart contracts, low-cost micropayments, and excellent auditability: ·

Speaking of Ethereum, it is somewhat like the early TCP/IP protocol of the internet, low-key yet indispensable. Now, there are more and more application scenarios for blockchain, and Ethereum is that "infrastructure." Its smart contract functionality allows developers to create a wide variety of decentralized applications, from lending to gaming to digital identity, with a terrifyingly broad coverage. Despite the current market volatility, the price of ETH actually has a lot of upside potential compared to its real value. After the EIP-1559 upgrade, the inflation rate of ETH has been effectively controlled, and the destruction mechanism has gradually reduced the circulating supply, which is a long-term benefit for the price. Additionally, the global demand for decentralized technology is growing, and fields like finance and supply chain will inevitably rely on platforms like Ethereum for implementation. In the short term, market sentiment is quite good. Over a longer period, the underlying logic of Ethereum is as solid as an iron plate. As long as the adoption rate of blockchain continues to rise, the status of ETH will not be shaken, and the reason to hold it is that simple.

Fate always seems to want to beat me to death with a stick. But I have always built my own fortress with a haphazard stick. But this time is different, @0G_labs is not a fleeting meteor, but a continuously burning star. After years of struggling in the Web3 industry, I have come to understand a profound truth: true innovation has never been a fireworks show. Those projects that shout about disruption are often the first to leave the stage, while the deep-seated technical accumulation that flows quietly is the foundation of the industry. 0G Labs demonstrates this rare and valuable pragmatic spirit through over 350 technical refinements and more than 236 practical verifications. I remember that cold winter in 2018 when countless star projects collapsed. At that time, I began to understand that what the blockchain world lacks is not conceptual hype, but rather the underlying support akin to the TCP/IP protocol for the internet. Today, when I see the technical architecture of 0G Labs, it feels as if I am witnessing the foundational protocols that changed the landscape of the internet being reborn in the Web3 world. When others are still gazing at the starry sky, waiting for the next moment to make a wish, you have already grasped the admission ticket, standing in front of the launch pad for future infrastructure. This is not a chance opportunity, but an inevitable choice. In this industry, the truly successful ones have always been friends of time, not slaves to traffic. History does not wait for the hesitant, but remembers the pioneers, just like those who recognized the potential of Ethereum back in 2015. Now, you are standing at the same historical juncture. #0G #Galxe @KaitoAI #0G_labs

Recently, I've been tinkering with the @anoma testnet, flipping through the White Paper while playing Bitflip and earning points. I feel this project is not simple, and I must write a serious article about it. Don't be fooled by the recent buzz about new narratives. When it comes down to reality, having a strong architecture and actual product capability is what truly matters. #Anoma is precisely one of those rare projects that "talks well and delivers well." What problem does Anoma actually solve? Think about the current blockchain applications, most of them still focus on "how to execute" - you have to explicitly tell the system what to do, when, on which chain, and which pool to use. But the reality of DeFi interactions is becoming increasingly complex, with multi-chain, multi-party, strategies, privacy... these combinations are simply beyond the reach of ordinary users. Anoma's approach is the opposite: you only need to say "what you want", and leave the rest to the system to complete automatically - this is called an "intent-driven" architecture. How does it do that? Anoma's system has several core technical points: Intent Dissemination Network: The "intent" expressed by each user will be broadcasted and matched to other users or service nodes, achieving true decentralized counterpart discovery and matching. Distributed Solver Mechanism: Nodes can assist in matching and also receive incentives, which provides more motivation for the ecosystem to optimize transaction paths. Declarative interaction model: Focus on goals without writing complex steps, leading to a significant improvement in user experience. Homogeneous architecture + Heterogeneous security: Just like the TCP/IP protocol stack, the underlying protocols are unified, but the security requirements at each layer can differ, meeting the needs of different users. In summary: This system is tailor-made for complex collaboration and cross-chain interaction, and the deployable DApps go far beyond just wallets and exchanges. How to play on the Testnet? Tetrics is a good entry point. Recently, @anoma and @HyperliquidX have teamed up to launch Tetrics, a sub-project worth paying attention to. It has almost simplified user interaction to the extreme: Express an intent, and the system will automatically complete the entire operation process on the chain. Automatically match trading paths, avoid MEV, control costs Cross-chain rebalancing, liquidity management, points tracking, all automated. What's cooler is that Tetrics may combine NFTs with identity systems in the future. The official team has already previewed related updates, and Discord identity, role binding, and active behaviors may all become factors in future airdrop weights. The incentive mechanism is also very conscientious. #Anoma's YAP incentive scale is almost on par with Newton, and the project team has shown enough sincerity in community distribution. Unlike certain chains that only reward a few major accounts or nodes, Anoma's design provides more space for ordinary participants, allowing regular users to also gain impressive returns. It is said that the overall quota for this round of the Testnet is about thirty thousand people, and the value is not low, so it is recommended to get on board early. The project's roadmap is very ambitious. Anoma has planned a three-phase development roadmap: Galileo: Supports multi-platform deployment Dagon: Achieving Multi-Chain Settlement Ahra: Building a Global Distributed Computer From the technical roadmap to product implementation, Anoma has its own rhythm and clear goals. If it can make it, there is indeed a chance to become the infrastructure for the "next generation of full-stack decentralized applications." Writing some content may be more valuable than you think. To put it bluntly, creating content early on is not just about gaining visibility, but a way to participate in the ecosystem. Even if you're not a KOL, as long as your viewpoints are clear and your content is substantial, you can often receive returns that exceed expectations. #Anoma is the kind of project that you might not pay much attention to the first time, but once you encounter it a second time, you can't stop. It has both innovative underlying structures and is willing to tilt its reward mechanisms towards ordinary users—such projects, I think, deserve to be written about more and tried out more, and perhaps your "intent" will also be understood by it.

Recently, I've been messing around with the @anoma Testnet, flipping through the White Paper while playing Bitflip and earning points. I feel that this project is not simple, and I must seriously write an article about it. Don't be fooled by the recent buzz around new narratives; when it comes to implementation, having a strong architecture and actual product capabilities is what truly matters. #Anoma is precisely the rare project that "talks well and delivers well." What problem does Anoma actually solve? Think about the current blockchain applications, most of them still focus on "how to execute" - you have to clearly tell the system what to do, when, on which chain, and which pool to go through. But the actual DeFi interactions are becoming increasingly complex, with multiple chains, multiple parties, strategies, privacy... these combinations make it impossible for ordinary users to manage. Anoma's approach is to do the opposite: you only need to say "what I want," and leave the rest to the system to handle automatically - this is called an "intention-driven" architecture. How does it do that? Anoma's system has several core technical points: Intent Broadcasting Network: Each user's expressed "intent" will be broadcast and matched to other users or service nodes, achieving true decentralized counterparty discovery and matching. Distributed solver mechanism: Nodes can assist in matching and also receive incentives, which gives the ecosystem more motivation to optimize transaction paths. Declarative interaction model: Focus on the goal, no need to write complex steps, user experience improves significantly. Homogeneous Architecture + Heterogeneous Security: Just like the TCP/IP protocol stack, the underlying protocols are unified, but the security requirements at each layer can be different, meeting the needs of different users. In summary: this system is tailor-made for complex collaboration and cross-chain interaction, and the deployable DApps go far beyond just wallets and exchanges. How to play on the Testnet? Tetrics is a good entry point. Recently, @anoma teamed up with @HyperliquidX to launch Tetrics, which is a subproject worth paying attention to. It has almost simplified user interaction to the extreme: Express an intention, and the system will automatically complete the entire operation process on the chain. Automatically match trading paths, avoid MEV, control costs Cross-chain rebalancing, liquidity management, point tracking, all automated. What's cooler is that Tetrics may combine NFTs with identity systems in the future. The official team has already teased related developments, and Discord identities, role bindings, and active behaviors may all become factors for future airdrop weights. The incentive mechanism is also very considerate. #Anoma's YAP incentive scale is almost on par with Newton, and the project team has also shown enough sincerity in community distribution. Unlike some chains that only reward a few big players or nodes, Anoma's design allows more space for ordinary participants, enabling regular users to achieve impressive returns. It is said that the overall quota for this round of Testnet is about 30,000 people, which is quite valuable, so it is recommended to get on board early. The project's roadmap is very ambitious. Anoma has planned a three-phase development roadmap: Galileo: Supports multi-platform deployment Dagon: Achieving Multi-Chain Settlement Ahra: Building a Global Distributed Computer From the technical roadmap to product implementation, Anoma has its own rhythm and clear goals. If it can be carried out, there is indeed an opportunity to become the infrastructure for the "next generation of full-stack decentralized applications." Writing some content may be more valuable than you think. To put it bluntly, creating content in the early stages is not just about being present; it's a way to participate in the ecosystem. Even if you're not a KOL, as long as your views are clear and your content is substantial, you can often receive returns beyond expectations. #Anoma is the kind of project that you might not pay much attention to at first, but once you encounter it a second time, you can't stop. It not only has innovative underlying structures but also is willing to tilt its reward mechanism towards regular users—such a project, I think, deserves more writing and more experimentation. Perhaps your "intent" will also be understood by it.

#Caldera# $ERA 🚧 The problem that we need to solve together Rollups 📦 today are actively scaling Ethereum, but they remain fragmented. Isolated liquidity 💧, disparate communities 👥, and the lack of a binding layer between frameworks create a serious barrier to the next phase of Web3. 🌐 1.1 The Internet as an Analogy Before the internet became global, it had to solve a key issue — the lack of native communication between different systems and protocols. Email clients couldn't "agree," websites had to be made for each browser 🧩. Only when compatibility layers emerged did the internet become widespread — the user experience became simple, and scalability became possible 🚀. ⛓️ 1.2 Ethereum as a new value network Ethereum has become the core of a new financial infrastructure 📊, paving the way for decentralization, freedom, and innovation. Over $60 billion in user assets are on the Ethereum network 🌍, with thousands of protocols and the best developers in the world tackling challenges that Web2 giants couldn't handle 📉. But Ethereum is still far from the level of the Internet: to reach the scale of Web2, the ecosystem needs to grow 20–25 times 📈. This is why Ethereum chose a rollup-centric approach — Layer 2 solutions process transactions off the main chain, reducing fees and increasing throughput ⚙️. However, this has now led to chaos from hundreds of rollups that: live like isolated city-states 🏰 have limited capabilities for asset and data transfer 🔒 create difficulties for developers and users 🧭 compete for resources instead of collaborating ⚔️ 🤝 We need a unified layer Ethereum urgently needs a unified infrastructure that will combine rollups and preserve their modular advantages. We stand on the brink of a new era — an era of interoperability, openness, and synchronization 🛠🌉. Just as TCP/IP once opened the internet to the whole world, we need a Web3 equivalent — Layer for Layer 2 🧬. 💬 Community, it's time to think bigger. Together we can build a unified, interconnected Ethereum where scalability ≠ fragmentation.

Happy weekend everyone! Recently, I've heard a lot of good news about Little Octopus, and it's estimated that the TGE is not far away. The main reason OpenLedger is highly regarded and recognized by the market is that it solves a key problem: "The Issue of Trust Deficiency in AI Development" Current AI systems are like black boxes; we don't know where the data comes from, how the models are trained, or what the basis for decisions is. This lack of transparency is actually very dangerous in critical fields such as finance and healthcare. OpenLedger effectively addresses this issue through three core innovations: 1. Interpretability: Every AI decision can be traced back to the original data input, just like blockchain transactions can be traced. This solves the "black box" problem. 2. Attribution Mechanism: Clearly document the work of each data contributor and model developer to ensure that contributors receive the rewards they deserve. This solves the incentive problem. 3. Ecosystem: Projects with a market value of over 10.7 billion dollars have been built on OpenLedger, forming a positive feedback loop from DeFi to environmental monitoring. Therefore, Xiao Jin Dou strongly recommends that everyone pay close attention, as AI is reshaping every industry, but an untrustworthy AI is like a bank system without audits. @OpenledgerHQ provides this audit layer to make AI trustworthy, usable, and composable. Let's take a look at real cases: - @lagrangedev uses DeepProve to enable AI agents to generate verifiable proofs in DeFi. - @AmbiosNetwork builds a verifiable environmental monitoring network - @usemorpheus_com develops a verifiable smart contract generator These are not proof of concepts, but systems that are already running in production environments. OpenLedger is becoming the trust layer for AI infrastructure, just like TCP/IP for the internet. Ultimately, this is not about technology, but about value. When AI decisions involve trillions of dollars, transparency is not an option but a necessity, and OpenLedger makes this future possible. #OpenledgerHQ #Snaptopus @KaitoAI @cookiedotfun #Yap #KaitoYap #KaitoAI #Cookie

ERA redefines the standards of Web3 infrastructure through a modular architecture and cross-chain interoperability technology. Its core advantages are reflected in the following five dimensions: 1. Four-layer modular architecture reshapes the development paradigm ERA has built a four-layer tech stack consisting of the execution layer, settlement layer, data availability layer, and interoperability layer, allowing developers to freely combine components: The execution layer supports multiple virtual machines such as EVM and SolanaVM, is compatible with mainstream Rollup frameworks like Arbitrum Nitro and OP Stack, achieving a throughput of 20,000 TPS and a transaction cost of 0.001 USD. The data availability layer offers multiple options such as Ethereum and Celestia, with Celestia reducing storage costs by 90% to meet high-frequency data storage needs. The interoperability layer Metalayer achieves cross-chain asset transfers (completed within 2 seconds) and messaging through standardized interfaces, connecting 75 application chains without the need for traditional bridges, forming the "Internet of Rollups." This design allows developers to deploy customized chains with one click in 5 minutes, attracting projects like Yuga Labs (ApeChain) and Manta Pacific, with ecological TVL exceeding $1 billion. 2. Revolutionary Breakthrough in Cross-Chain Interoperability The Metalayer protocol breaks the limitations of traditional cross-chain solutions: The shared liquidity network optimizes fund utilization through cross-chain liquidity pools, reduces slippage risk, and supports the free flow of assets between any Rollup chains. The secure settlement mechanism combines multi-signature and fraud proof technology to ensure the irreversibility of cross-chain transactions, having processed over 80 million cross-chain transactions without any security incidents. The developer toolkit provides modular SDKs and APIs, simplifying the cross-chain dApp development process. Currently, there are 27 million wallet addresses integrated into this ecosystem. In contrast, the competitor AltLayer lacks complete framework support, Conduit is limited by the closed nature of its ecosystem, and ERA's full framework compatibility (OP/ZK/Arb) has become its core moat. 3. Innovative Design of Token Economics and Community Governance ERA token (total supply of 1 billion) activates the ecosystem through multiple mechanisms: Gas payment unification serves as a universal fuel across the entire chain, addressing the pain points of multi-chain Gas switching. Users can choose to pay with ERC-20 tokens and enjoy cost optimization. Staking and Security Assurance Annual staking returns of 8-15% attract nodes to participate, while staking tokens also grant double governance voting rights, enhancing network security. 30% of the tokens from the community incentive mechanism are used for airdrops and ecological rewards, with 20 million tokens already distributed through the Binance HODLer program, prioritizing early testnet users for allocation. This design allowed ERA to increase by over 100% on its launch day, with a circulating supply accounting for only 14.85%, creating a positive cycle driven by scarcity and demand. 4. The large-scale implementation of vertical domain applications ERA has achieved commercial breakthroughs in three major areas: 1. DeFi Compliance Provide a customized Rollup for the compliance-focused KINTO protocol, supporting fiat asset on-chain and on-chain compliance auditing, integrated with the EU Payment Services Directive (PSD2) system, handling cross-border transaction volumes exceeding $500 million. 2. Chain Game Economic System The gaming platform HYchain utilizes the high-frequency trading capabilities of ERA, raising $8 million in a single month through node sales. Players can earn game assets worth $345 daily, with annual profits exceeding $120,000. 3. Enterprise-level solutions Built a supply chain traceability chain for a multinational manufacturing enterprise, integrating Metalayer to achieve full-process on-chain tracking of raw materials from African mines to Chinese factories, improving logistics node tracking efficiency by 40%, and obtaining the "Technology Pioneer" certification from the World Economic Forum. 5. Long-term Layout of Technological Evolution and Ecological Synergy The security model upgrade plan introduces the re-staking technology of EigenLayer, which will extend Ethereum's security to the ERA ecosystem, with cross-chain sharing of the validator set expected to be achieved by the end of 2025. The developer ecosystem has launched a $100 million developer fund and established a Web3 innovation lab in collaboration with Sequoia Capital, having incubated 40 innovative projects including ClusterProtocol, which supports AI inference. The global compliance layout has established a compliance center in Singapore, collaborating with the local Monetary Authority of Singapore (MAS) to develop a regulatory sandbox, with plans to achieve full compatibility with EU MiCA and US SEC regulations by 2026. In the Gartner 2025 Blockchain Infrastructure Report, ERA is listed as "a leader in the modular Rollup space," with its technology maturity and market penetration surpassing ConsenSys's Linea and AWS's Managed Blockchain. Core barriers include: First-mover advantage: The first platform to run Optimism, Arbitrum, and ZK Sync simultaneously on the mainnet, with a total of 75 application chains deployed, accounting for 12% of the TVL in the Ethereum L2/L3 ecosystem. Capital endorsement: Institutions such as Sequoia Capital and Founders Fund have invested a total of $24 million, and the technical team includes Stanford cryptography experts, with patents covering key areas such as cross-chain communication protocols. Network effects: As 40% of new chains shift towards AI applications (such as ClusterProtocol), ERA is transforming from an infrastructure provider to the "operating system" of Web3 innovation. Despite facing the pressure of large-scale testing from Metalayer (such as a TVL retention rate of only 35%) and competition from rival technologies, ERA has formulated targeted strategies: The user retention program introduces "ecological stickiness rewards," distributing governance tokens based on on-chain activity levels, aiming to increase the monthly active user retention rate to 60%. The technology iteration roadmap will launch native support for ZK Rollup in Q4 2025, enabling privacy transactions and zero-knowledge proofs, while developing a cross-chain oracle network and integrating Pyth's real-time financial data. The compliance-first strategy in collaboration with PwC has developed on-chain audit tools to ensure enterprise-level applications comply with GDPR and SOC 2 standards and has received Deloitte's "Blockchain Compliance Solution" certification. ERA is building a "value internet" that connects existing blockchain networks through technological innovation and ecological collaboration. Its development path not only complements Ethereum's scaling solutions but also redefines the paradigm of the next-generation Web3 infrastructure. With the maturation of the Metalayer protocol and the deepening of vertical field applications, ERA is expected to become the "TCP/IP" of the Web3 era, driving blockchain technology from edge innovation to mainstream application. Currently, the token is trading on multiple mainstream platforms like Gate, with sufficient liquidity, and its trend has been relatively healthy since its launch, making it a good opportunity for investment. If you want to earn returns without taking risks? Gate YuBiBao can help you achieve that! Caldera (ERA) exclusive benefits for the ecological week: fixed-term wealth management for 7 days after launch, with an annualized rate as high as 500%, a total of 1,400,000 ERA available for limited sale, first come first served! No need to monitor the market, no need for operations, deposit to enjoy stable returns, and funds will be automatically credited upon maturity. Combined with spot/contract trading launched at the same time, it allows for low-risk wealth management while enabling flexible trading. Don't forget, there are also BountyDrop and CandyDrop airdrops that can be participated in simultaneously, bringing double surprises. Don't miss out on this wave of benefits! Event link direct access: https://www.gate.com/announcements/article/46169. #Gate广场征文活动第二期#

Here are a few points to help you clarify: 1️⃣ While most public chains are focusing on scaling performance, Anoma is redefining the interaction model: shifting from transactions to intent-driven. Now you need to perform cross-chain operations, such as using USDC from Polygon to buy NFTs on Solana. You have to bridge, swap wallets, check transaction fees, and a lot of on-chain operations, which are extremely cumbersome. But in the design of Anoma - you just need to express your intention: "I want to buy a certain NFT with USDC", and the system automatically matches and completes the operation. The process is seamless for the user. 🎯This is not about rolling out features, but about changing tracks. 2️⃣ Intent is the "natural language layer" for future blockchain interactions. We no longer access web pages using the command line; we rely on browsers + HTTP protocol now. What Anoma wants to achieve is exactly this kind of "Web3 HTTP" - not just connecting, but also explaining what you want to do, helping you accomplish it efficiently, rather than telling you how to do it. This is likely to become a paradigm shift in on-chain UX. 3️⃣ ZK is a default feature, not a plugin🔒 Many chains are just starting to add privacy features, but Anoma natively supports zero-knowledge privacy. This means you can prove that you did something without revealing who you are or the specifics. Future on-chain collaboration is not just about interactions between wallet addresses, but rather the deep convergence of data, identity, and AI. Without privacy, it is impossible to extend to real-world scenarios. Anoma treats this as a fundamental logic, rather than a patch applied later. 4️⃣ Cross-chain is not an option, it is the default state🌐 In the world of Anoma, there is no concept of "which chain are you on"; chains are modules that can be used in combination. You can use Bitcoin, Solana, or Cosmos; the core is about "what I want to do" rather than "which chain to do it on." This architecture is inherently suitable for the future trend of inter-chain interoperability. 5️⃣ It is not a platform, but a protocol. The most noteworthy point is that Anoma does not aim to be a super application platform, but rather to become an underlying protocol like TCP/IP and HTTP, allowing all chains and DApps to operate together. Its ambition is not to become a blockbuster project, but to become the "common language under ten thousand chains." Writing content and providing insights can earn points, somewhat like a Web3 version of "content is contribution." What is behind this is actually testing a new social consensus mechanism - not relying on mining machines, not relying on nodes, but relying on "expression". Switch from trading to intent-driven Switch from single-chain logic to cross-chain combination Switch from optional privacy to default privacy Switching from platform thinking to underlying protocols ✅In simple terms: it's not the next Ethereum, it is the next HTTP.

#BEST_ALT_COIN WITH UNIQUE USE CASE FOR SPOT Axelar ($AXL ) – Cross-Chain Interoperability** -Why? The "**TCP/IP of blockchains**"—connects 50+ chains. Unique Use Case:** Secure cross-chain messaging** (used by dYdX, Polygon). One-click app deployments** across chains. Bull Run Catalyst:** Multi-chain future = Axelar becomes critical. Ondo Finance ($ONDO ) – Real-World Asset (RWA) Leader** Why? Bridges **TradFi and DeFi** via tokenized treasuries. Unique Use Case Tokenized U.S. Treasury bonds** (institutions love this). Backed by BlackRock, Morgan Stanley alumni. Bull Run Catalyst:** RWA narrative explosion, Fed rate cuts. #altcoin #BullRunAhead 2. Sei ($SEI ) – The Trading-Focused Blockchain** Why? Optimized for **high-frequency trading** (crypto’s "Nasdaq"). Unique Use Case:** - **Parallelized EVM** (faster than Solana for trading apps). - **Native order-matching engine** (better than Uniswap for traders). - **Bull Run Catalyst:** Major DEXs migrating to Sei, derivatives boom.

UNION IS BUILDING THE INTERNET FOR BLOCKCHAINS But it’s actually doing something much bigger: It’s building a new way for blockchains to talk to each other....fast, secure, and trustless. Here is How 👇 Back in the early days of the internet, computers couldn’t talk to each other. Then TCP/IP came and solved it...making communication standard and easy. Most “bridges” today move assets between chains, but they’re slow, risky, and often get hacked. It uses zk proofs...a way to verify facts across chains without needing trust. Here’s how it works : This means : ☑️ Fast ☑️ Secure ☑️ Trustless Think about this : A transaction starts on Starknet, but settles on Osmosis. A trade happens on Ethereum, but uses liquidity from a Celestia rollup. All automatically verified. It’s a routing system for blockchains...like how routers move data on the internet. But here, it routes zk proofs and messages between chains. It supports IBC chains (like Cosmos), but also non-IBC chains like Ethereum, BSC, Starknet, and more. That’s a big deal. Most systems can’t talk to all these chains in one place. It’s not just a bridge. It’s the communication layer of the next-gen internet...but for rollups and appchains. Blockchains will soon talk to each other like apps on your phone. And it’s closer than you think. The zk-Internet won’t be built on hype...it’ll be built on protocols that actually work.

UNION IS BUILDING THE INTERNET FOR BLOCKCHAINS People think @union_build is “just another bridge.” But it’s actually doing something much bigger: It’s building a new way for blockchains to talk to each other....fast, secure, and trustless. Here is How 👇 Back in the early days of the internet, computers couldn’t talk to each other. Then TCP/IP came and solved it...making communication standard and easy. @union_build is doing the same thing for blockchains. Most “bridges” today move assets between chains, but they’re slow, risky, and often get hacked. @union_build does it differently: It uses zk proofs...a way to verify facts across chains without needing trust. Here’s how it works : @union_build lets one blockchain prove something to another (like a transaction happened) using math, not middlemen. This means : ☑️ Fast ☑️ Secure ☑️ Trustless Think about this : A transaction starts on Starknet, but settles on Osmosis. A trade happens on Ethereum, but uses liquidity from a Celestia rollup. All automatically verified. @union_build makes this kind of cross-chain activity possible. @union_build isn’t a blockchain itself. It’s a routing system for blockchains...like how routers move data on the internet. But here, it routes zk proofs and messages between chains. It supports IBC chains (like Cosmos), but also non-IBC chains like Ethereum, BSC, Starknet, and more. That’s a big deal. Most systems can’t talk to all these chains in one place. So when people ask what @union_build is? It’s not just a bridge. It’s the communication layer of the next-gen internet...but for rollups and appchains. Blockchains will soon talk to each other like apps on your phone. @union_build is building that future. And it’s closer than you think. The zk-Internet won’t be built on hype...it’ll be built on protocols that actually work. So If you’re serious about the future of modular blockchains, start watching what @union_build is doing.

Whether you like it or not, we’re not early in crypto anymore, no matter how often people keep saying it. But that’s not the point. The real point is: we’re early to making the tech disappear. And that’s the only kind of early that still matters. What does that mean? Right now, we’re still stuck in the “visible blockchain” phase. But real tech adoption doesn’t happen when people understand the tech, it happens when they stop noticing it. Think SMTP. Think TCP/IP. Think DNS. These protocols power everything online - but who the fuck cares? Crypto will go mainstream when it becomes boring. So what gets us there? We need to build products where crypto runs quietly in the background, not as the main selling point. We need tools that abstract away wallets, keys, networks, and signatures. We need UX that feels like any other app: smooth, clean, frictionless. In that future: The product is on-chain. The user isn’t. People see the benefits, but none of the complexity. Crypto is everywhere and nowhere at the same time. We’re not early to the tech. We’re early to crypto invisibility.

Fren们，周末愉快，我是你们的好fren阿呆！ Today, let me introduce you to the tools we use for daily connections with dapps. In the Web3 world, there is a classic contradiction: But the reality is: the wallet can't connect, the chain is cut incorrectly, authorization fails, the interface is laggy... Just trying to use a DApp, the very first step of "connecting" can drive people away. This is exactly the purpose of WalletConnect. 🔌 It is not a tool, but the underlying infrastructure of the entire Web3. ✅ Supports over 700+ wallets ✅ Compatible with 67,000+ DApps ✅ Serving over 47.5 million users worldwide ✅ Has facilitated over 300 million connections ✅ In 2023-2024, connection volume increased by 340% Without WalletConnect, today's Web3 cannot function at all. 🚀 Why can it support the entire ecosystem? Four keywords: 1️⃣ Wide Coverage: Wallets, Chains, and DApps are fully interconnected. Supports over 150 mainstream public chains (such as Ethereum, Solana, Polygon, etc.) and hundreds of wallets, allowing developers to integrate once and connect the entire blockchain ecosystem. Save time, effort, and costs. The newly launched Link Mode and Smart Sessions features have even eliminated the need for "chain switching", truly making on-chain interactions as smooth as Web2. 3️⃣ Secure and Strong: Military-grade Risk Control Protection End-to-end encryption, anti-phishing alerts, trading risk detection... Every step the user takes is silently protected by WalletConnect in the background. Not to mention it also launched the WalletGuide tutorial system and smart contract monitoring tools, providing comprehensive protection for user assets. 4️⃣ Sustainable: Moving towards decentralization, empowering the future WalletConnect is gradually evolving towards full decentralization through the $WCT token: Can be used for payment of connection fees in the future. Earnings from staking Participate in protocol governance and proposals Incentivize developers to improve the ecosystem $WCT is not just an ornament, but the economic core of the entire network. 🌐 Deeper: Unified on-chain identity, breaking through data silos The vision of WalletConnect has long been beyond just "connecting wallets". It is quietly building a new on-chain identity layer that integrates user information scattered across different chains and DApps, allowing you to truly have unified identity, unified permissions, and unified asset management capabilities. 🧩 Challenge and Future Of course, WalletConnect is not without its shortcomings: Mobile connection is occasionally unstable. The complexity of protocol integration still needs optimization. Phishing attacks via fake pages still require continuous warning. But with the continuous upgrades of the abstraction layer tools WalletKit, security modules, and connection protocols, it is gradually upgrading from a "connection channel" to the digital trust core of Web3. ✅ For Web3 to achieve true mass adoption, there are two prerequisites: Assets must be secure. Using must be simple WalletConnect is precisely the adhesive between these two. It is not a replacement wallet, nor a replacement for DApps, but a bridge that truly seamlessly combines the two. It is like the TCP/IP protocol of Web3 - invisible, yet omnipresent. 🚀 #WalletConnect $WCT WalletConnect + $WCT is redefining the way Web3 connects. The infrastructure of the future on-chain world starts with connection. And the connection starts from WalletConnect.

WalletConnect: Connects your Wallet, unlocking the entire on-chain world. Web3 is never short of hype, but the trust in infrastructure is forged over time. ✅ 45 million real users ✅ Over 20 million connection requests per month ✅ Integrated with 600+ Wallets and 60,000+ DApps, covering everything you are familiar with: MetaMask, Trust, Binance, Jupiter…… Today, WalletConnect is no longer just a behind-the-scenes tool. The release of $WCT marks the official start of a new chapter in decentralized community governance: 🔹 WCT can be used to pay network fees 🔹 Node staking earns rewards 🔹 Over 100 million WCT have been staked by the community to support network operations. Instead of chasing the next air coin, why not take a look — the "TCP/IP protocol" of Web3 has been quietly running around you for many years, and now, it invites you to become a true co-builder. This is not hype, but the underlying switch of the entire on-chain ecosystem. $WCT {spot}(WCTUSDT)

"From Rollups to AppChains: How Owlto Prepare for a Modular Blockchain World" The #blockchain world is undergoing a profound shift from monolithic chains to modular architectures. With rollups, appchains, and Rollup-as-a-Service (RaaS) platforms gaining traction, scalability and specialization are now within reach for developers and ecosystems. But with this modular future comes new challenges in interoperability and connectivity and this is where Owlto Finance is making a name. Understanding the Modular Blockchain Movement Modular blockchains separate the key functions of a chain; execution, consensus, data availability, and settlement, enabling tailored, high-performance systems. Ecosystems like: ➺ Dymension – A RollApp-centric modular stack enabling app-specific rollups. ➺ Saga – Empowering developers to launch dedicated chains with ease. ➺ Eclipse – Combining Solana’s virtual machine with Ethereum’s security. ➺ Celestia – Providing scalable data availability for rollups. …are creating the way for a decentralized internet of blockchains. But these new appchains and rollups often operate in siloed environments, creating fragmentation. Owlto: The Cross-Chain Layer for Modular Interoperability As appchains and rollups multiply, users will demand easy movement of assets and data between them. This is precisely where Owlto Finance shines. 1. L2 ↔ L2 Direct Bridging Owlto already supports 50+ chains, including rollups like zkSync, Scroll, Linea, and Arbitrum. Its architecture is inherently designed to facilitate L2-to-L2 transfers; ideal for a world of custom rollups and app-specific chains. 2. Intent-Based AI Routing In a complex modular ecosystem, users won’t always know the best path to move assets or interact with dApps. Owlto’s AI-powered bridging agents will help abstract away complexity by optimizing routes, minimizing gas, and reducing user friction. 3. Integration-Ready with RaaS Platforms As platforms like Dymension, Eclipse, and Saga lower the entry barrier for launching appchains, Owlto’s SDK and API tools are well-positioned to offer plug-and-play bridging across these ecosystems. New chains don’t need to build their own bridges, they can plug into Owlto’s liquidity layer. 4. Modular Security Compatible Owlto’s infrastructure emphasizes non-custodial architecture, rapid settlement, and audit-backed security, perfect for rollups that want safe external bridging without reinventing the wheel. Preparing for the Next Web3 Wave In the coming months and years: ➺ More projects will launch their own sovereign appchains. ➺ Specialized rollups will serve specific verticals like gaming, DeFi, or AI. ➺ Users will move between chains faster than ever. But interoperability remains the "Achilles heel" of the modular blockchain vision. Owlto isn’t just another bridge. It’s a scalable interoperability layer designed for the evolving future of Web3; modular, AI-powered, and universal. The Vision Ahead: As modular ecosystems like Celestia, Eclipse, and Dymension grow, Owlto will be at the heart of: ✓ Faster onboarding for new rollups ✓ Liquidity flow between appchains ✓ Developer-friendly SDKs for seamless bridging ✓ User interfaces that don’t require deep technical knowledge Just as the internet needed TCP/IP to unify global data exchange, the modular blockchain world needs a standard for secure and fast cross-chain movement. Owlto aims to become that standard. Builders, do you want to future-proof your rollup or appchain? Then join me and integrate Owlto’s bridging SDK or connect with the team: 👉 The modular blockchain revolution is coming. And Owlto Finance is ready.

1. Institutionalization: Real money gets on board, no longer just PUA. More and more traditional institutions are moving "old-fashioned" assets like real estate and private equity onto the blockchain in pursuit of higher transparency and liquidity. Novastro is focused on "connective infrastructure"—plug-and-play API that is compatible with various ERP, CRM, and financial systems, featuring digital twins + multi-user dashboards, compliance pools + SPV structures, and seamless integration of funds, custody, and auditing. 2. Cross-chain interoperability: Let RWA truly "flow". Asset tokenization is not just about issuing it, the key is its liquidity. Traditional platforms operate independently, leading to fragmented liquidity. Novastro directly addresses this from the ground up: Arbitrum, Ethereum, Solana, and Sui are interconnected across four chains, creating a unified liquidity layer while preserving asset states across chains. The SDK is ready to use, making it so easy for developers to deploy RWA applications. Atomic transfers + secure messaging protocols ensure asset security. A single system traverses all chains, making RWA no longer fragmented. 3. Compliance Evolution: Making Regulation a Moat With global regulations becoming increasingly clear, those who first achieve compliance will be able to go further. Novastro's approach is to dynamically generate compliance templates based on different regions, with real-time audit logs and a visual dashboard, supporting standards such as MiCA, FATF, and MAS, and AI real-time monitoring for automatic reporting of anomalies. Compliance is not about telling stories; it is about the product itself. Novastro has built its own moat around the three major challenges of institutions, liquidity, and compliance. If RWA is the new financial system, then Novastro is like the underlying TCP/IP protocol. Novastro has officially announced a strategic partnership with MAIV Finance. MAIV focuses on the tokenization of short-term high-yield commercial transactions, especially in the private equity sector. This collaboration will make on-chain private equity more liquid and transparent, providing more RWA investment opportunities for everyone. The discussion on X is lively, and everyone believes this is another significant step for Novastro in the RWA space. This strong collaboration combines MAIV's expertise in private equity with Novastro's blockchain technology to create a seamless, transparent, and inclusive financial ecosystem. In the future, there will be no other leaders in on-chain private equity but them. Tokenization of RWAs in DeFi will be easier, more transparent, and more compliant, and there will be more investment opportunities. Let's wait and see! Continue to grow with $NOVAS in the new day. Let's all work hard and go for it!

1. Institutionalization: Real money gets on board, no longer just PUA. More and more traditional institutions are bringing "old-school" assets like real estate and private equity onto the blockchain in pursuit of higher transparency and liquidity. What Novastro does is "connecting infrastructure"—it can be used with just an API plug-in, compatible with various ERP, CRM, and financial systems, featuring digital twins + multi-user dashboards, compliance pools + SPV structures, with funds, custody, and auditing all able to connect. 2. Cross-chain interoperability: Let RWA truly "flow". Asset tokenization is not just about issuance; the key is liquidity. Traditional platforms operate independently, leading to fragmented liquidity. Novastro directly addresses this from the ground up: Arbitrum, Ethereum, Solana, and Sui are interconnected, unifying the liquidity layer while retaining asset states across chains. The SDK is ready to use, making it so easy for developers to deploy RWA applications. Atomic transfers + secure messaging protocol ensure asset security. A single system traverses all chains, making RWA no longer fragmented. 3. Compliance Evolution: Making Regulation a Moat Now that global regulation is becoming clearer, whoever gets compliance first can go far. Novastro's approach is: dynamically generate compliance templates according to different regions, real-time audit logs + visual dashboards, support MiCA, FATF, MAS and other standards, and AI real-time monitoring and automatic reporting of exceptions. Compliance isn't about storytelling, it's about the product itself. Novastro has turned the three major challenges of institutions, liquidity, and compliance into its own moat. If RWA is the new financial system, then Novastro is like the underlying TCP/IP protocol. Yesterday, Novastro officially announced a strategic partnership with MAIV Finance, which focuses on the tokenization of short-term high-yield commercial transactions, particularly in the private equity sector. This collaboration will make on-chain private equity more liquid and transparent, providing more RWA investment opportunities for everyone. The discussion on X is very lively, and everyone feels that this is another significant step for Novastro in the RWA space. This strong collaboration combines MAIV's expertise in private equity with Novastro's blockchain technology to create a seamless, transparent, and inclusive financial ecosystem. In the future, they will undoubtedly be the leaders in on-chain private equity. The tokenization of RWAs in DeFi will be easier, more transparent, and more compliant, providing more investment opportunities for everyone. Let's wait and see! Continue to grow with $NOVAS in the new day. Let's work hard together, go!

Bitcoin: The Seeds of a Digital Renaissance? Bitcoin is often viewed as a financial revolution or digital gold. However, to understand its value and impact, perhaps it is necessary to view it from a broader perspective, as the seeds of a digital renaissance. Just as the Renaissance accelerated the spread of information using the printing press and challenged the power of central authorities, Bitcoin has the potential to break the monopoly on the value and transfer of information. Bitcoin’s underlying blockchain technology can record not only financial transactions but also property rights, identities, and even voting systems in a decentralized, transparent, and immutable manner. This offers the potential to democratize the flow of information and remove trust from intermediaries. Bitcoin could become more than just a currency; it could become a fundamental protocol of the digital age. Like the Internet’s TCP/IP protocol, Bitcoin’s protocol could be a layer that enables the secure transfer of value and information. This could enable art, music, ideas, and even personal data to flow directly from creators to consumers, without the worry of copyright or censorship. Of course, this is speculation and Bitcoin’s journey is still early. There are obstacles such as volatility, regulatory uncertainty, and technical difficulties. However, viewing Bitcoin not only as an investment vehicle but also as an infrastructure that can shape the future of digital civilization can provide a new perspective to understand its true potential. Perhaps in the future, we will remember the “Bitcoin era” not only as a financial evolution, but also as a digital renaissance where information, value, and trust are redefined. #Spot Bitcoin ETFs Top 1.1M BTC#

Bitcoin: The Seeds of a Digital Renaissance? Bitcoin is often viewed as a financial revolution or digital gold. However, to understand its value and impact, perhaps it is necessary to view it from a broader perspective, as the seeds of a digital renaissance. Just as the Renaissance accelerated the spread of information using the printing press and challenged the power of central authorities, Bitcoin has the potential to break the monopoly on the value and transfer of information. Bitcoin’s underlying blockchain technology can record not only financial transactions but also property rights, identities, and even voting systems in a decentralized, transparent, and immutable manner. This offers the potential to democratize the flow of information and remove trust from intermediaries. Bitcoin could become more than just a currency; it could become a fundamental protocol of the digital age. Like the Internet’s TCP/IP protocol, Bitcoin’s protocol could be a layer that enables the secure transfer of value and information. This could enable art, music, ideas, and even personal data to flow directly from creators to consumers, without the worry of copyright or censorship. Of course, this is speculation and Bitcoin’s journey is still early. There are obstacles such as volatility, regulatory uncertainty, and technical difficulties. However, viewing Bitcoin not only as an investment vehicle but also as an infrastructure that can shape the future of digital civilization can provide a new perspective to understand its true potential. Perhaps in the future, we will remember the “Bitcoin era” not only as a financial evolution, but also as a digital renaissance where information, value, and trust are redefined. #Spot Bitcoin ETFs Top 1.1M BTC#

#TCP# will be delisted, log in to the list of 68 coins that will be delisted!

Recently, WalletConnect has been quite active. First, it officially announced an Airdrop of 5 million WCT for the Solana ecosystem, and the token price has directly broken its historical high! The big move that this project has been holding back is the real deal - the "Smart Sessions" feature, which claims to revolutionize on-chain interactions and may even become a foundational protocol in the AI era. 🟦1. Airdrop is just an appetizer, the Solana ecosystem is the main battlefield. WalletConnect这次砸500万WCT给Solana生态,明摆着要抢滩Layer1高地。 Solana 本身就高频交易和低Gas.称,和WalletConnect 主命的"无缝连接" 自然合。 Airdrop 不仅吸了一波社区热度,更是在为后续的全链游戏、自动化交易机器人铺路——毕actually Solana 上DeFi 和GameFi players 最,谁先占住入口,谁能夠eat down incremental 红利。 🟦2. The Ultimate Weapon "Smart Sessions": Say Goodbye to Pop-ups, AI Works for You Old investors all understand, what is the most annoying thing about on-chain operations? Endless authorization pop-ups! Transferring funds, playing a blockchain game, the wallet pop-ups make your fingers sore. WalletConnect's new "Smart Sessions" takes it to the next level: users set the rules once, and the AI automatically executes transactions. For instance, if you're doing DCA (Dollar Cost Averaging) investments, the AI bot can automatically buy tokens according to the strategy; when playing full-chain games, equipment transactions are completed in seconds without having to repeatedly click to confirm. 更狠的是,这功能把"应用→钱包→链」的传统流程,升级成"应用→AI→钱包→链,AI has become a "substitute worker" in the world of 链上, which is both safe (controllable) and trouble-saving. 未来如果Stripe级别的订阅支付上链,或者机构用AI管理资产,这技术就是刚需! 🟦3. WCT Token: From governance ticket to "on-chain gasoline" 🟦4. Institutions are quietly entering the market, and the mobile sector is experiencing an explosion. 苹果商店最近给加密APP松绑,WalletConnect立马抓住机会,在移动端狂推「Permissioned Sessions。 What is the most painful thing about the puddles? 私钥风飩和手动操作! 现在托管钱包能直接用AI代理自动化投资,7×24小时套利、调仓,还不用暴露私钥。 With the explosive growth of mobile users, the WalletConnect standard protocol has become the industry's infrastructure. The future traffic entry point for on-chain interactions may be hidden in your phone. 🟦Summary: WCT's ambitions go beyond just a wallet WalletConnect has long been unwilling to just be a "connector." Through AI + mobile + institutional approaches, it aims to become the TCP/IP protocol of the on-chain internet—where all applications, bots, and users must go through its standard interactions. If Smart Sessions can truly become widespread, WCT is likely to replicate the story of UNI and AAVE, jumping from a utility token to a core asset of the ecosystem. Operational Suggestion: In the short term, look for a pullback opportunity after the positive release of the Airdrop, and in the long term, keep an eye on the actual adoption data of Smart Sessions. Don't let FOMO cloud your judgment, but this track is worth placing an observation position!

1) MCP (Model Context Protocol) is essentially a protocol standard that allows different AI services to communicate seamlessly, just like the TCP/IP protocol defined the rules of internet communication back in the day. Its significance and value lie in its ability to change the "island problem" traditionally faced by monolithic models like Claude and ChatGPT. Suppose each model has its own API standards, and integrating a new tool requires a corresponding set of adaptation code; then who adapts to whom? With the emergence of MCP, the channels for "connecting" large models have been opened. MyShell has originally been regarded as an application aggregation service platform that fits mature AI Agents of web2, and integrating MCP can greatly enhance the interoperability capabilities of AI Agents on the platform. Objectively speaking, the integration of MCP is the basic premise that every agent aggregation service platform must have. But I think MyShell is unique in that its MCP service is not only suitable for web2 AI agents, but also for web3 AI agents. In other words, MyShell became the only AI platform capable of invoking both GitHub and BNB Chain. In my opinion, the support of MyShell's dual ecology is not accidental, but because of its strategic layout of following the web2 value application landing + web3 token model at the beginning. 2) Ultimately, MyShell's ability to be the first to integrate MCP on a large scale is not only due to its technical capabilities but, more importantly, it possesses a profound dual ecological accumulation. On the Web2 side, a large number of mature AI Agents are already running on the MyShell platform: from content creation to image generation, from code assistance to data analysis. More importantly, the design philosophy of these Agents has been "modular" from the very beginning—each function can exist as an independent Widget and can be called by other Agents at any time. When the MCP appears, MyShell finds that it is almost a match made in heaven with its own Widget system—MCP server is essentially a Widget that can be called across platforms. For example, when a user creates an AI Agent investment assistant, on MyShell you can directly select the "BNB Chain Data Analysis" Widget, "Technical Indicator Calculation" MCP service, "AI Strategy Generation" module, and "Automated Trading" component, connect them through a visual interface, set the parameters, and within a few minutes create a fully functional investment Agent. 3) The question arises: when most AI platforms either focus on Web2 tool integration or primarily target Web3 native applications, MyShell has chosen a path of "wanting both ecosystems." This positioning may seem greedy at first glance, but considering the different characteristics of the two ecosystems might change the perspective. MyShell naturally serves as a bridge connecting the two ecosystems by simultaneously supporting the MCP services of both. For example: a designer can use MyShell's Agent to call Figma to generate designs (utilizing the existing Web2 Agent capabilities), and then directly mint them as NFTs on-chain (utilizing the existing Web3 protocol framework). 4) When both web2AI and web3AI are interconnected, the ecological niche of MyShell can naturally be upgraded: it will no longer be limited to an aggregation platform for a single AI Agent, but will aspire to a grander vision—becoming an AI-native operating system that redefines the AI consumer layer. This operating system framework includes: unified protocol standards (MCP), modular functional components (Widget), an open application ecosystem (AIpp Store), and a complete economic cycle (creator economy). Just as iOS defined the standards for mobile applications, MyShell aims to define the standards for AI applications. MyShell's ability to amplify this modular combination is obviously aimed at seizing the right to set standards for the new ecology of web2+web3 integration. And no other platform can land as quickly as it does, and it has enough "ammunition" (there are full-fledged agents) to prove the usefulness of this standard. Above. Looking back at the significance of MyShell integrating MCP, aside from the slogan that everyone can create AI Agents, we must mainly consider the sustainability of its long-term economic model. However, the logic of this kind of platform positive flywheel is that the more Agents that are connected and the more creators there are, the greater the value and comprehensive efficiency released by the platform.

Configuration requirements for SAFE4's masternodes and supernodes Operating System Requirements: Ubuntu 14 and above Masternode recommended configuration: 4 cores 8G 3-5Mbp bandwidth Recommended configuration for super node: 8 cores 16G 10Mbp bandwidth Both TCP and UDP of the VPS server need to open port 30303. Below this configuration, it can run for a short time, but over time, as the number of connections increases, memory consumption will rise. Until the operating system automatically kills the SAFE4 node program when the memory is insufficient. Super nodes and masternodes will lose connection with the outside world, which will prevent them from producing blocks and affect their earnings. Low bandwidth will also affect the communication efficiency with other Nodes, impacting the earnings. The SAFE4-Desktop version can automate the installation of the SAFE4 node program for super nodes and masternodes, requiring only the IP address, account, and password of the VPS server. You can also install manually, configure in SAFE4-Desktop version, for detailed tutorial please download:

Counter point: The quality of entry-level grads has gone downhill Too many people cheat/use AI in college Bachelor degrees that couldn’t pass CompTIA A+ Mfs don’t know what ping or tcp is

#BTC# #TCP# buy buy now 🚀🚀🚀🚀🚀🚀