起愿团队-牛牛1
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Just as the volume is pulled up, does it fall infinitely? Can we still give Chinese coin players some confidence?
See translation
中文币真的不能信啊，越套越死。
龙虾USDT
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From Tools to Economic Entities: How $ROBO Installs a 'Digital Heart' for Robots?
When humanoid robots begin to autonomously navigate to charging stations and pay for electricity with USDC, a brand new economic species is born—robots are no longer just tools but economic entities with on-chain identities. Behind this is @7_7oken and its core team OpenMind building the machine economy infrastructure.
The Fabric ecosystem consists of two main pillars: the OM1 operating system and the FABRIC protocol. OM1, as an open-source AI-native operating system, solves the problem of hardware fragmentation, allowing robots from different manufacturers to run the same 'brain'; the FABRIC protocol assigns decentralized identities to each robot, records behavioral credit, and enables automatic settlement across devices. The significance of this combination is that it upgrades robots from isolated functional units to collaborative nodes in the network.
The Fabric ecosystem consists of two main pillars: the OM1 operating system and the FABRIC protocol. OM1, as an open-source AI-native operating system, solves the problem of hardware fragmentation, allowing robots from different manufacturers to run the same 'brain'; the FABRIC protocol assigns decentralized identities to each robot, records behavioral credit, and enables automatic settlement across devices. The significance of this combination is that it upgrades robots from isolated functional units to collaborative nodes in the network.
See translation
近期$ROBO的表现确实引人注目，24小时涨幅超34%，交易量达1.35亿美元，成为AI赛道焦点。但真正值得关注的不是短期波动，而是@Fabric find背后扎实的基本面。
真正值得关注的不是短期波动，而是@FabricFND背后扎实的基本面——这可能是2026年AI与DePIN赛道最值得拆解的产业样本。
Fabric Foundation的核心贡献团队OpenMind来自斯坦福和谷歌DeepMind，创始人Jan Liphardt是斯坦福生物工程教授，CTO Boyuan Chen出身MIT CSAIL并曾在DeepMind从事前沿AI研究。2025年8月，OpenMind完成Pantera Capital领投的2000万美元融资，Coinbase Ventures、DCG、红杉中国等头部机构参投。为什么能获得Web2和Web3资本的集体押注？因为他们看到了机器人产业的结构性痛点：系统割裂、生态封闭、彼此不通。
如果把今天的机器人行业类比成十多年前的智能手机时代，OpenMind想做的事情，就是为机器人打造一个“安卓”系统。其核心产品包括两层：开源的AI原生操作系统OM1，以及去中心化协作网络FABRIC。
OM1是机器人的“通用大脑”，把感知、记忆、推理和行动纳入统一框架，让机器人具备自然语言交互+自主决策能力。它采用硬件无关设计，目前已支持宇树科技人形机器人、四足机器人等多种形态，并计划与智元机器人、优必选、越疆科技等厂商深度集成。OM1于2025年9月发布Beta版，已在GitHub开源，吸引全球数千名开发者参与贡献。值得一提的是，在纳斯达克举办的ETF挂牌仪式上，搭载OM1的人形机器人参与了上市启动环节，完成首次公开亮相。
但只有大脑还不够。现实世界里，机器人需要跨厂商协同、共享信息、分配任务，甚至完成自动结算。这就是FABRIC协议要做的事情：给每台机器人分配链上身份，让设备可以被识别、建立信用、记录行为，并自动完成任务结算。用OpenMind的话说，OM1解决“我够不够聪明”，FABRIC解决“我如何和其他机器人安全合作”。
最关键的是，这已不是概念。OpenMind与Circle合作在硅谷部署了全球首个“USDC机器人自充点”——机器人可以自动导航到充电站，用USDC完成支付，全程无人类参与。这种从“能干活”到“能消费”的跨越，正是机器经济的雏形。
ROBO代币是Fabric生态的原生效用和治理资产，总供应量100亿枚。其用途包括：支付网络费用、质押参与硬件部署协调、开发者接入生态系统的门槛、治理投票等。代币经济学设计兼顾长期稳定：投资者份额设有1年锁仓+36个月线性解锁，团队份额同样有长期归属计划。
2月27日，ROBO在币安Alpha、Bybit、Gate、Coinbase等主流交易所全面上线，首发价0.022美元，当前约0.05美元。但更重要的是，OM1和FABRIC早在TGE之前就已进入真实部署阶段，被安装在世界各地的机器人设备中。当具身智能遇上加密基础设施，这种锚定“生产力分配权”的资产值得长期观察。#ROBO #AI #Web3 #Crypto #Blockchain #Binance #Future #Innovation #DeFi
Fabric Foundation的核心贡献团队OpenMind来自斯坦福和谷歌DeepMind，创始人Jan Liphardt是斯坦福生物工程教授，CTO Boyuan Chen出身MIT CSAIL并曾在DeepMind从事前沿AI研究。2025年8月，OpenMind完成Pantera Capital领投的2000万美元融资，Coinbase Ventures、DCG、红杉中国等头部机构参投。为什么能获得Web2和Web3资本的集体押注？因为他们看到了机器人产业的结构性痛点：系统割裂、生态封闭、彼此不通。
如果把今天的机器人行业类比成十多年前的智能手机时代，OpenMind想做的事情，就是为机器人打造一个“安卓”系统。其核心产品包括两层：开源的AI原生操作系统OM1，以及去中心化协作网络FABRIC。
OM1是机器人的“通用大脑”，把感知、记忆、推理和行动纳入统一框架，让机器人具备自然语言交互+自主决策能力。它采用硬件无关设计，目前已支持宇树科技人形机器人、四足机器人等多种形态，并计划与智元机器人、优必选、越疆科技等厂商深度集成。OM1于2025年9月发布Beta版，已在GitHub开源，吸引全球数千名开发者参与贡献。值得一提的是，在纳斯达克举办的ETF挂牌仪式上，搭载OM1的人形机器人参与了上市启动环节，完成首次公开亮相。
但只有大脑还不够。现实世界里，机器人需要跨厂商协同、共享信息、分配任务，甚至完成自动结算。这就是FABRIC协议要做的事情：给每台机器人分配链上身份，让设备可以被识别、建立信用、记录行为，并自动完成任务结算。用OpenMind的话说，OM1解决“我够不够聪明”，FABRIC解决“我如何和其他机器人安全合作”。
最关键的是，这已不是概念。OpenMind与Circle合作在硅谷部署了全球首个“USDC机器人自充点”——机器人可以自动导航到充电站，用USDC完成支付，全程无人类参与。这种从“能干活”到“能消费”的跨越，正是机器经济的雏形。
ROBO代币是Fabric生态的原生效用和治理资产，总供应量100亿枚。其用途包括：支付网络费用、质押参与硬件部署协调、开发者接入生态系统的门槛、治理投票等。代币经济学设计兼顾长期稳定：投资者份额设有1年锁仓+36个月线性解锁，团队份额同样有长期归属计划。
2月27日，ROBO在币安Alpha、Bybit、Gate、Coinbase等主流交易所全面上线，首发价0.022美元，当前约0.05美元。但更重要的是，OM1和FABRIC早在TGE之前就已进入真实部署阶段，被安装在世界各地的机器人设备中。当具身智能遇上加密基础设施，这种锚定“生产力分配权”的资产值得长期观察。#ROBO #AI #Web3 #Crypto #Blockchain #Binance #Future #Innovation #DeFi
#robo $ROBO Recently, the performance of $ROBO has indeed attracted attention, with a 24-hour increase of over 34% and a trading volume reaching $135 million, becoming the focus of the AI sector. However, what is truly worth noting is not the short-term fluctuations, but the solid fundamentals behind @FabricFND.
The core contributing team of Fabric Foundation, OpenMind, comes from Stanford and Google DeepMind, and completed a $20 million financing led by Pantera Capital in August 2025. What they are working on is creating an 'Android system' for robots—the OM1 operating system solves the hardware fragmentation problem and is currently compatible with various robotic forms such as Yushu Technology and UBTECH; while the FABRIC protocol grants robots on-chain identities and autonomous settlement capabilities, allowing machines to evolve from 'tools' to 'economic entities'.
More critically, this is no longer just a concept. OpenMind has partnered with Circle to deploy the world's first 'USDC robot self-charging point' in Silicon Valley, where robots can automatically navigate to charging stations and complete payments without human involvement throughout the process. This leap from 'being able to work' to 'being able to consume' is the embryonic form of the machine economy.
After being fully launched on mainstream exchanges, the liquidity and attention towards $ROBO continue to rise. When embodied intelligence meets crypto infrastructure, this asset anchored on 'production distribution rights' is worth long-term observation. #ROBO
The core contributing team of Fabric Foundation, OpenMind, comes from Stanford and Google DeepMind, and completed a $20 million financing led by Pantera Capital in August 2025. What they are working on is creating an 'Android system' for robots—the OM1 operating system solves the hardware fragmentation problem and is currently compatible with various robotic forms such as Yushu Technology and UBTECH; while the FABRIC protocol grants robots on-chain identities and autonomous settlement capabilities, allowing machines to evolve from 'tools' to 'economic entities'.
More critically, this is no longer just a concept. OpenMind has partnered with Circle to deploy the world's first 'USDC robot self-charging point' in Silicon Valley, where robots can automatically navigate to charging stations and complete payments without human involvement throughout the process. This leap from 'being able to work' to 'being able to consume' is the embryonic form of the machine economy.
After being fully launched on mainstream exchanges, the liquidity and attention towards $ROBO continue to rise. When embodied intelligence meets crypto infrastructure, this asset anchored on 'production distribution rights' is worth long-term observation. #ROBO
🚀 From 'tool' to 'economic entity': Why $ROBO is not just another AI token? But the 'Android moment' of the robotic economy.
Everyone is discussing AI, but few realize: future robots will not only think but also 'pay'.
This is what @7_7oken is doing — creating a decentralized 'operating system + economic network' for global robots. This is definitely not just simple narrative hype, but a visible industrial revolution.
🤖 Why pay attention to Fabric?
We are on the eve of the explosion of 'embodied intelligence' (Tesla Bot, Yushu Technology, etc.), but the industry's pain points are extremely obvious: data silos, system fragmentation, and inability to collaborate across brands. What Fabric aims to do is become the 'Android system' for robots:
This is what @7_7oken is doing — creating a decentralized 'operating system + economic network' for global robots. This is definitely not just simple narrative hype, but a visible industrial revolution.
🤖 Why pay attention to Fabric?
We are on the eve of the explosion of 'embodied intelligence' (Tesla Bot, Yushu Technology, etc.), but the industry's pain points are extremely obvious: data silos, system fragmentation, and inability to collaborate across brands. What Fabric aims to do is become the 'Android system' for robots:
If 2025 is the year of the awakening of 'embodied intelligence', then 2026 is undoubtedly the key turning point for these intelligent entities to move from 'experimental toys' to 'productive tools'. However, when humanoid robots start working in factories and quadruped robots begin delivering goods, a deep-seated problem emerges: they can 'work', but cannot 'make money' and 'trade'.
It's like having millions of iPhones without an App Store and Apple Pay; they remain islands of information. The emergence of FabricFND and its core token $ROBO is precisely to fill this gap—creating a decentralized 'economic layer' and 'identity layer' for robots worldwide.
From 'Operating System' to 'Economic Network': The Dual Revolution of Fabric
Many people simply understand Fabric as the 'operating system for robots', but that's far from sufficient. Through research reports, we can find that the core contributing team of the Fabric Foundation, OpenMind, has actually built a complete dual-layer architecture of 'underlying OS + upper economic network'.
1. Underlying Layer: OM1—The 'Universal Brain' for Robots
This is an AI-native open-source operating system. In the past, different brands of robots (such as Yushu, UBTECH, and Zhiyuan) had their own codes, and applications could not be reused. The goal of OM1 is to become the 'Android' of the robot field, allowing developers to write an application that can run on different brands of hardware. This solves the 'fragmentation' problem in robot proliferation.
2. Upper Layer: FABRIC Protocol—The 'Social and Settlement Network' for Robots
This is where $ROBO truly comes into play. The FABRIC protocol grants each robot a unique on-chain identity (DID). What does this mean? It means that robots are no longer just motorized devices but are independent economic entities.
· Machine-to-Machine Payments (M2M): When a delivery robot runs low on battery, it can automatically call a charging station and, after charging, pay the charging station automatically via $ROBO, with the entire process requiring no human intervention.
· Skill Sharing: A robotic arm that has learned to 'screw in screws' can upload this 'skill' to the FABRIC network, and another robot that needs this skill can download and execute the task, with fees settled through $ROBO.
It's like having millions of iPhones without an App Store and Apple Pay; they remain islands of information. The emergence of FabricFND and its core token $ROBO is precisely to fill this gap—creating a decentralized 'economic layer' and 'identity layer' for robots worldwide.
From 'Operating System' to 'Economic Network': The Dual Revolution of Fabric
Many people simply understand Fabric as the 'operating system for robots', but that's far from sufficient. Through research reports, we can find that the core contributing team of the Fabric Foundation, OpenMind, has actually built a complete dual-layer architecture of 'underlying OS + upper economic network'.
1. Underlying Layer: OM1—The 'Universal Brain' for Robots
This is an AI-native open-source operating system. In the past, different brands of robots (such as Yushu, UBTECH, and Zhiyuan) had their own codes, and applications could not be reused. The goal of OM1 is to become the 'Android' of the robot field, allowing developers to write an application that can run on different brands of hardware. This solves the 'fragmentation' problem in robot proliferation.
2. Upper Layer: FABRIC Protocol—The 'Social and Settlement Network' for Robots
This is where $ROBO truly comes into play. The FABRIC protocol grants each robot a unique on-chain identity (DID). What does this mean? It means that robots are no longer just motorized devices but are independent economic entities.
· Machine-to-Machine Payments (M2M): When a delivery robot runs low on battery, it can automatically call a charging station and, after charging, pay the charging station automatically via $ROBO, with the entire process requiring no human intervention.
· Skill Sharing: A robotic arm that has learned to 'screw in screws' can upload this 'skill' to the FABRIC network, and another robot that needs this skill can download and execute the task, with fees settled through $ROBO.
When Robots Have a "Wallet": Why $ROBO is Becoming an Indispensable Value Layer in the Machine Economy?
If 2025 is the year of the awakening of "embodied intelligence", then 2026 is undoubtedly a critical turning point as these intelligent entities transition from "experimental toys" to "productive tools". However, when humanoid robots begin working in factories and quadrupedal robots start delivering goods, a deeper issue is revealed: they can "work", but cannot "make money" and "trade".
It's like having hundreds of millions of iPhones without an App Store and Apple Pay; they remain information islands. The emergence of FabricFND and its core token $ROBO is precisely to fill this gap—creating a decentralized "economic layer" and "identity layer" for global robots.
It's like having hundreds of millions of iPhones without an App Store and Apple Pay; they remain information islands. The emergence of FabricFND and its core token $ROBO is precisely to fill this gap—creating a decentralized "economic layer" and "identity layer" for global robots.
While the crypto world generally pursues the 'virtual', @FabricFND is betting on the most attractive 'reality'—empowering robots with on-chain wallets and autonomous economic capabilities.
Empowering robots with on-chain wallets and autonomous economic capabilities. With the launch of the mainnet and the progress of $ROBO airdrop claims, we are witnessing the forefront of the combination of AI and Crypto.
Many people mistakenly believe that Fabric Foundation is just an ordinary AI conceptual project, but in reality, it is the infrastructure under OpenMind dedicated to building a universal robotic open network. Its ambition is not just to issue a token, but to solve the 'trust' issue when autonomous artificial intelligence interacts with the physical world. Imagine a future where robots no longer simply follow the instructions of centralized servers, but communicate, verify, and even exchange value between machines through Fabric's decentralized ledger—this is the core use case of $ROBO.
Many people mistakenly believe that Fabric Foundation is just an ordinary AI conceptual project, but in reality, it is the infrastructure under OpenMind dedicated to building a universal robotic open network. Its ambition is not just to issue a token, but to solve the 'trust' issue when autonomous artificial intelligence interacts with the physical world. Imagine a future where robots no longer simply follow the instructions of centralized servers, but communicate, verify, and even exchange value between machines through Fabric's decentralized ledger—this is the core use case of $ROBO.
In-depth analysis of @FabricFND: Why $ROBO may be the 'key ticket' in the machine economy era? 🚀
Good evening everyone! Recently, while researching the combination of AI and DePIN, I discovered an undervalued ecosystem - Fabric Foundation. Today, I want to discuss from the foundational logic why I believe $ROBO is worthy of long-term attention.
1. The 'financial infrastructure' of the machine economy
We are at a singularity: robots are no longer just industrial robotic arms, but are becoming 'mobile productivity' on the streets. But the question arises: when robots need to recharge, maintain, or purchase data services, how do they make payments? This is the core pain point that @FabricFND aims to solve. It is building a decentralized 'robot financial layer' that allows machines to autonomously complete on-chain settlements.
1. The 'financial infrastructure' of the machine economy
We are at a singularity: robots are no longer just industrial robotic arms, but are becoming 'mobile productivity' on the streets. But the question arises: when robots need to recharge, maintain, or purchase data services, how do they make payments? This is the core pain point that @FabricFND aims to solve. It is building a decentralized 'robot financial layer' that allows machines to autonomously complete on-chain settlements.
In-depth analysis of @FabricFND: Why $ROBO could be the 'key ticket' in the machine economy era? 🚀
Good evening everyone! Recently, while studying the combination of AI and DePIN, I discovered an underestimated ecosystem - Fabric Foundation. Today, I want to discuss from the underlying logic why I believe $ROBO is worth long-term attention.
1. The 'financial infrastructure' of the machine economy
We are at a singularity: robots are no longer just single industrial robotic arms, but are moving towards the streets as 'mobile productivity.' But the question arises: how do robots make payments when they need to charge, undergo maintenance, or purchase data services? This is the core pain point that @FabricFND aims to solve. It is building a decentralized 'robot finance layer' that allows machines to autonomously complete on-chain settlements.
1. The 'financial infrastructure' of the machine economy
We are at a singularity: robots are no longer just single industrial robotic arms, but are moving towards the streets as 'mobile productivity.' But the question arises: how do robots make payments when they need to charge, undergo maintenance, or purchase data services? This is the core pain point that @FabricFND aims to solve. It is building a decentralized 'robot finance layer' that allows machines to autonomously complete on-chain settlements.
#robo $ROBO When robots have wallets, @FabricFND is defining the next era! 🤖💰
If you missed the DePIN summer, you definitely can't miss the eve of the explosion of the machine economy.
Everyone is discussing AI, but few are thinking: when robots take to the streets to work, how do they pay for charging? How do they purchase data? This is where the Fabric Foundation comes in.
@FabricFND is building the 'financial nervous system' of robots. Through the OM1 operating system and on-chain identity, in the future, different brands of robots (like UBTECH/Fourier, etc.) can settle autonomously through $ROBO , completely breaking the 'island effect'.
This is a logical leap from 'holding tokens' to 'holding productivity'. When the workload in the physical world is settled on-chain through #ROBO, this is the real form of Web3 mass adoption.
Keep an eye on this ecosystem, perhaps we are witnessing a historic moment of 'robot employees' joining human society. What do you think about the machine economy? Feel free to discuss in the comments below 👇
#ROBO #FabricFND #DePIN #AI #BinanceSquare
If you missed the DePIN summer, you definitely can't miss the eve of the explosion of the machine economy.
Everyone is discussing AI, but few are thinking: when robots take to the streets to work, how do they pay for charging? How do they purchase data? This is where the Fabric Foundation comes in.
@FabricFND is building the 'financial nervous system' of robots. Through the OM1 operating system and on-chain identity, in the future, different brands of robots (like UBTECH/Fourier, etc.) can settle autonomously through $ROBO , completely breaking the 'island effect'.
This is a logical leap from 'holding tokens' to 'holding productivity'. When the workload in the physical world is settled on-chain through #ROBO, this is the real form of Web3 mass adoption.
Keep an eye on this ecosystem, perhaps we are witnessing a historic moment of 'robot employees' joining human society. What do you think about the machine economy? Feel free to discuss in the comments below 👇
#ROBO #FabricFND #DePIN #AI #BinanceSquare
Why is $ROBO becoming the economic hub connecting AI and the physical world?🤖
In 2026, at this node of the explosion of AI and robotics technology, we are witnessing a critical shift: agents are moving from digital screens to the physical world. To achieve this, merely having a smart 'brain' (AI) and a flexible 'body' (hardware) is not enough; they also need a financial identity.
This is precisely the core proposition that Fabric Foundation is addressing. As a decentralized infrastructure supported by top institutions like Pantera Capital and Coinbase Ventures, Fabric aims to build an open economic and governance layer for the global robotic network.
This is precisely the core proposition that Fabric Foundation is addressing. As a decentralized infrastructure supported by top institutions like Pantera Capital and Coinbase Ventures, Fabric aims to build an open economic and governance layer for the global robotic network.
@robo
Just completed an in-depth study of the @FabricFND ecosystem, a global open network supported by the Fabric Foundation, which is fundamentally changing the way robotics are built and governed through verifiable computation and proxy-native infrastructure. In simple terms, the Fabric Protocol is creating a decentralized "economy and identity layer" for robots.
Core logic: Let robots become independent economic participants
The current robotics industry has structural flaws: robots are isolated tools without passports or bank accounts, excluded from the modern financial system. What Fabric aims to solve is this issue—through on-chain identity (DID), programmable incentives, and decentralized coordination, allowing robots to have verifiable digital identities and autonomous wallets to independently participate in economic activities.
Core logic: Let robots become independent economic participants
The current robotics industry has structural flaws: robots are isolated tools without passports or bank accounts, excluded from the modern financial system. What Fabric aims to solve is this issue—through on-chain identity (DID), programmable incentives, and decentralized coordination, allowing robots to have verifiable digital identities and autonomous wallets to independently participate in economic activities.
#robo $ROBO Fabric Protocol is building a globally open network supported by the Fabric Foundation, aimed at revolutionizing the way robots are built and collaborated through verifiable computing and proxy-native infrastructure.
The protocol utilizes a public ledger to coordinate data, computation, and regulatory processes, combining modular infrastructure to achieve efficient collaboration between humans and machines while ensuring transparency and security. Its core goal is to empower the autonomous governance and collaborative evolution of general-purpose robots, providing underlying support for the large-scale application of AI agents.
$ROBO , as the native token of the protocol, is the fuel that drives the entire ecosystem. It is not only used for governance decisions within the network but also creates an economic incentive model that allows contributors such as developers and node operators to earn economic returns by providing computing resources or participating in network maintenance.
In short, Fabric is creating a robot internet driven by token incentives and secured by verifiable computing, laying the foundation for the autonomous interactions of future intelligent agents.
The protocol utilizes a public ledger to coordinate data, computation, and regulatory processes, combining modular infrastructure to achieve efficient collaboration between humans and machines while ensuring transparency and security. Its core goal is to empower the autonomous governance and collaborative evolution of general-purpose robots, providing underlying support for the large-scale application of AI agents.
$ROBO , as the native token of the protocol, is the fuel that drives the entire ecosystem. It is not only used for governance decisions within the network but also creates an economic incentive model that allows contributors such as developers and node operators to earn economic returns by providing computing resources or participating in network maintenance.
In short, Fabric is creating a robot internet driven by token incentives and secured by verifiable computing, laying the foundation for the autonomous interactions of future intelligent agents.
robot
Fabric Protocol is building a global open network supported by the Fabric Foundation, aiming to fundamentally change the construction and collaboration methods of robots through verifiable computation and agent-native infrastructure.
The protocol utilizes a public ledger to coordinate data, computation, and regulatory processes, combining modular infrastructure to achieve efficient collaboration between humans and machines while ensuring transparency and security. Its core goal is to empower the autonomous governance and collaborative evolution of general-purpose robots, providing underlying support for the large-scale application of AI agents.
$ROBO, as the native token of the protocol, is the fuel that drives the entire ecosystem. It is not only used for governance decisions of the network but also builds an economic incentive model that allows contributors such as developers and node operators to earn economic rewards by providing computing resources or participating in network maintenance.
The protocol utilizes a public ledger to coordinate data, computation, and regulatory processes, combining modular infrastructure to achieve efficient collaboration between humans and machines while ensuring transparency and security. Its core goal is to empower the autonomous governance and collaborative evolution of general-purpose robots, providing underlying support for the large-scale application of AI agents.
$ROBO, as the native token of the protocol, is the fuel that drives the entire ecosystem. It is not only used for governance decisions of the network but also builds an economic incentive model that allows contributors such as developers and node operators to earn economic rewards by providing computing resources or participating in network maintenance.
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