Family, let's talk about something super important regarding NFTs
Anatomy of an NFT An NFT (Non-Fungible Token) is basically a unique record on a blockchain (like Ethereum) that represents ownership of a digital asset.
👀 Key parts: Token (Unique identifier) Each NFT has a non-repeating ID within a smart contract. Example: Ape #1234 from BAYC. Smart contract It is the code that defines how the NFT works (transfers, royalties, etc.). In BAYC, it was developed by Yuga Labs. Metadata Descriptive information about the NFT: Name Image Attributes (clothing, background, accessories in BAYC) Normally stored off the blockchain (IPFS or servers). Digital asset The associated image, video, or file. In BAYC: the famous bored monkeys.
⚖️ Copyright vs NFT ownership
This is where many people get confused 👇 🟢 What you DO buy: Ownership of the token on the blockchain The right to resell it In some cases (like BAYC): limited commercial rights 🔴 What you DO NOT always buy: Full copyright Total intellectual property of the work 🐵 Example with Bored Ape Yacht Club With an NFT from Bored Ape Yacht Club: ✔️ You get: A unique NFT (e.g., Ape #5421) Rights to use the image commercially (e.g., create a brand, t-shirts, content) ❗ But: Yuga Labs remains the original creator You do not control the entire collection You cannot prevent others from using THEIR own NFTs
Key idea to understand it 👉 Buying an NFT is more like: Buying a signed original work 👉 It is NOT the same as: Buying all rights to the work (total copyright)
Important risks
The file may be hosted off the blockchain Licenses may change depending on the project Legal confusion (it is still an evolving area)
🚀 Quick summary NFT = digital certificate of ownership on blockchain It has: token + contract + metadata + asset Ownership ≠ copyright
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Family What is Binance Square Skill? Binance Square Skill is a tool that allows you to automate posts within Binance Square, using artificial intelligence.
👉 In short: It's like connecting an “AI assistant” that can automatically post content for you.
How does it work? You create an API key (like a special password). You connect it to an AI agent like OpenClaw. The agent can: Write content Post on your account Automate your activity
What is it for? Save time ⏱️ Post consistent content 📈 Automate repetitive tasks 🤖 Manage accounts of creators or crypto projects
🔒 Important (security) The API is only for posting (it doesn't touch your money 💰). You must not share it. If someone sees it, you must change it immediately.
Limits Maximum 100 posts per day Text only (for now) Only 1 API per account
Quick summary 👉 Binance Square Skill is a tool that allows you to use AI to automatically post content on Binance Square, quickly, securely, and efficiently.
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Family to have it clearer decentralization is a concept where control and decision-making do not depend on a single entity (like a government, bank, or company), but are distributed among many people or nodes.
In short: 👉 Instead of a single authority commanding, many participants share the power. Simple example: Centralized: A traditional bank controls your money. Decentralized: In Bitcoin, control is distributed among thousands of computers (nodes) around the world.
Why is it important?
🔒 Greater security (there is no single point of failure) 🌍 More transparency 🚫 Less censorship or central control
In the crypto world: Decentralization is the foundation of technologies like blockchain, where no one has total control, but the network functions thanks to all participants.
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FAMILY HERE THEY ARE Top 5 L1 chains by users (2026) Ranking Blockchain Active users (approx.) Main strength Dominant use 🥇 1 BNB Chain ~4.1 million daily Mass retail adoption DeFi, trading, gaming 🥈 2 Solana ~2.7 million daily Speed and low cost NFTs, memecoins, trading 🥉 3 Tron ~2.5 million daily Cheap transfers Stablecoins (USDT) 4 Aptos ~1.4 million daily New technology Web3, gaming 5 Ethereum ~650 thousand daily Security + liquidity DeFi, smart contracts
Quick interpretation BNB Chain leads by the number of users thanks to low fees and mass adoption.
Solana stands out as the most used network in real activity (trading, NFTs, memecoins).
Tron dominates in payments and stablecoins (widely used)
Coin Gabbar Ethereum remains the most important in value and ecosystem, although with fewer direct users.
🧠 Simple conclusion 👉 The most famous blockchain is not always the most used 👉 Networks with low fees and speed have more users 👉 Networks like Ethereum have fewer users but more value and security
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FAMILY The cryptocurrency and stock market is rising after the announcement of a ceasefire between the United States and Iran, which has generated more confidence among investors. Bitcoin rose to $72,750, although it then slightly dropped to around $72,000. Technology stocks also surged strongly, showing a positive environment in the markets. Gold increased by more than 2%, while oil fell sharply, indicating less global tension. Volatility decreased both in cryptocurrencies and traditional markets, indicating greater stability. Crypto-related companies like Coinbase and others also recorded gains.
In a few words
The ceasefire reduced fear in the markets, leading to a general increase in risk assets like Bitcoin and stocks, while crisis-linked assets (like oil) fell.
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The product in a cryptocurrency startup is the technological solution that uses blockchain to solve a specific problem. Unlike traditional startups, these products are usually decentralized, transparent, and token-based. Example: an app to send money without banks or a video game where users own digital assets.
Types of products in crypto startups
1. 💰 Cryptocurrencies (Digital coins) They are digital assets primarily designed as a medium of exchange or store of value. Example: Bitcoin, Ethereum Use: payments, savings, international transfers
2. 🧠 Blockchain platforms They are infrastructures where other projects are built. Example: Ethereum, Solana Use: creating smart contracts and decentralized apps
3. 🏦 DeFi (Decentralized finance) Applications that offer financial services without intermediaries. Example: Uniswap, Aave Use: loans, savings, trading
4. 🖼️ NFTs (Non-fungible tokens) Unique digital assets that represent ownership. Use: digital art, music, video games Example: digital collectibles or virtual land
5. 🎮 Web3 and metaverse Products focused on decentralized digital experiences. Use: play-to-earn games, virtual worlds Example: Decentraland
6. 🔐 Infrastructure and tools Services that enable the ecosystem to function. Example: Wallets like MetaMask Oracles like Chainlink
🚀 Conclusion The product in a crypto startup is not just an app, but a digital ecosystem based on blockchain. Each type serves a different role: Some act as money 💰 Others as platforms 🧠 Others as financial services 🏦 And others as digital experiences 🎮
👉 The key is to understand what problem each product solves and how it uses decentralization to innovate.
Blessings and success Thank you for following me 🫂 $BTC $ETH $BNB
Family A node is a point within a network responsible for receiving, sending, and validating information. In the context of blockchain (like Bitcoin), a node is a computer or device that is connected to the network and performs key functions.
Main functions of a node: Verify transactions: checks that the operations are valid. Store information: keeps a copy of the history (the blockchain). Transmit data: shares blocks and transactions with other nodes. Keep the network secure: helps prevent fraud and manipulation.
In short: A node is like a "guardian" of the network: it confirms that everything is functioning correctly and maintains the trust of the system.
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FAMILY 👀 with this new robbery modality in this crypto world
What is address poisoning? Address poisoning is a type of attack in blockchain where an attacker tries to deceive the user into sending funds to a wrong address, making it look legitimate.
How does it work? The attacker creates a fake address Generates a wallet with initial and final characters very similar to an address that you already use. Sends a small transaction (or even 0 tokens) This is done so that the fake address appears in your transaction history. User confusion When you want to send money, you see that address in your history and believe it is trustworthy (because you have already “interacted” with it). Fatal error You copy that fake address and send funds… which end up in the hands of the attacker.
Why does this attack work? Addresses in blockchain are long and difficult to memorize Many people only check the first and last characters There is too much trust in transaction history
Main risks Total loss of funds (transactions in blockchain are irreversible) Difficult to detect if you don’t pay attention Can affect both beginners and experienced users
How to protect yourself? Always verify the complete address, not just part of it Store frequent addresses in a secure list (whitelist) Avoid copying addresses from history without reviewing Use wallets with security features (alerts or tags) First, make a test transaction with a small amount of money
💡 Conclusion Address poisoning does not hack the blockchain, but exploits human behavior. It is a social engineering attack within the crypto world
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FAMILY LET'S TALK ABOUT AN INTERESTING TOPIC 🌐 Legal regulations for Web3 startups in Latin America Web3 startups (blockchain, cryptocurrencies, NFTs, DeFi) in Latin America operate in a developing and fragmented legal environment, meaning there is no single uniform law for the entire region.
⚖️ 1. Regulatory framework under construction Many countries are still creating or adjusting laws for crypto assets. This generates uncertainty but also opportunities for innovation. 👉 Example: some countries have specific laws (like exchanges or crypto remittances), while others only apply traditional financial regulations.
🏦 2. Financial regulation and compliance Startups must comply with rules similar to fintech: KYC (Know Your Customer) → identify users AML (Anti-Money Laundering) → prevent financial crimes Regulation of virtual asset service providers (VASP) 👉 This is key if they handle cryptocurrencies or payments.
🪙 3. Legal classification of tokens Governments can classify tokens as: Securities (similar to stocks) Digital assets Means of payment 👉 This defines which regulations to apply (financial, tax, etc.).
💼 4. Legal structure of the startup Many Web3 startups in Latam: Are established in “crypto-friendly” countries Use hybrid models (traditional company + DAO) 👉 Choosing the right jurisdiction is a strategic decision
💸 5. Taxation Cryptocurrencies are often subject to taxes: Capital gains VAT or taxes on digital services There are still legal gaps in several countries.
📊 6. Current trend Regulation is growing and has driven crypto adoption in the region. Latin America already has millions of users and an expanding ecosystem.
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Family that is a block here has a brief and clear explanation:
A block is a unit of information that is part of a blockchain. Basically, it is like a “box” where transaction data is stored. Each block contains three main elements:
1. Data: information of the transactions (for example, transfers of cryptocurrencies like Bitcoin). 2. Hash: a unique code that identifies the block, generated using cryptographic functions like SHA-256. 3. Hash of the previous block: this connects one block to another, forming a secure chain. 🔗 Thanks to this structure, if someone tries to modify a block, it changes its hash and breaks the entire chain, which makes the system very secure.
In summary: 👉 A block is like a page of a digital book where transactions are recorded, and all the pages together form the blockchain. If you want, I can make a diagram or an image for you to understand it better 👀
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Family Blockchain is a technology that functions as a digital, distributed, and secure ledger, where transactions or data are stored in a decentralized manner.
Instead of being on a single server, the information is copied and synchronized across thousands of computers (nodes) around the world.
Each set of data is stored in a “block,” which is linked to the previous one forming a chain (hence the name “blockchain”). Once a block is registered, it is practically impossible to alter it without modifying the entire chain, which provides security and transparency.
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FAMILY TO UNDERSTAND A LITTLE BETTER THE CONVERT FUNCTION IN BINANCE
What is “Convert” in Binance? The Convert option is a tool that allows you to exchange one cryptocurrency for another quickly and easily, without the need to use charts or advanced trading.
How does it work? You select the currency you have (for example: Bitcoin). You choose the currency you want to receive (for example: USDT). You enter the amount. Binance shows you a real-time conversion rate. You confirm and that's it
Advantages Very easy to use (ideal for beginners) No trading knowledge required Almost instant conversion No visible fees (although there is a small margin in the price)
Disadvantages You cannot choose the price (like in trading) It may be a little less profitable than using the spot market
In a nutshell The Convert function is perfect if you want to make quick changes between cryptocurrencies without complicating things, but if you're looking for better prices, traditional trading might be more convenient.
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Family Growth of NFTs and their impact during the pandemic NFTs (Non-Fungible Tokens) are unique digital assets that use blockchain technology, especially networks like Ethereum, to ensure authenticity and ownership. During the COVID-19 pandemic (2020–2022), NFTs experienced explosive growth due to several key factors:
1. Accelerated Digitalization The lockdown forced millions of people to move their activities to the digital world. This boosted interest in: Digital art Virtual collectibles Blockchain games NFTs became a new form of interaction and ownership on the internet.
2. New Sources of Income Many artists, musicians, and creators lost traditional income (events, galleries, concerts). NFTs provided an alternative to: Sell art directly without intermediaries Receive automatic royalties from resales An iconic case was the artist Beeple, who sold an NFT artwork for 69 million dollars, marking a before and after in the market.
3. Rise of the Crypto Market The growth of cryptocurrencies like Bitcoin and Ether during the pandemic increased interest in digital assets, including NFTs.
4. Expansion in Video Games and the Metaverse Platforms like Decentraland promoted the use of NFTs in: Virtual land Avatars Digital objects This helped solidify the concept of a decentralized digital economy.
5. Impacts and Challenges Although the growth was impressive, problems also arose: Excessive speculation Scams and fraudulent projects Environmental impact (due to energy consumption)
Conclusion The pandemic acted as a key accelerator for NFTs, driving their global adoption. Although the market has had ups and downs, NFTs marked the beginning of a new era in digital ownership and the creative economy.
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Family Let's discuss something important that we need to know What is a Merkle Tree? A Merkle Tree (or Merkle tree) is a data structure used in cryptography and blockchain to verify information quickly and securely. It is based on hash functions like SHA-256.
Basic idea Imagine you have a lot of data (for example, transactions). Instead of verifying one by one, the Merkle tree allows you to summarize everything into a single value called: * Merkle Root
How does it work? You take the data (transactions) You apply a hash to each one Then you combine the hashes in pairs and hash them again You repeat until you have a single final hash
Why is it important?
1. Quick verification You can check if a piece of data belongs to the set without reviewing everything
2. Security If someone changes a single transaction → it changes the entire tree
3. Efficiency Saves time and resources (key in blockchain) ₿ Use in blockchain In networks like Bitcoin: Each block contains a Merkle Root This allows for transaction verification without downloading the entire block It is key for so-called lightweight nodes (SPV)
Practical example If you want to verify that a transaction exists: You do not need all transactions You only need: The hash of your transaction Some hashes from the tree (verification path) This is called Merkle Proof
In short 👉 A Merkle Tree is like a “smart summary” of a lot of data 👉 It allows for secure, quick, and efficient information verification 👉 It is fundamental in blockchain and cryptography
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SHA-256 (Secure Hash Algorithm 256 bits) is a cryptographic hash function that is part of the SHA-2 family, designed by the National Security Agency. Its main function is to convert any type of information (text, files, data) into a unique code of 256 bits (64 hexadecimal characters).
How does it work? It takes an input (for example: "Hello world"). Applies a complex mathematical process. Generates a fixed hash, regardless of the size of the original message.
Main characteristics Deterministic: The same input always produces the same result. Irreversible: The original data cannot be obtained from the hash. Unique: A small change in the input generates a completely different hash. Secure: Very difficult to find two inputs with the same hash (collisions).
What is it used for? Blockchain (like Bitcoin) It is used to secure blocks and transactions.
Computer security Protection of passwords and data verification.
File integrity Check that a file has not been modified.
Importance SHA-256 is fundamental in today's digital world because it ensures security, trust, and transparency, especially in technologies like blockchain and cryptocurrencies.
Family What are NFTs in NEAR Protocol? In NEAR, NFTs (Non-Fungible Tokens) are unique digital assets (art, music, video games, etc.) that exist on the blockchain. Each NFT has a unique identifier and cannot be exchanged equivalently like a cryptocurrency.
NEP-171 Standard (Basis of NFTs) This is the main standard for creating NFTs in NEAR (like ERC-721 in Ethereum).
What does it define? How to create (mint) NFTs How to transfer them How to query them Unique identification (token_id)
Key functions: nft_mint → Create an NFT nft_transfer → Send NFT to another account nft_token → View information about an NFT 👉 Basically, NEP-171 is the heart of NFTs in NEAR.
NEP-177 Extension (Metadata) This standard complements NEP-171 by adding visual and descriptive information.
What does it include? NFT name Description Image (URL or IPFS) Attributes (rarity, characteristics, etc.)
👉 NEP-177 makes your NFT “visible and attractive,” not just an ID.
How to use them together? You create the contract with NEP-171 You add metadata with NEP-177 You mint the NFT with included data
Quick summary NEP-171 → Functionality (create, transfer NFT) NEP-177 → Appearance (name, image, data) Both together create a complete NFT in NEAR
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Family Hash functions are cryptographic algorithms that transform any type of data (text, files, numbers) into a fixed string of characters called a hash or digital summary.
Main characteristics: Deterministic: the same data always generates the same hash. Irreversible: the original data cannot be obtained from the hash. Fast to calculate: they generate results in a short time. Sensitive to changes: a small change in the data produces a completely different hash. Collision-resistant: it is very difficult for two different data to generate the same hash.
What are they used for? Verify data integrity (detect if something has been modified). Protect passwords (they are stored as hash, not in plain text). In blockchain like Bitcoin, they ensure the structure of blocks through algorithms like SHA-256.
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Taking advantage of a drop in the price of XRP can be a strategic opportunity for savvy investors. When the market goes down, many sell out of fear, but those who understand the cyclical behavior of the market see these moments as buying opportunities at lower prices. XRP remains a solid project within the crypto ecosystem, with use in international payments and significant technological backing. Buying in retracement areas allows for better positioning for a future rise, maximizing potential gains when the market recovers.
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