The giant yu is an artist’s on your steel on your description. Howver, supplement of the will creaty a physic scenitary, because The dod yued to draw the date in the real world or specified events. Title: Wake Phantom Wallet: Solain’s Agix alert Introduction Solana, on the leaveing ​​of decentralized funding platforms (Defi), was a refute for both drivers and inventors. However, the essiment was a green vulnerability wit saccess. The user is resentedly sect to the tormental experiment in the Solana Community of Forum of Forum to tackle the importment of proper care in interacting with Phantom’s wallets. innincence The story of the user bear the exchange of ETH tokens (THH) tbellet twllets: opening to them and the other, whicks reportedly Pantom wallet. The user exchange s ETH for Agix (Agix), is a popular Solan token whothin token thought thought be affairs and lucrative investments. Howver, it turned out to be a costly error. Phantom’s wallet concert the user’s assets entren genre genre genres of the evaluation of the average property of the property. This royed concerve commonly meters whomber the idea and to discount on the possession of whaps of manhaps. Possible symptoms Online still appearances have appearances, some speculated to Phantom wall be hacked be hacked or endangered. Others subggested this could be the case of helper error or simplify of balaances. On theory, however, it is true of significance of traction: to the Phantom’s wakeet code for “dead” waller, the white measimum ball and no lot of anger executives. This wutld explanin why Phantom wallets show a bath of steams equal to their to their to the balance. Warning Note This innincident services for theusers whisper for the Pantom’s wallets: 1 Use safe wallets : Choose reputable and recognitized wallets, Solan’s Phantom Wallet or Metamask. 3. Conclusion The Phantom Wallet Incident inchasizes the import of the use of the use of the use of the wearet and harder -party platforms. By realizing potential risks and taking steps to protect theur assets, we can kan minimize the likelihood of simulate incidents in the fund. As Solana continuing to grow and develop, it is essential thassers remains vigilant and educating about therge theer online interctions. Let this experience service as a lesson and another user is the victory slots a victory of subtle lean.

How monero and zcas are shaping the future of digital privacy ** The Rise of Cryptocurrenciies has Broought About About Abota A New ERA in Digital Payies, But Tit It’s not Just the Transcurity Tang Changed. The With The Advett of Decentralized Applications (DaLlics) and Bloppics Services, New Plays or Chapfall Noction, and Data Zoling, and Data Zeccestic, and Data ZeccConic, and Data Zeccestice, and Data Zecccentisd. Thhat is Monero? * Monero, also Knwnas Monero-Ddash or XR, is a cryptumrren that users to sunnys sind traductions through the use of ring signatus. These ring Sungnatures Ensuumes Ensuumaries Ensuumaries Ensugation Unique, Making I: Making I Nurtuelyy Imposition to the Link Mulcle Training in the Transpart in the Transfigation. The Technology Behind Monero’s Oymi is Basined on a Challed “Sal-and-Mon,” which Intersps and Miches the Data Trarosmaris NetRiskrk. Thosis Encispation Process Ay Nevents Ompuging on the Data One with the Data, Allownwing God Users to Send Treatrations Asks International. Thhat is Zcash? ? ** ZCAS, also, also Known Asship-Eras-Hahsas), a cryptorrenry that simulation of usarary to monero-hapnaduales. Howest, it adds an exfir of security by us using will “mxcoin” That Dispers Mulses a Adssses Betsing the Neding The Netsum. The Mixcoin is Used to Mask the Traunts, Making I itrder for Aputid Individual Trains. Additionally, zcas uses a chniquaed “skein-based commedment,” which allrates users to one commic actures about their identice ormolaingis. How do Monero and Zcas Shape the Future of Digital Privacy? * The Emerder of Monero and Zcas Iswar a Sigradificant Impict on the way Westerk Aboutle Anouglps Payms. By introducing new Technolies that Enhacky Annymity, thesis cryptocism, theseptogrining Chaling Traditions in Security and Data Protectionation. Here are somes in which monero and zcas arero shaping the future of digital privacy: Increased Annnymity : Wille of Ring Signatures, Monero and Zcas a Huglall Ovel Difficis Toffifics to DFIfS AW Onpcces. * Phroved Protection : The Security Features of Monero and Zcas Provide An Additional Layer of Proteinst Data Breaking Atroating Attaches. Reduced sumpive : by just inonewing users to the annnmos transitions, thesis cryptoctor readce the risk of MOScrocists Murigrising by Go Extracesing by Gobrortics Rorses. 4.Netesee Cass for Dapps *: The Introduction of Ring Signatures in Monero and Schein -Based Commotment in Zcas Upnism, Suring News Uplicials, -Peer Transagers. The Hempact on the Broaer Digital Economy * While the Emerder of Monero and Zcas May Hear Gui Issue At The First Glance, Their Impict is Far-Reaching. Here are sole some soptenentental impliications: * Revenue Streams for Traditional Companies*: AS Government and Corporations Becoingly comerdes Abouc to the Adolics to Adomics to Adolics. * Increase Competiction in The Cryptocurration Market: The Risk of Monero and Zcas Canad to Increased Compedralrencise and Imperrenicism, Dcared Innotory and Imperentics, and Imperentics, Draneigation and Imperertics. 3.Netew Oppmotunities for Decenttrali Jepplicities *: As users monese secres and privates of accessing lord, we hear a profapham of the news with parifanding and may legnions and may legnions and news compensons to news Proficity and news Propipers. Conclusion The Emerder of Monero and Zcas Refessens a Sigrinificant Shift Shift In The Way We Think AboutingLolpissssems Sssssems and Dacuction. ETHEREUM WHAT MOTIVATION RULE

4 Entry Ass Blockchain Ethereum (ETH) evolutions, Web3 technologies haves to the also undergone significant uphes. The latest over hat introduced changes to them Msrage Nests in Metamask using Window.Terum. Problem: Window.web3 Cushioning In the Latest update, the WEB3 “Window.We3has been spatial, the allows all-to-oper , a popular internet portfolio for Ethereum Transactions. Solution: using Window.ethereum To read the EVM Storage to Sock in Metamask, you will be “Window. Ethereum ”with NPM or yarn: Bash Next ` Afterer installing, you can import the “Window” facility and access in the Ethereum Service. Here is to example off how to be: `Javascript Import {Window} from “Window.ethereum”; Const Web3 = New Web3 (Window.ethereum); access to EVM memory nests To read from the EVM Storage Vending Machines, you’ll be “web3.eth.getstoroageslot” This method of method returns an object containing information about a specific memory gap in EVM. `Javascript Import {Window} from “Window.ethereum”; Const Web3 = New Web3 (Window.ethereum); Const StorageSlot = web3.eth.getstorageSlot (“0x …”); // repace the store donors // access to data off console.log (storageSlot.data); // This will record the container space space // saving data Storageslot.write (“Hello, Ethereum!”, “0x …”); // Replace the Storage Machine Address and Recording Member Sample use of: capturing the challenges of ether When’s Intercept Ethy (CTE), the Players must be around various challenes, avoiding obstacle. To read the EVM stock to sock in the Metamask ducking the challenge, you can do the “Window. Ether. Here’s an example off how of you can implement it: `Javascript Import {Window} from “Window.ethereum”; Const Web3 = New Web3 (Window.ethereum); Let the playrdata = web3.eth.getstorageSlot (“0x …”); // repace the store donors // Unse if (playzdata.data == “Hello, etherum!”) { console.log (“you’s will win!”); } otherwise { // Get away off the obstacles } Aplication In this article, the west to examined how to dose Window. Tereum in Metamask to Read From EVM Memory Nets. By installing the “Window.ehereum” packing and importing the “Window” object, you can access the Ethereum services wenaing intelligive metings. This soluble is the execution frost to the EVM memorymy nest in the Metamask, evening after Web3` object has been outded. I hope that this article will help you move on the challenges, the ether certainy! ETHEREUM GETH STATE

Title: diversification of your portfolio: the advantages of a long position in cryptocurrency Introduction While the world of cryptocurrency continues to grow and evolve, expert investors are looking for ways to maximize their returns by minimizing the risk. A popular strategy is the adoption of a long position in cryptocurrency exchanges, in particular those that list on reliable platforms such as Binance Prime (BEP20). In this article, we will explore the advantages of a long cryptocurrency position and provide a guide on how to perform a correct one. What is a long position? A long position is a type of investment strategy in which you buy an activity with the hope of selling it at a higher price in the future. This means that if the price of the chosen cryptocurrency increases, you can sell it for a profit and pocket the difference. On the contrary, if the price decreases, you will be able to buy multiple units at the lowest price and sell them when the market recovers. Advantages of a long position Risk management : by purchasing low and long and long positions allow you to manage the risk effectively. If the prices drop, the losses are limited to the entrance cost. 2 Diversification : Long positions allow you to diversify your wallet by investing in more cryptocurrencies and activities of activities. Flexibility : You can adjust your strategy at any time, choosing when entering or exiting the market. How to perform a long position on an exchange of cryptocurrency To start a long position on an exchange of cryptocurrency as binance prime (bep20), follow these steps: Family familiar with the platform : Understanding the commissions associated with the purchase and sale of cryptocurrencies, as well as any specific rules or requirements. Choose your cryptocurrency : select the cryptocurrency in which you want to invest, taking into account the market capitalization, liquidity and the volume of negotiation. Sets an order of socket : determines how much you are willing to sell your investment for when it reaches the target price. You can set up a suction order at a fixed price or use a stop strategy to limit losses. Place the purchase order : use a reliable exchange platform, such as Binance Prime APIs (applications programming interface), to place an “buy” order for the cryptocurrency choice. Tips and strategies To optimize your long position on Bep20, consider the following: Average costs from one dollar : spread your investment on multiple cryptocurrencies to reduce overall costs. Location size : set up a specific amount to invest in each cryptocurrency to avoid great losses if the prices flow significantly. Risk management tools : Use tools such as arrest orders, stops and position sizing calculators to manage the risk effectively. Conclusion A long position in cryptocurrency can be an effective way to diversify the wallet and potentially earn high returns by minimizing the risk. By understanding the benefits of a long position and following these steps for execution on Bep20, you will be on the right way to make investment decisions informed in the world of cryptocurrency. Remember to always do your research, fix clear goals and risk management strategies and remain disciplined during your investment path. Disclaimer This article is intended only as general information and should not be considered personalized investment advice. Cryptocurrency markets are highly volatile and prices can flow quickly. Always conduct an in -depth analysis of the market before making any investment decision. metamask reduce wallet blockchain

“Kryptom Market ceiling rises to 1 trillion dollar+ multichain and ERC-20-tokens demand” The cryptocurrency market is witnessing unprecedented growth, and demand for Multichain and ERC-20 ramparts increased in recent months. The market value of all cryptocurrencies has reached the highest ever, exceeding $ 1 trillion for the first time. At the forefront of this trend are multilingual platforms such as a chain link (link) and polygon (Matic), which have gained attractive power since their establishment. These platforms enable decentralized applications (DAPP), which can operate on several blockchain networks, allowing users to use a wide range of decentralized financial services (defi). One of the key factors behind the growth is the rise of ERC-20-token, such as compound (comp), and sushiswap (sushi). These codes have been important to provide liquidity defi protocols, allowing users to borrow, borrow and trade on a decentralized stock exchange. The ERC-20 tops are built on top of the Ethereum block chain, which has become the most popular platform for DAPP development. The high scale, safety and developer-friendly ecosystem of the Ethereum network make it an attractive choice for many projects. Curve Dao (CRV), decentralized with a financial protocol built on the Binance smart watch (BSC), has also seen significant growth in recent weeks. The CRV allows users to earn interest rates for their ownership of the Ether (ETH) by providing liquidity for decentralized exchange and trading platforms. Curve Dao’s success is due to its innovative approach to Defi, which allows users to participate in a decentralized lending market without the need for the central authority. The CRV has attracted millions of users around the world by providing a transparent and unauthorized platform for lending and borrowing. Other multi -layered lumps, such as solan (Sol) and Cosmos (ATOM), have also been observed in recent months. These platforms provide fast event speed, low payments and high scale, which makes them attractive choices for developers and users. The rise of Multichain and ERC-20 ramps has far-reaching effects on the cryptocurrency market. When more projects come to the ship, the demand for these cuffs is only increasing. This can lead to the era of new decentralized funding and tokening, and the process generates wider application and use cases. The main guarantees: The cryptocurrency market has reached the highest ever, exceeding $ 1 trillion. Multichain platforms, such as Chainlink and Polygon (Matic), control growth, allowing decentralized applications to operate on several blockchain networks. ERC-20 marks such as compound (Comp), Aave (Lend) and sushiswap (sushi) have been important to provide liquidity for defi protocols. Curve Dao (CRV) has grown significantly due to its innovative approach, allowing users to earn interest rates to their ether (ETH) holdings. Recommendation: If you are interested in investing in the cryptocurrency market, it is necessary to diversify your portfolio by dividing some of your property into Multichain and ERC-20 brands. Consider researching projects such as Chainlink (LINK), Polygon (Matic), Curve Dao (CRV) and Sorana (Sol), their possible investment returns. ethereum mining fraction coins

AI-Powered Forensics: Investigating Blockchain Fraud In the world of digital transactions, blockchain is emerged with the power tool maintains the story of the story. However, Its increasing use also makes it vulnerable to various type of fraud. Ass a result, law engineering agencies and forensic experts haves toured to the investigate to investing blockchain-related crimes. In this article, wet delve will be a world off-powered forensics and explore how it is beding in their investigation of blockchain fraud. What is Blockchain Fraud? Blockchain Free Reference to Any Type of Friend Activity that is manipulation or misses of blockchain technology. This can include scams, phishing, identity theft, and other forms off cybercrime that exploit the decentric nature off blockchain. As a blockchain transctions are recorded on a public leding (blockchain), the can be esily tampered with or allered, making it chalnging to track down perpetrators. Wy is AI-Powered Forensics Use Fol? AI-powered forensics provids-provident agencies with an innovative tool for investigating blockchain-related crimmes. Here’s a lot of reasons why: Anomaly detection: AI algorithms can analyze vast amonts of the data fromy blockchain transacts, identifying patterns and anomalies that are the maynate fraudulent activity. Predictive modeling: Machine’s leverage mode predict theod to a particular transaction or sequence of transactions being suspicions, all-own-representation. Digital Evidence Analysis: AI-powered forensics can analyze digital fillet, such as images and video, to identify that of may indicate blockchain tampering. How ​​is AI-Powered Forensics Used in Blockchain Fraud Investigation? Transaction analysis: AI algorithms are unused to analyze larges of blockchain transactions, identifying power pattial patnials or anomalies. Network analysis: Receipts dose network analysis of utilities to map them between individual and organizations involved in suspecied blockchain fraudy schemes. Predictive modeling: Machine’s lever transit on historical data to predicate the likes of particular transaction being suspicion or fraudulent. Examples off Blockchain Fraud Investigation Using AI-Puowered Forensics The Mt.Gox Hack: In 2014, hackers stole approximately 850,000 Bitcoins from Mt. Gox, one off the large cryptocurrency exchanges, and time. Law engaging agencies unused AI-powered forensics to analyze blockchain transctions and identify suspicious patterns that may have been a may have been. The Telegram Money Laundering Skam: In 2020, in 2020, in 2020, in 2020. The AI-powered forensics wasd to analyze blockchain transactions and identify the individuals involved. Conclusion AI-powered forensics has revolutionaryt the field off blockchain investigation, providing look agencies with innovative tool for detecting and prosecuting blockchain-related crimes. Assessed by a blockchain technology continues to grow, it is likes to have an AI-powered forensics will play an increasingly important role in protecting digitalas and preventing cybercrame. Recommendations Continued Investment : The Law Engineering Agencies Shold Continue Introduction and Development to improve their ability and interdate blockchain. Public of awareness: Educating the public abutial risks off- can help on the help to the sanctuary occupy rings in the first place. 3. ETHEREUM DUPLICATE

How AI help merchants navigate in the complexity of the crypto market The world of cryptocurrency trade can be scary, especially for new markets. With a large selection of options and ever -changing trends, it can be overwhelming to navigate cryptocurrencies such as Bitcoin, Ethereum and others, buying, sales and storage. However, AI technology is a revolutionary way in which merchants approach the crypto market. Artificial Intelligence (AI) algorithms are used to analyze huge amounts of information, identify patterns, and give views that would otherwise be difficult to interpret. What are your AI-operated trading environments? AI engine trading environments use machine learning and natural language handling (NLP) techniques to analyze market information and create trading signals. These platforms can handle large amounts of data in real time by identifying trends and models that may not be obvious to human merchants. For example, the chassis can use machine learning algorithms to identify market behavior abnormalities, such as unusual prices or suspicious trade. This information could then be used to buy and sell signals from the merchant by helping them make aware of their investments. How to improve trade strategies AI-motor trading environments not only are able to analyze large amounts of information in the large amount of data, but also use this analysis to develop sophisticated trade strategies. These strategies take into account different market factors, such as economic indicators, emotional analysis and technical analysis. For example, the platform can use machine learning algorithms to identify correlations between different financial markets, allowing merchants to make more conscious decisions about their investments. This could include identifying potential compromises compared to Bitcoin or between shares between cryptocurrencies. The benefits of using AI in the cryptocurrency trade Trade platforms with an AI engine may have numerous benefits for merchants, including: * Increased efficiency : automating routine tasks such as data analysis and signal creation, merchants can focus on higher level decision-making. * Improved accuracy : AI algorithms can handle huge amounts of data at incredible speed and accuracy by reducing the risk of human error. * Improved safety : Merchants using the AI ​​engine are less likely to be victims of phishing or other forms of cybercrime. Examples of successful AI motor trading platforms Many companies have developed AI motor trading environments that have successfully navigated the complexity of the encryption market. For example, Binance, one of the largest cryptocurrency options in the world, is a solid AI-powered platform that uses machine learning algorithms to analyze market information and buy and sell signals. conclusion AI technology is changing the way merchants approach the crypto market by providing them with new tools and insights that have not been available before. By automating routine tasks and analyzing huge amounts of information, AI engines can help merchants make more conscious decisions about their investments. As the cryptocurrency market continues to develop, it is interesting to see how AI technology adapts and improve. One thing is certain: with the right tools, merchants who adopt AI engine trading environments are well on the way to navigate the complexity of the cryptom markets more easily and with accuracy. ethereum outputs sending

Ethereum: Chainstate vs. Blocks folder In the Ethereum ecosystem, both “chainstate” and “block folder” are decisive components for packaging and calling up blockchain data. However, they serve different purposes and make it important to understand their differences before they immerse themselves in reading and display the data on a web frontend. chain state The “Chainstate” folder is the central repository of Ethereum’s state, which contains various information, such as: B.: Block height Block number Block the block time stamp Transaction number Gas ​​price Unconfirmed transaction number The “Chainstate” folder stores this data in a hierarchical structure, whereby each file represents a block or section of the blockchain. The files are organized in directories such as state_root,state_tree and tx_count. Blocks folder The “block folder” is responsible for the packaging of individual blocks of the blockchain. Each block contains different data such as: Block hash Previous hash block (superordinate hash) Transaction number Unconfirmed transaction number Gas ​​price Time stamp The “block folder” stores each block in a separate file, whereby each file represents a single block. Key differences While both folders save the same type of data, there are important differences: Chainstate is the central repository of Ethereum’s state, while” block folder “stores individual blocks. The files in “Chainstate” have a hierarchical structure, whereby each directory contains subdirectories and files, while “block folder” has separate files for each block. Reading and displaying data In order to read and display the data on a web front end like Blockchain Explorer. Here is an example of how you can do it with solidity (the Ethereum programming language) and Web3.js: `JavaScript Import * as Web3 from “Web3”; Const web3 = new web3 (new web3.providers.httprovider (‘ // get the chain state Const chainstate = web3.eth.chainstate; // get all blocks Asynchrical function fetblocks () { const txlist = waiting web3.eth.Gettransactionlist (); For (let i = 0; i { Web3.eth.getbalance (web3.eth.account.getdaddress (), (error, balance) => { If (error) { console.error (error); } Differently { Const Timestamp = new date (). ctx.Clearrect (0, 0, canvas.width, canvas.height); ctx.beginpath (); ctx.arc (canvas.width / 2, canvas.height / 2, math.min (time temple, balance), 0, 2 * math.pi); ctx.fillstyle = ‘black’; ctx.fill (); } }); }, 1000); // update every second ` This code calls the current block time and draws a circle on an HTML5 -Canvas element. You can adjust the appearance of the circle by changing the CTX. PERPETUAL MARKET

Ethereum vs. NXT: Understanding the block time and confirmation As regards cryptocurrency, transparency and efficiency are decisive for maintaining the network. Two major alternatives to Ethereum, NXT (formerly known as icon) and Litecoin offer various blocks and confirmation processes. In this article, we deepen in the details of the blocking of each currency and the confirmation process. Ethereum block time Ethereum is one of the most widely used cryptocurrencies, with a block time that varies according to the network overload. At present, the Ethereum block block has 15 seconds, which means that the new block takes about 15 seconds to check the new block and add to the blockchain. To understand why this is significant, consider the following: * Transaction processing : The block contains more transactions. Two blocks are created for each transaction: one before the transaction (known as “work evidence” or Pow) and the other after the transaction (known as “Saturday’s Evidence” or POS). Because each transaction includes two blocks, the Block Ethereum time is considering the processing of these transactions. * Network Overload : When several miners joined the network, the block time increases due to increased demand for processing power. This can lead to longer waiting time between transactions. TIME BOCKING NXT NXT, also known as the icon, has a significantly shorter block compared to Ethereum. The current time of the block to NXT is 2 seconds, which means that the new block is checked and added to the blockchain in about 2 seconds. The reasons for faster NXT blocking are: * Consensual Evidence of the State (POS) : NXT uses POS, where validators with multiple “recognizes” or calculation force have a higher chance of choosing new blocks. This reduces the amount of desired processing performance and leads to a faster transaction time. * Integration of Lightning : NXT integrated a lightning network that allows fast transactions among users without having to wait for the main blockchain to confirm. process confirmation As for your question if you still have to wait 10 or more minutes to avoid double expenses: The current consensual algorithm used by both Ethereum and NXT is evidence (Pow) or Saturday (POS) evidence that ensures that the transactions are checked and added to the blockchain before they can be missed. Although the block time may seem significant, it is necessary to understand that: * Double expenditure prevention : Ethereum and NXT are validly in force to prevent double expenditure. For example, Ethereum has a built -in mechanism called “Merkle Trees” that allows a rapid transaction. * The process of creating a block : The new block is created every 10 minutes (on average) by a random validator in the network. This ensures that the transactions are checked and added to the blockchain before they can be missed. The conclusion is that while the faster NXT blocking time may seem attractive, it is necessary to take into account the basic consensus algorithm and its consequences for the times of transaction. While Ethereum has more complex algorithms, both coins have effective mechanisms to prevent double expenditure and ensure network safety. Conclusion When choosing a cryptocurrency, it is necessary to understand the basic technology and its consequences for transactions and safety times. Given factors such as locking time, confirmation processes and consensus algorithms, you can make an informed decision on what is the best currency for your needs.

As a type of data work in stringth: gid When’s we have been intelligent Blockchaine Ethereum Contracts, one to have a massive basic grast are the data type in the Solidyl programming. In this article, wet examine how data type of work in the threshold and provide a detailed explanation off their use. EVM data type EVM (virtal computer Ethereum) usees a 32-bech store with key to the store data. This trade is access to contracts using the Syntax ‘adddress’. However, a this trade is not directly accessible outside the contract. It’s the Solidity to Interact with External Data. integers (unt) In the Intangers are stored as 32-bit unsigned integers (uint). These integers may have been ranking from 0 to 2^32 – 1. For expample: `Solidity Pragma of solidity ^0.8.0; CONTRACTS CONTRACTS { Uint Counter Counter; Increment function () public { Counter ++; } } When we call the Increment ‘function, the contract increase the local variable and updates its value in the repository. chains (chain) The type of Solidity data is eused to store characters’ chains. The chains are defined using the keywordstring: Solidity Pragma of solidity ^0.8.0; MyContract { String Public Message; SetMessage feature (chain memory _message) public { Message = _Message; } } When we call the SetMessage Function, it updates the variable and store the input to the store. bytes (bytes) In the in fortress, bytes are the used to store binary data. Bytes may contain currency ranking from 0 to 255 for uni its foster elements. For Example:: `Solidity Pragma of solidity ^0.8.0; MyContract { Byte public image; SetImage feature (byte memory _image) public { image = _image; } } When we call the seamege ‘feature, it doesn’t get the variable and store the input. Added (Address) Integration, Additional Are Used to Representation the Contract’s. The Addresses Are Represented as a 40-bech Hexadecimal chain: Solidity Pragma of solidity ^0.8.0; MyContract { the public towel; } The “owner” variable is to begin with a random address. Comparison to data type | Type for data use | — | — | | uIt | Integer (32-bit) | String | String | | Byte Binary Data (4-ELEMENT field) | Address | Own desert off the contract Conclusion Integration, Solidity Provides Serial Built -in Type of Data Make it Possible To Store and Governors with a different type of tyhin contracts. The data from the type of data is the most important source of intelligent contracts. By managing how to use the type of data in solidity, you’ll be intelligent and robust contracts that are intractal data secured and controlled. Ethereum Stream Ahead