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Overview of Decentralized Artificial Intelligence
Decentralized Artificial Intelligence (DeAI) refers to the intersection of artificial intelligence and blockchain technology. This term covers a wide range of applications, from peripheral elements like tokenization or decentralized markets to fully on-chain AI models running in the form of smart contracts.
What is DeAI?
The term 'DeAI' may be used to describe or refer to various different concepts. In some cases, this term is generalized, even applied to platforms and applications that are neither decentralized nor trustworthy. In the context of ICP, DeAI refers to artificial intelligence running on a fully decentralized and secure platform.
What is DeAI?
The term 'DeAI' may be used to describe or refer to various different concepts. In some cases, this term is generalized, even applied to platforms and applications that are neither decentralized nor trustworthy. In the context of ICP, DeAI refers to artificial intelligence running on a fully decentralized and secure platform.
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ICP Team: Accelerating the construction of the 'Internet Computer' with three major breakthroughs
In a recent team discussion, Tracy Traxler reviewed with DFINITY's technical team the three key milestones achieved by the ICP protocol in 2024 during the construction of the 'Internet Computer'—speed, storage, and simplification. Each breakthrough significantly enhanced the developer experience while laying the groundwork for future developments.
Accelerating user experience: significantly reduced response times
Tracy pointed out that the team has reduced the average response time of the system from 2.5 seconds to 1.3 seconds by optimizing network code and storage architecture, almost eliminating the latency perceived by users. This improvement has made the user experience smoother and interactions more instantaneous. The introduction of boundary nodes and the optimization of communication mechanisms played a key role in providing faster and more stable network connections for global users.
Accelerating user experience: significantly reduced response times
Tracy pointed out that the team has reduced the average response time of the system from 2.5 seconds to 1.3 seconds by optimizing network code and storage architecture, almost eliminating the latency perceived by users. This improvement has made the user experience smoother and interactions more instantaneous. The introduction of boundary nodes and the optimization of communication mechanisms played a key role in providing faster and more stable network connections for global users.
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🥳2024 is an important year for the development of the ICP ecosystem, from innovations in AI and decentralized finance to deepening global cooperation, ICP is moving towards a more open, secure, and decentralized future.
🥳$Looking ahead to 2025, ICP will continue to drive technological breakthroughs, promote global user participation and applications, aiming to change the traditional internet landscape and achieve a more autonomous and innovative digital world. With the popularization of decentralized technology, we are getting closer to the vision of a 'self-written internet'.
$ICP #icp
🥳$Looking ahead to 2025, ICP will continue to drive technological breakthroughs, promote global user participation and applications, aiming to change the traditional internet landscape and achieve a more autonomous and innovative digital world. With the popularization of decentralized technology, we are getting closer to the vision of a 'self-written internet'.
$ICP #icp
Review of ICP Community Development in 2024 and Outlook for 2025—Promoting Decentralization and AI Technology Innovation.
In 2024, the ICP (Internet Computer Platform) community experienced significant growth and transformation, focusing on advancing cutting-edge technologies such as artificial intelligence (AI), decentralized applications (dApps), and decentralized finance (DeFi). Particularly in the application of decentralized cloud computing and cross-chain technology, ICP's innovations provide a more powerful platform and tools for global users and developers.
Looking ahead to 2025, ICP will continue to drive technological breakthroughs, striving to expand its influence globally and create a more open and autonomous internet.
AI and decentralized cloud computing: Driving a new generation of technological revolution.
Looking ahead to 2025, ICP will continue to drive technological breakthroughs, striving to expand its influence globally and create a more open and autonomous internet.
AI and decentralized cloud computing: Driving a new generation of technological revolution.
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Review of ICP Community Development in 2024 and Outlook for 2025—Promoting Decentralization and AI Technology Innovation.
In 2024, the ICP (Internet Computer Platform) community experienced significant growth and transformation, focusing on advancing cutting-edge technologies such as artificial intelligence (AI), decentralized applications (dApps), and decentralized finance (DeFi). Particularly in the application of decentralized cloud computing and cross-chain technology, ICP's innovations provide a more powerful platform and tools for global users and developers.
Looking ahead to 2025, ICP will continue to drive technological breakthroughs, striving to expand its influence globally and create a more open and autonomous internet.
AI and decentralized cloud computing: Driving a new generation of technological revolution.
Looking ahead to 2025, ICP will continue to drive technological breakthroughs, striving to expand its influence globally and create a more open and autonomous internet.
AI and decentralized cloud computing: Driving a new generation of technological revolution.
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In the ICP (Internet Computer Protocol) ecosystem, the role of AI is becoming increasingly important, mainly reflected in the following aspects:
1. Smart Contracts and Automation: AI can enhance the functionality of smart contracts, making them more intelligent and automated. This means that contracts can automatically adjust based on real-time data and user behavior, thereby improving efficiency and user experience.
2. Data Analysis and Decision Support: AI can process and analyze large amounts of data, helping developers and users make more informed decisions. For example, by analyzing user behavior, AI can optimize the features and interface of applications, enhancing user satisfaction.
3. Intelligence in Decentralized Applications (dApps): AI can provide smart recommendations, personalized services, and other functionalities for decentralized applications, enhancing user interaction and engagement. This will encourage more users to join the ICP ecosystem.
4. Security and Fraud Prevention: AI technology can be used to monitor and identify potential security threats, enhancing the security of the ecosystem. This is crucial for protecting user assets and data privacy.
5. Promoting Innovation: The introduction of AI will inspire developers to explore new application scenarios and business models, driving innovation and development throughout the ICP ecosystem.
Overall, AI plays a key role in promoting intelligence, enhancing user experience, and increasing security within the ICP ecosystem, and is expected to further drive the development of a decentralized internet in the future.
1. Smart Contracts and Automation: AI can enhance the functionality of smart contracts, making them more intelligent and automated. This means that contracts can automatically adjust based on real-time data and user behavior, thereby improving efficiency and user experience.
2. Data Analysis and Decision Support: AI can process and analyze large amounts of data, helping developers and users make more informed decisions. For example, by analyzing user behavior, AI can optimize the features and interface of applications, enhancing user satisfaction.
3. Intelligence in Decentralized Applications (dApps): AI can provide smart recommendations, personalized services, and other functionalities for decentralized applications, enhancing user interaction and engagement. This will encourage more users to join the ICP ecosystem.
4. Security and Fraud Prevention: AI technology can be used to monitor and identify potential security threats, enhancing the security of the ecosystem. This is crucial for protecting user assets and data privacy.
5. Promoting Innovation: The introduction of AI will inspire developers to explore new application scenarios and business models, driving innovation and development throughout the ICP ecosystem.
Overall, AI plays a key role in promoting intelligence, enhancing user experience, and increasing security within the ICP ecosystem, and is expected to further drive the development of a decentralized internet in the future.
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Dominic Williams: 'The future internet will not be controlled by big companies.'
The founder and chief scientist of the DFINITY Foundation and the Internet Computer Protocol (ICP) spoke at a technology forum in Buenos Aires, Argentina, aimed at positioning the country as a major global technology hub. He stated, 'The ICP has never been hacked and has never stopped working.' Taking this opportunity, he dreams of providing a decentralized, secure, and accessible internet for everyone.
In 2016, Dominic Williams established the non-profit DFINITY Foundation in Zurich, Switzerland, with a very bold vision: to create a decentralized internet. Today, the foundation is the largest employer in blockchain technology, composed of talented experts who previously worked at companies like IBM, Google, and Meta. For Dominic, his training in computer science and passion for decentralized systems enabled him to create the ICP.
In 2016, Dominic Williams established the non-profit DFINITY Foundation in Zurich, Switzerland, with a very bold vision: to create a decentralized internet. Today, the foundation is the largest employer in blockchain technology, composed of talented experts who previously worked at companies like IBM, Google, and Meta. For Dominic, his training in computer science and passion for decentralized systems enabled him to create the ICP.
✨✨✨Chain Fusion is a key ICP technology that enables secure cross-chain asset transfers using threshold signatures, allowing multiple parties to jointly manage private keys without exposing individual secrets.
#icp
#icp
✨In 2023 ICP & @carboncrowd_io started the "Proof of Green" (PoG) initiative.
✨The initiative measures and reports emissions,showcasing ICP's efficiency and sustainability.
✨Energy Consumption per Transaction (kWh):
- Internet Computer: 0.006 kWh
🤑So why is ICP so efficient?🎉
- Chain Key Tech: Minimizes computational overhead with an innovative consensus design.
- Efficient Nodes: Operates with minimal hardware requirements.
- Real-Time Monitoring: Carbon Crowd tools optimize its carbon footprint live.
#icp
✨The initiative measures and reports emissions,showcasing ICP's efficiency and sustainability.
✨Energy Consumption per Transaction (kWh):
- Internet Computer: 0.006 kWh
🤑So why is ICP so efficient?🎉
- Chain Key Tech: Minimizes computational overhead with an innovative consensus design.
- Efficient Nodes: Operates with minimal hardware requirements.
- Real-Time Monitoring: Carbon Crowd tools optimize its carbon footprint live.
#icp
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How ICP Promotes Cross-Chain Interoperability Through Chain Fusion Technology
In recent years, the rapid development of blockchain technology has brought several innovations, among which cross-chain interoperability is one of the most critical areas. ICP (Internet Computer Protocol), with its unique technological architecture, has become an important force in promoting blockchain interoperability and multi-chain application development. Especially through Chain Fusion technology, ICP enables developers to easily build and manage multi-chain applications, providing cross-chain functions that are safer and more efficient than ever.
Chain Fusion Technology: Unlocking ICP's Cross-Chain Potential
Chain Fusion is a key technology of ICP that provides cross-chain operational capabilities for ICP smart contracts. By introducing threshold signature technology, ICP can securely transfer assets across multiple blockchains. Threshold signatures act like a secret handshake protocol, allowing different participants to jointly generate and manage private keys without fully exposing each participant's private information.
Chain Fusion Technology: Unlocking ICP's Cross-Chain Potential
Chain Fusion is a key technology of ICP that provides cross-chain operational capabilities for ICP smart contracts. By introducing threshold signature technology, ICP can securely transfer assets across multiple blockchains. Threshold signatures act like a secret handshake protocol, allowing different participants to jointly generate and manage private keys without fully exposing each participant's private information.
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How does ICP lead the future of blockchain? From subnets to open internet services
With the popularity of blockchain applications, traditional technologies face numerous challenges regarding speed, storage costs, and scalability. The Internet Computer (ICP) is redefining the possibilities of blockchain applications through its innovative multi-layered design.
Subnet: The basic unit of the ICP network
The subnet of ICP is a decentralized computing unit that hosts smart contracts called 'canisters'. Subnets are composed of nodes from different data centers, ensuring symmetrical replication of data and computation with high resistance to tampering. This design allows users and developers to transparently use network resources without needing to understand the underlying complexity of the subnet.
Subnet: The basic unit of the ICP network
The subnet of ICP is a decentralized computing unit that hosts smart contracts called 'canisters'. Subnets are composed of nodes from different data centers, ensuring symmetrical replication of data and computation with high resistance to tampering. This design allows users and developers to transparently use network resources without needing to understand the underlying complexity of the subnet.
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A new era of digital identity: decentralized verification solutions on ICP
Identity verification pain points
In today's Internet world, identity verification is almost everywhere. Whether it is registering an online account, paying for a transaction, or applying for a service, we always need to provide proof of identity. However, there are many problems with this process:
1. Risk of information leakage: Every time personal information is shared, there is an increased risk of data being misused.
2. Cumbersome repetitive operations: Each platform requires users to resubmit information, which is time-consuming and frustrating.
ICP is revolutionizing this situation by launching verifiable credentials (VCs) based on blockchain technology, bringing unprecedented convenience and security to users.
In today's Internet world, identity verification is almost everywhere. Whether it is registering an online account, paying for a transaction, or applying for a service, we always need to provide proof of identity. However, there are many problems with this process:
1. Risk of information leakage: Every time personal information is shared, there is an increased risk of data being misused.
2. Cumbersome repetitive operations: Each platform requires users to resubmit information, which is time-consuming and frustrating.
ICP is revolutionizing this situation by launching verifiable credentials (VCs) based on blockchain technology, bringing unprecedented convenience and security to users.
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ICP: Self-governance and efficient development of blockchain
The Internet Computer (ICP) is a new blockchain technology developed by the DFINITY Foundation. Its uniqueness lies not only in its technical innovation, but also in its new self-governance mechanism. By introducing a decentralized "network nervous system" (NNS), ICP makes blockchain governance more flexible and efficient.
Innovative architecture of Internet computers
One of the limitations of traditional blockchain technology is its limited processing power, but the Internet Computer has broken through this bottleneck. ICP provides a blockchain platform with Internet-level speed and capacity through a decentralized node network combined with innovative encryption technology. It can provide stronger support for decentralized applications (DApp) and smart contracts, greatly improving the application scenarios of blockchain.
Innovative architecture of Internet computers
One of the limitations of traditional blockchain technology is its limited processing power, but the Internet Computer has broken through this bottleneck. ICP provides a blockchain platform with Internet-level speed and capacity through a decentralized node network combined with innovative encryption technology. It can provide stronger support for decentralized applications (DApp) and smart contracts, greatly improving the application scenarios of blockchain.
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ICP Smart Contracts and Decentralized Applications: Empowered by Chain Fusion Technology
The application scenarios of blockchain technology are rapidly expanding, especially in the field of decentralized applications (DApps). As an innovative blockchain protocol, ICP (Internet Computer Protocol) is promoting the development of decentralized applications with its unique design and Chain Fusion technology. Chain Fusion technology solves the interoperability problem between multiple chains by enabling ICP smart contracts, providing developers with a new way to build more secure and powerful decentralized applications.
Chain Fusion Technology: The New Power of ICP Smart Contracts
Chain Fusion technology is one of the core functions of ICP, which enables ICP smart contracts to operate across multiple blockchains. Traditionally, there are great challenges in interoperability between blockchains, especially in asset transfer and data verification. ICP solves this problem by introducing threshold signature technology.
Chain Fusion Technology: The New Power of ICP Smart Contracts
Chain Fusion technology is one of the core functions of ICP, which enables ICP smart contracts to operate across multiple blockchains. Traditionally, there are great challenges in interoperability between blockchains, especially in asset transfer and data verification. ICP solves this problem by introducing threshold signature technology.
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Exploring the orthogonal persistence of the Internet Computer and its advantages
The Internet Computer (IC), a distributed operating system, is redefining how we build and run web applications. A key feature of IC is "orthogonal persistence" - an innovation that enables applications to process data and state as if they were running in a single environment without explicit file storage and management.
What is Orthogonal Persistence?
In the traditional computing model, the state of a program usually needs to be stored in a disk file through explicit operations, or rely on external storage systems such as databases. Orthogonal persistence is a "transparent persistence" model that allows programs to automatically handle data persistence without explicitly saving the state. The system automatically manages the data and state in memory to ensure that the application can continue to run, and even maintain its execution state when the program crashes or restarts.
What is Orthogonal Persistence?
In the traditional computing model, the state of a program usually needs to be stored in a disk file through explicit operations, or rely on external storage systems such as databases. Orthogonal persistence is a "transparent persistence" model that allows programs to automatically handle data persistence without explicitly saving the state. The system automatically manages the data and state in memory to ensure that the application can continue to run, and even maintain its execution state when the program crashes or restarts.
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ICP Developer Support: Beryllium Milestone Analysis
Since its launch, Internet Computer (ICP) has been committed to providing developers with a decentralized application building platform. One of its unique advantages is its comprehensive support for the developer life cycle. From application deployment, iteration to maintenance, ICP not only provides a flexible and secure operating environment, but also helps developers work more efficiently and stably through a series of functions.
Recently, the DFINITY team released a new milestone for ICP, Beryllium, which brings significant enhancements to developers, especially in the DevOps field. This milestone further optimizes the developer's operating experience, especially in application debugging and fault recovery, by introducing new features such as Canister snapshots, logging functions, and error tracking.
Recently, the DFINITY team released a new milestone for ICP, Beryllium, which brings significant enhancements to developers, especially in the DevOps field. This milestone further optimizes the developer's operating experience, especially in application debugging and fault recovery, by introducing new features such as Canister snapshots, logging functions, and error tracking.
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Decoding ICP — The world's first public blockchain at internet speed
With the continuous evolution of blockchain technology, the Internet Computer (ICP) is leading the next revolution with its unique technological philosophy. This innovative platform created by the DFINITY Foundation promises to operate at internet speed while possessing scalability at internet scale, bringing new possibilities for blockchain applications.
The core technology of ICP — the Network Nervous System (NNS)
The Network Nervous System (NNS) of ICP is an open algorithmic governance system that comprehensively manages and controls the network. The NNS can automatically monitor network performance and dynamically adjust the network's load and security through algorithms. For example, subnets, as the fundamental components of the ICP network, are combined under the control of the NNS, integrating nodes from different data centers. This allows ICP to achieve high tamper resistance and unstoppable nature of subnets.
The core technology of ICP — the Network Nervous System (NNS)
The Network Nervous System (NNS) of ICP is an open algorithmic governance system that comprehensively manages and controls the network. The NNS can automatically monitor network performance and dynamically adjust the network's load and security through algorithms. For example, subnets, as the fundamental components of the ICP network, are combined under the control of the NNS, integrating nodes from different data centers. This allows ICP to achieve high tamper resistance and unstoppable nature of subnets.
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ICP and Bitcoin Integration: Opening a New Era for the Bitcoin Economy
Bitcoin, as the world's first decentralized digital currency, has already changed the global financial market. With the realization of native Bitcoin integration on the Internet Computer (ICP), the ICP platform brings unprecedented innovation to the Bitcoin network, opening a new chapter in the Bitcoin economy.
The perfect fusion of ICP and Bitcoin
In 2022, ICP achieved Bitcoin integration, enabling its nodes to directly read the Bitcoin UTXO (unspent transaction output) set and support ECDSA signatures for Bitcoin transactions. This innovation allows ICP not only to support Bitcoin transactions and storage but also to closely combine Bitcoin with decentralized applications, promoting the development of the Bitcoin economy.
The perfect fusion of ICP and Bitcoin
In 2022, ICP achieved Bitcoin integration, enabling its nodes to directly read the Bitcoin UTXO (unspent transaction output) set and support ECDSA signatures for Bitcoin transactions. This innovation allows ICP not only to support Bitcoin transactions and storage but also to closely combine Bitcoin with decentralized applications, promoting the development of the Bitcoin economy.
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GMTBurnVote
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🚀$GMT to be Skyrocket🚀
🤔What is BURNGMT initiative & How it will Make $GMT Skyrocket 🚀🔥
Now First talk about burning of tokens,
If a Company want's to make their token more valuable, they will reduce token supply.
If there are less tokens in Market,
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📉Reducing supply = Token burning🔥
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What's next :
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I you want to go in $GMT go Long, Don't go short, shorting would be a foolish decision.
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