bc.seo.sell อีเธอร์เลียม(ETH)

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1 ETH0.00 USD
Ethereum
ETH
อีเธอร์เลียม
$3,146.53
+1.48%
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What Is Ethereum 2.0? Understanding The Merge
Intermediate
Reflections on Ethereum Governance Following the 3074 Saga
Intermediate
Our Across Thesis
Intermediate
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วิธีการขุด Ethereum ฟรีบนโทรศัพท์ของคุณ?
การสลับของ Ethereum เป็น Proof-of-Stake ("The Merge," กันยายน 2022) จบการขุดเหมืองด้วย GPU แบบคลาสสิก แต่วลี "eth mining app on phone" ยังครอบครองการค้นหาใน Play Store
Ethereum สะท้อนกลับอย่างแข็งแรงมากกว่า 14%
Ethereum (ETH) ได้แสดงเส้นทางการสะท้อนกลับที่แข็งแกร่ง โดยราคาเพิ่มขึ้นมากกว่า 14% ในช่วง 24 ชั่วโมงที่ผ่านมา
การวิเคราะห์การอัพเกรดและการภาวนาในอนาคตของ Ethereum (ETH)
พูดคุยเรื่องเส้นทางการอัพเกรดของ Ethereum และโอกาสในอนาคต วิเคราะห์ว่าปัจจัยเหล่านี้จะส่งผลต่อมูลค่าระยะยาวและความแข่งขันในตลาดอย่างไร
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How to Mine Ethereum in 2025: A Complete Guide for Beginners
This comprehensive guide explores Ethereum mining in 2025, detailing the shift from GPU mining to staking. It covers the evolution of Ethereum's consensus mechanism, mastering staking for passive income, alternative mining options like Ethereum Classic, and strategies for maximizing profitability. Ideal for beginners and experienced miners alike, this article provides valuable insights into the current state of Ethereum mining and its alternatives in the cryptocurrency landscape.
Ethereum 2.0 in 2025: Staking, Scalability, and Environmental Impact
Ethereum 2.0 has revolutionized the blockchain landscape in 2025. With enhanced staking capabilities, dramatic scalability improvements, and a significantly reduced environmental impact, Ethereum 2.0 stands in stark contrast to its predecessor. As adoption challenges are overcome, the Pectra upgrade has ushered in a new era of efficiency and sustainability for the world's leading smart contract platform.
What is Ethereum: A 2025 Guide for Crypto Enthusiasts and Investors
This comprehensive guide explores Ethereum's evolution and impact in 2025. It covers Ethereum's explosive growth, the revolutionary Ethereum 2.0 upgrade, the thriving $89 billion DeFi ecosystem, and dramatic reductions in transaction costs. The article examines Ethereum's role in Web3 and its future prospects, offering valuable insights for crypto enthusiasts and investors navigating the dynamic blockchain landscape.
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2026-01-04 10:16Tap Chi Bitcoin
2025年,钱包中因诈骗而被盗资金的损失减少了83%
2026-01-04 09:57CoinsProbe
Chiliz (CHZ) 将迎来更高涨势?这一关键的看涨突破暗示潜在的上涨空间
2026-01-04 09:55Crypto Breaking
Vitalik Buterin 呼吁以太坊在取得一年重大技术突破后,保持其使命的初心
2026-01-04 09:46Block Chain Reporter
目前值得关注的4个最佳加密货币预售,随着DOGEBALL以0.0003美元进入第一阶段
2026-01-04 09:44Block Chain Reporter
聪明资金关注DOGEBALL,随着Avalanche (AVAX)和Hedera (HBAR)成熟——这是否是最好的1000...
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In 2025, crypto wallet drainer attacks significantly decreased, with losses at $83.85 million, down 83% from the previous year. However, phishing remains prevalent, particularly during market surges, with a notable rise in scams linked to Ethereum.
TapChiBitcoin
2026-01-04 10:16
Losses from wallet theft scams decreased by 83% in 2025
In 2025, crypto wallet drainer attacks significantly decreased, with losses at $83.85 million, down 83% from the previous year. However, phishing remains prevalent, particularly during market surges, with a notable rise in scams linked to Ethereum.
ETH
+1.48%
## Smart Contract (Smart contract) Makes Contracting Easy
In today's digital age, the increasing demand for fast and reliable transactions has led to the emergence of **Smart contracts** or **สัญญาอัจฉริยะ** as a key technology to solve issues associated with traditional contracts, which often require lengthy processes and multiple intermediaries. These smart contracts are computer programs that operate automatically on the Blockchain, executing based on predefined coded conditions.
### What exactly is a smart contract?
**Smart contracts** are scripts that can execute agreements between two or more parties without the need for a middleman. Once the specified conditions are met, the transaction is executed immediately and recorded on an immutable Blockchain.
The key point about **Smart contracts** is that they do not involve legal language or documents like traditional contracts. Instead, they are computer codes that only operate when conditions are fulfilled. This enables trust among strangers because everyone relies on the code written from the start.
### The history of smart contracts
Although Smart contracts gained attention with Ethereum's launch in 2014, the concept dates back to 1994, introduced by American computer engineer Nick Szabo, who recognized the complexities involved in storing and verifying data and proposed this idea.
The development of Blockchain has progressed through several phases, starting with Blockchain 1.0 in 2008, which underpins Bitcoin and digital currency, moving to Blockchain 2.0 in 2014 with the introduction of Smart contracts and the creation of Ethereum. Currently, we are at Blockchain 3.0, which includes Dapps (Decentralized application) that incorporate Smart contract concepts but with greater creative potential, such as games, NFT art, and real-world business applications.
### How do smart contracts work? 6 steps
Smart contracts operate through a clear step-by-step process as follows:
**1. Both parties agree on the terms**  
All involved parties agree on the transaction conditions. They plan how the Smart contract will function, which conditions must be met, and when the system will execute automatically.
**2. Write the smart contract code**  
Participants may write the code themselves or collaborate with developers. The agreement's conditions are translated into programming language, specifying rules and outcomes. Ensuring the code's security at this stage is crucial, as poorly designed code can pose security risks.
**3. Deploy the contract on Blockchain**  
Once the code is ready, the next step is to send the smart contract to the Blockchain, similar to a typical crypto transaction. The contract code is included in the transaction data. After confirmation and publication on the Blockchain, it cannot be revoked or altered.
**4. Wait for trigger conditions**  
The smart contract monitors the Blockchain or trusted data sources for specific conditions or events that trigger actions. These triggers could be dates, payments, or other verifiable events.
**5. Automatic execution of the contract**  
When conditions are met, the smart contract executes as programmed. This could involve transferring funds, registering ownership, or other actions as specified.
**6. Record the outcome on Blockchain**  
The final step is broadcasting the result of the smart contract's execution to the Blockchain. The network verifies the operation, records it as a transaction, and stores the completed contract on the Blockchain. This record is public and can be checked at any time.
### Real-life example of how a smart contract works
Imagine a vending machine: when you select a product and insert the required amount of money, the machine verifies the amount and dispenses the product. Smart contracts work similarly.
For example, two students competing in a bicycle race can use a smart contract to record a $10 bet. When the race results are announced, the system automatically transfers the money to the winner, without waiting for the loser to pay or worrying about cheating.
### Benefits of smart contracts to know
**Automatic and reliable**  
Smart contracts always execute exactly as coded, without human intervention or third-party payments. Conditions are guaranteed to be followed. If the execution does not match the programmed conditions, the system will reject the transaction on the Blockchain.
**Public and verifiable data**  
Since Blockchain is a public platform, smart contracts can be inspected and viewed by anyone. If you have the wallet address of the contract, you can verify all transactions transparently.
**Privacy and security**  
Although Blockchain is public, your personal data can remain confidential. The system only identifies wallet addresses (address), which are not linked to real identities, ensuring privacy.
**Transparency from the start**  
Smart contracts are public, so everyone can see how they work from the beginning, making them transparent and trustworthy.
### Drawbacks to be aware of
**No middleman management**  
Without intermediaries, smart contracts cannot resolve issues requiring human judgment. If something goes wrong, no one can intervene to fix it because the code on the Blockchain is immutable.
**Legal recognition is limited**  
Current legal systems lack clear regulations regarding smart contracts. If problems arise, you may not receive legal assistance, whether due to fraud or errors, as this system is essentially decentralized and unregulated.
**Dependence on developers**  
All operations depend on the code written. You must trust that developers have written bug-free, secure code. If vulnerabilities are embedded from the start, they may be impossible to fix.
### Current applications of smart contracts
**Stablecoins (Stablecoins)**  
These are coins designed to maintain a stable value, such as Dai, USDC, and Tether on Ethereum. Stablecoins can be transferred globally via the internet. You can deposit them into platforms for lending or exchange for other coins, protected by encryption technology.
**NFT (Non-fungible tokens)**  
These tokens represent ownership of unique items, such as art, real estate, music, images, documents, and other digital goods. Use cases include platforms like Foundation for showcasing and selling art, The X for NFT shoes used in the Metaverse Decentraland, and ENS (Ethereum Name Service) for wallet naming.
**Decentralized Exchanges (DEXs)**  
These are markets for exchanging Ethereum or other tokens using smart contracts instead of middlemen. DEXs allow buyers and sellers to match directly, such as Uniswap, Kyber, dYdX, and 1inch.
**Contracts and voting**  
Smart contracts can be used for agreements, legal contracts, or voting among organizations. Open Law Forms facilitate creating and executing legal agreements more easily—users fill out forms according to the agreement, and data is securely stored on the Blockchain.
**Automatic insurance**  
Smart contracts enable automatic claims processing and payouts. They can be programmed to pay out immediately when certain verifiable events occur, such as natural disasters or car accidents.
### Future of smart contracts
From their inception to today, smart contracts have been developed and applied across various fields, including finance, data storage, and industry. Their importance lies in their potential to reduce complexity, lower costs, and increase transparency and security of all transactions.
Looking ahead, smart contracts are expected to continue evolving and become integral to business operations, peer-to-peer transactions, and data management in the digital world. Eliminating the need for intermediaries will make transactions faster and more efficient. The potential of smart contracts to improve industries and transform how humans conduct business is something to watch closely in the coming years.
DegenApeSurfer
2026-01-04 10:16
## Smart Contract (Smart contract) Makes Contracting Easy In today's digital age, the increasing demand for fast and reliable transactions has led to the emergence of **Smart contracts** or **สัญญาอัจฉริยะ** as a key technology to solve issues associated with traditional contracts, which often require lengthy processes and multiple intermediaries. These smart contracts are computer programs that operate automatically on the Blockchain, executing based on predefined coded conditions. ### What exactly is a smart contract? **Smart contracts** are scripts that can execute agreements between two or more parties without the need for a middleman. Once the specified conditions are met, the transaction is executed immediately and recorded on an immutable Blockchain. The key point about **Smart contracts** is that they do not involve legal language or documents like traditional contracts. Instead, they are computer codes that only operate when conditions are fulfilled. This enables trust among strangers because everyone relies on the code written from the start. ### The history of smart contracts Although Smart contracts gained attention with Ethereum's launch in 2014, the concept dates back to 1994, introduced by American computer engineer Nick Szabo, who recognized the complexities involved in storing and verifying data and proposed this idea. The development of Blockchain has progressed through several phases, starting with Blockchain 1.0 in 2008, which underpins Bitcoin and digital currency, moving to Blockchain 2.0 in 2014 with the introduction of Smart contracts and the creation of Ethereum. Currently, we are at Blockchain 3.0, which includes Dapps (Decentralized application) that incorporate Smart contract concepts but with greater creative potential, such as games, NFT art, and real-world business applications. ### How do smart contracts work? 6 steps Smart contracts operate through a clear step-by-step process as follows: **1. Both parties agree on the terms** All involved parties agree on the transaction conditions. They plan how the Smart contract will function, which conditions must be met, and when the system will execute automatically. **2. Write the smart contract code** Participants may write the code themselves or collaborate with developers. The agreement's conditions are translated into programming language, specifying rules and outcomes. Ensuring the code's security at this stage is crucial, as poorly designed code can pose security risks. **3. Deploy the contract on Blockchain** Once the code is ready, the next step is to send the smart contract to the Blockchain, similar to a typical crypto transaction. The contract code is included in the transaction data. After confirmation and publication on the Blockchain, it cannot be revoked or altered. **4. Wait for trigger conditions** The smart contract monitors the Blockchain or trusted data sources for specific conditions or events that trigger actions. These triggers could be dates, payments, or other verifiable events. **5. Automatic execution of the contract** When conditions are met, the smart contract executes as programmed. This could involve transferring funds, registering ownership, or other actions as specified. **6. Record the outcome on Blockchain** The final step is broadcasting the result of the smart contract's execution to the Blockchain. The network verifies the operation, records it as a transaction, and stores the completed contract on the Blockchain. This record is public and can be checked at any time. ### Real-life example of how a smart contract works Imagine a vending machine: when you select a product and insert the required amount of money, the machine verifies the amount and dispenses the product. Smart contracts work similarly. For example, two students competing in a bicycle race can use a smart contract to record a $10 bet. When the race results are announced, the system automatically transfers the money to the winner, without waiting for the loser to pay or worrying about cheating. ### Benefits of smart contracts to know **Automatic and reliable** Smart contracts always execute exactly as coded, without human intervention or third-party payments. Conditions are guaranteed to be followed. If the execution does not match the programmed conditions, the system will reject the transaction on the Blockchain. **Public and verifiable data** Since Blockchain is a public platform, smart contracts can be inspected and viewed by anyone. If you have the wallet address of the contract, you can verify all transactions transparently. **Privacy and security** Although Blockchain is public, your personal data can remain confidential. The system only identifies wallet addresses (address), which are not linked to real identities, ensuring privacy. **Transparency from the start** Smart contracts are public, so everyone can see how they work from the beginning, making them transparent and trustworthy. ### Drawbacks to be aware of **No middleman management** Without intermediaries, smart contracts cannot resolve issues requiring human judgment. If something goes wrong, no one can intervene to fix it because the code on the Blockchain is immutable. **Legal recognition is limited** Current legal systems lack clear regulations regarding smart contracts. If problems arise, you may not receive legal assistance, whether due to fraud or errors, as this system is essentially decentralized and unregulated. **Dependence on developers** All operations depend on the code written. You must trust that developers have written bug-free, secure code. If vulnerabilities are embedded from the start, they may be impossible to fix. ### Current applications of smart contracts **Stablecoins (Stablecoins)** These are coins designed to maintain a stable value, such as Dai, USDC, and Tether on Ethereum. Stablecoins can be transferred globally via the internet. You can deposit them into platforms for lending or exchange for other coins, protected by encryption technology. **NFT (Non-fungible tokens)** These tokens represent ownership of unique items, such as art, real estate, music, images, documents, and other digital goods. Use cases include platforms like Foundation for showcasing and selling art, The X for NFT shoes used in the Metaverse Decentraland, and ENS (Ethereum Name Service) for wallet naming. **Decentralized Exchanges (DEXs)** These are markets for exchanging Ethereum or other tokens using smart contracts instead of middlemen. DEXs allow buyers and sellers to match directly, such as Uniswap, Kyber, dYdX, and 1inch. **Contracts and voting** Smart contracts can be used for agreements, legal contracts, or voting among organizations. Open Law Forms facilitate creating and executing legal agreements more easily—users fill out forms according to the agreement, and data is securely stored on the Blockchain. **Automatic insurance** Smart contracts enable automatic claims processing and payouts. They can be programmed to pay out immediately when certain verifiable events occur, such as natural disasters or car accidents. ### Future of smart contracts From their inception to today, smart contracts have been developed and applied across various fields, including finance, data storage, and industry. Their importance lies in their potential to reduce complexity, lower costs, and increase transparency and security of all transactions. Looking ahead, smart contracts are expected to continue evolving and become integral to business operations, peer-to-peer transactions, and data management in the digital world. Eliminating the need for intermediaries will make transactions faster and more efficient. The potential of smart contracts to improve industries and transform how humans conduct business is something to watch closely in the coming years.
ETH
+1.48%
BTC
+1.97%
DAI
-0.04%
USDC
0%
Liquidity mining (Yield Farming) has become an important investment tool in the DeFi space, attracting a large number of investors in recent years. However, many people still know little about its operational mechanisms, profit models, and potential risks. This article will delve into the core principles, practical steps, and risk management points of this investment method.
 Core Concept of Liquidity Mining
 What is Liquidity Mining?
Liquidity mining refers to an investment model where investors provide cryptocurrencies to trading platforms or decentralized applications (DApps) in exchange for platform rewards or a share of trading fees. Unlike traditional mining, which relies on mining hardware consuming electricity to maintain the blockchain, liquidity mining does not require hardware support; it only requires providing liquidity.
 What is Liquidity?
Liquidity reflects the ease of trading an asset. The higher the liquidity, the easier and faster the transaction can be completed; the lower the liquidity, the harder it is for trading counterparties to find each other. For example,
PanicSeller69
2026-01-04 10:16
Understanding Liquidity Mining: A Complete Guide from Principles to Practice
Liquidity mining (Yield Farming) has become an important investment tool in the DeFi space, attracting a large number of investors in recent years. However, many people still know little about its operational mechanisms, profit models, and potential risks. This article will delve into the core principles, practical steps, and risk management points of this investment method. Core Concept of Liquidity Mining What is Liquidity Mining? Liquidity mining refers to an investment model where investors provide cryptocurrencies to trading platforms or decentralized applications (DApps) in exchange for platform rewards or a share of trading fees. Unlike traditional mining, which relies on mining hardware consuming electricity to maintain the blockchain, liquidity mining does not require hardware support; it only requires providing liquidity. What is Liquidity? Liquidity reflects the ease of trading an asset. The higher the liquidity, the easier and faster the transaction can be completed; the lower the liquidity, the harder it is for trading counterparties to find each other. For example,
ETH
+1.48%
BTC
+1.97%
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