YARONMALAMWEB3

تتوسع مشهد DeFi على TON بسرعة، لكن السيولة المجزأة غالبًا ما تؤدي إلى اختلافات في الأسعار وانزلاقات عالية للمتداولين.
يعالج STON.fi هذا مباشرة من خلال Omniston، بروتوكول تجميع السيولة من الجيل التالي.

​المزايا الأساسية للمتداولين:

​تجميع السيولة: يقوم Omniston بفحص STON.fi V1/V2 وDeDust وصانعي السوق الخاصين لتوفير أفضل سعر تنفيذ ممكن.

​توجيه ذكي: يتم تقسيم الطلبات الكبيرة بذكاء عبر مصادر السيولة المختلفة لتقليل تأثير السوق.

​أمان بدون ثقة: تم تدقيقه بالكامل بواسطة Trail of Bits، مما يضمن حماية أموال المستخدمين من خلال المعاملات الذرية.

​من خلال الانتقال إلى نموذج متعدد المسابح، يوفر STON.fi تجربة "مجمّع فائق" تنافس البورصات المركزية من حيث كفاءة السعر وعمق السوق.

​#STONfi #TONBlockchain $TON

HOW STON.FI DEVELOPS STEP BY STEP

What is STON.fi?
STON.fi is a decentralized AMM and cross-chain DEX built for The Open Network (TON) — focused on near-zero fees, low slippage and simple wallet integration.

Step 1 — Idea & chain choice
The team decided TON for its scalability and Telegram/TON user base — making an AMM-first DEX the obvious product-market fit for cheap, fast swaps.

Step 2 — Design core model
They built an AMM that supports swaps, pools and staking, and planned cross-chain swaps using RFQ + HTLC (atomic-swap style) to avoid bridges/wrapping. This shapes the core product and UX.

Step 3 — Protocol & smart contracts
Engineers write core contracts (DEX engine, LP accounting, staking & governance contracts) and modular SDKs so third-party apps can integrate. Contracts are open on GitHub.

Step 4 — Security & audits
Before mainnet launches, contracts go through audits and bug bounties; smart contract safety is prioritised to keep the DEX non-custodial and trustless.

Step 5 — Wallet integration & UX
They integrate TON wallets and build an easy swap + liquidity UI so users connect, swap, add LP and stake with minimal friction — key for mainstream adoption.

Step 6 — Liquidity bootstrapping
Launch initial pools and incentives (LP rewards, staking, farming) to attract liquidity and tight spreads — liquidity depth = better UX & lower slippage.

Step 7 — Token & incentives
Native token ($STON) is used for rewards, staking and governance — aligning incentives between early users, LPs and the protocol. (Token economics + staking pages on the site.)


Step 8 — Cross-chain & routing
Add cross-chain swap routing and RFQ mechanisms so users can trade across chains without custodial bridges — improves composability and TVL potential.

Step 9 — SDKs & open dev ecosystem
Publish SDKs, libraries and docs so devs can build wallets, bots or dApps on top — grow the ecosystem and integrations (GitHub + docs).

Follow for more
https://x.com/cryptoTips59?t=qz5fR_EKTVGBxCIFrGM_Gg&s=09

#STONfi $TON

The Future of Cross-Chain Liquidity: How Omniston Bridges Ecosystems

Introduction

DeFi promises an open, global financial system. But there’s one major roadblock: blockchains don’t communicate with each other. Assets are often trapped in isolated ecosystems, creating inefficiency and complexity.

This is where Omniston, part of the STON.fi ecosystem, steps in.

The Cross-Chain Challenge

Each blockchain operates as its own “island”:

Ethereum, TON, Solana, BNB Chain… all with separate liquidity.

Users rely on bridges, which are often costly and insecure.

Liquidity fragmentation makes trading less efficient.

For DeFi to scale, we need a solution that unifies liquidity across chains.

Enter Omniston

Omniston is designed to solve the cross-chain challenge by creating a unified liquidity experience.

Key features:

Cross-chain swaps without complicated bridges

Unified liquidity pools spanning multiple ecosystems

Security-first design, ensuring funds remain safe

Seamless integration with STON.fi & TON

Why Omniston Matters

The importance of Omniston goes beyond convenience. It represents the future of DeFi:

Global access: users can interact across chains with ease

Efficiency: liquidity is deeper, swaps are faster

Security: reducing risks associated with third-party bridges

The Bigger Vision

Cross-chain liquidity isn’t just a technical fix — it’s the foundation for a truly open financial system.

By connecting ecosystems, Omniston enables:

Developers to build cross-chain apps

Traders to access wider markets

Everyday users to experience DeFi without borders

Learn More

For deeper insights, tutorials, and updates, visit the
https://blog.ston.fi/

Conclusion

DeFi’s future depends on breaking down barriers between blockchains. With Omniston, the dream of borderless, connected finance is becoming a reality.

Follow me on X (https://x.com/yaronmalamWeb3?t=kqoI79EMYpn8qRalwsWw1w&s=09) for weekly DeFi education & insights!

#STONfi #TONBlockchain

DeFi Simplified on TON: Why STON.fi Matters

For years, Decentralized Finance (DeFi) has been seen as complex and intimidating. Many people believe you need to be a crypto expert before you can use DeFi platforms. But things are changing — thanks to TON blockchain and STON.fi.

STON.fi is redefining how users interact with DeFi by making it simple, fast, and beginner-friendly. Let’s explore why it matters.

Why TON Blockchain?

TON is the blockchain directly integrated with Telegram, one of the world’s most popular apps with over 800 million users. This gives TON a unique advantage:

Massive audience already using Telegram

Low fees & high speed transactions

Easy onboarding for crypto beginners

This combination makes TON the perfect foundation for the next wave of DeFi adoption.

What is STON.fi?

STON.fi is a decentralized exchange (DEX) built on the TON blockchain. Its mission is clear: make DeFi as simple as possible.

Key features include:

Fast & affordable swaps between tokens

Deep liquidity pools for TON ecosystem assets

Non-custodial design — you stay in control of your funds

Seamless integration with Telegram, making it accessible even to newcomers

Why STON.fi Stands Out

Most DeFi platforms focus on advanced users, leaving beginners behind. STON.fi takes the opposite approach:

Simple and clean interface

Direct connection to Telegram wallets

Educational resources for users

This approach lowers the barrier to entry and helps more people confidently explore DeFi.

The Bigger Picture: DeFi for Everyone

The goal of DeFi has always been to create an open financial system. But without user-friendly tools, that vision can’t reach the masses.

By combining TON’s scalability with STON.fi’s simplicity, the ecosystem is moving closer to a world where anyone can access DeFi — not just experts.

Learn More

To dive deeper into how STON.fi is shaping DeFi on TON, explore the STON.fi Blog where you’ll find tutorials, updates, and insights.
https://blog.ston.fi/

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Coin vs Token – What’s the Difference?

When people enter the world of crypto, two words often come up: coin and token. They may sound similar, but they’re not the same. Let’s break it down 👇

Coin

Built on its own blockchain (e.g., Bitcoin, Ethereum).

Works as a digital form of money.

Main purpose: transfer of value, payments, and as a store of value.

Example: BTC is native to Bitcoin blockchain; ETH is native to Ethereum blockchain.

Token

Built on top of an existing blockchain (e.g., ERC-20 tokens on Ethereum).

Used for many purposes: governance, utility, representing assets (NFTs, stablecoins).

They don’t have their own blockchain but rely on another.

Example: USDT (on Ethereum, Tron, etc.), UNI (Uniswap token).

✅ Quick Tip:

All coins are cryptocurrencies, but not all cryptocurrencies are tokens.

Coins = Blockchain’s native asset.

Tokens = Assets created on a blockchain.

Takeaway:
Coins run their own blockchains, while tokens live on top of blockchains. Knowing the difference helps you understand the crypto ecosystem better.

👉 Want to keep learning crypto basics every week? Follow https://x.com/yaronmalamWeb3?t=FI1Lj_HydV8Iawv7ono23Q&s=09 for more lessons!

$BTC $ETH

#BINANCEACADEMY

What Are Mnemonic Phrases and Private Keys?

When you create a crypto wallet, you’re usually given 12 or 24 words to write down. This is called a Mnemonic Phrase or Seed Phrase. These words are the foundation of your wallet—they allow you to recover your funds if you lose your phone or wallet app.

On the other hand, there’s the Private Key. This is the secret code that gives you direct ownership of your crypto on the blockchain. Think of it as the lock and key to your wallet. If someone gets your private key, they gain full control of your funds.

Key differences:

Private Key → Used to sign and approve transactions.

Mnemonic Phrase → A human-readable version of your private key, written as 12/24 words for easier backup.

Important security rules:

Never share them with anyone.

Don’t store them in your email or as a screenshot.

Write them down on paper and keep them somewhere safe and hidden.

In short, Mnemonic Phrase is the root, Private Key is the door. Whoever owns them, owns your crypto.

Want to keep learning crypto basics in simple terms?
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#Web3 #Web3education

Hot vs Cold Wallets – What You Need to Know

When it comes to storing your crypto, one of the most important decisions you’ll make is choosing between a Hot Wallet and a Cold Wallet. Both serve the same purpose—keeping your digital assets safe—but they work in very different ways.

🔹 Hot Wallets
A hot wallet is connected to the internet. Examples include mobile apps, desktop wallets, and exchange wallets.

✅ Easy access for trading and transactions

✅ Free to set up and user-friendly

❌ More vulnerable to hacks and malware

🔹 Cold Wallets
A cold wallet is offline storage for your crypto. Examples include hardware wallets and paper wallets.

✅ Maximum security against online threats

✅ Ideal for long-term holders (HODLers)

❌ Less convenient for quick transactions

❌ Requires safe physical storage

Which One Should You Choose?

If you trade frequently, a hot wallet gives you speed and flexibility.

If you’re investing long term or holding large amounts, a cold wallet provides stronger protection.

Many smart investors actually use both: keep a small portion in hot wallets for daily use, and store the bulk in cold wallets for security.

At the end of the day, your choice depends on your needs—but always remember: your security is your responsibility in crypto.

👉 Want to keep learning crypto basics in simple terms?
Follow https://x.com/yaronmalamWeb3?t=TpiMwldP93Wm4DWucp12Bg&s=09 for more lessons every week!

#BINANCEACADEMY

What is a Crypto Wallet?

When stepping into the world of cryptocurrency and Web3, the very first thing you’ll need is a wallet. But unlike the physical wallet in your pocket, a crypto wallet doesn’t actually “store” coins. Instead, it stores the keys that give you access to your digital assets.

Let’s break it down 👇

The Core Idea

A crypto wallet is a tool (software or hardware) that allows you to:

Store your private keys safely

Send and receive cryptocurrencies

Connect to decentralized applications (dApps) on the blockchain

In simple terms, your wallet is your gateway to Web3. Without it, you cannot truly own, transfer, or interact with digital assets.

Types of Crypto Wallets

1️⃣ Hot Wallets (Online)

Connected to the internet

Very convenient and easy to use

Examples: MetaMask, Trust Wallet, Coinbase Wallet

Risk: More vulnerable to hacking and phishing attacks

2️⃣ Cold Wallets (Offline)

Not connected to the internet

Extremely secure for long-term storage

Examples: Ledger, Trezor

Downside: Less convenient, can be costly, and require extra care to keep safe

Why Security Matters

In crypto, you are your own bank. That comes with freedom, but also responsibility.

Your Private Key / Seed Phrase is the ultimate password to your funds

If someone gets it → they control your wallet

If you lose it → there is no “forgot password” option; your funds are gone

This is why wallet security is one of the most important lessons for anyone entering crypto.

In Summary:
A crypto wallet is not just a place to keep digital money—it’s the technology that ensures you truly own and control your assets in Web3. Choosing the right wallet and securing it properly is the foundation of your crypto journey.

👉 Want to keep learning Web3 basics in simple, beginner-friendly lessons?
Follow https://x.com/yaronmalamWeb3?t=dwv9hkDk0xV6NgFcNE90FQ&s=09 for weekly updates!

#BINANCEACADEMY #vaultcoin

How Blockchain Technology Can Transform Salary Payments

Blockchain isn’t just about cryptocurrencies, it has the potential to transform salary payments by making them faster, cheaper, more transparent, and accessible.

In today’s fast-paced digital economy, businesses are constantly searching for more efficient, secure, and transparent ways to handle payments. One area that can benefit greatly from blockchain technology is salary distribution. Moving away from traditional payroll systems, blockchain offers new solutions that could change how employees receive their earnings.

1. Faster Payments Across Borders
For companies with international employees or freelancers, traditional bank transfers can take days and come with high fees. Blockchain enables near-instant salary payments across borders, reducing waiting times and transaction costs. This makes it especially beneficial for remote teams working globally.

2. Lower Transaction Costs
Banks and payment processors often charge significant fees for payroll services. With blockchain, payments can be made directly to employees’ digital wallets, bypassing intermediaries and cutting down on unnecessary expenses.

3. Transparency and Trust
Blockchain operates on a public ledger, making salary payments transparent and easy to verify. Employers can prove that wages were sent on time, and employees can track every payment detail without relying on bank statements. This builds trust between both parties.

4. Smart Contracts for Automation
Smart contracts allow companies to automate salary payments. For example, once an employee completes their work or meets specific conditions, payment is released automatically. This reduces delays, administrative workload, and human error in payroll management.

5. Financial Inclusion for Employees
Not all employees have access to traditional banks, especially in developing regions. With blockchain, salaries can be sent directly to a digital wallet on a smartphone, ensuring everyone has access to their earnings without needing a bank account.
#syntax

تصبح على خير يا عائلة ويب 3

كيف تعمل البلوكتشين – شرح الرسم البياني

1. المستخدم أ → يرسل معاملة (أموال أو بيانات).

2. المعاملة → تدخل إلى الحوض (منطقة الانتظار).

3. المدققون/العمال المناجم → يتحققون من صحة المعاملة.

4. الكتلة → بمجرد التحقق، تضاف المعاملة إلى كتلة جديدة.

5. البلوكتشين → يتم ربط الكتلة بالكتل السابقة، مما يشكل سلسلة.

6. السجل الموزع → كل عقدة في الشبكة تقوم بتحديث نسختها.

لذا، سيبدو الرسم البياني كما يلي:
المستخدم أ → معاملة → حوض → تحقق → كتلة → بلوكتشين → سجل موزع

#BINANCEACADEMY

$BTC $ETH $BNB

Ethereum vs Bitcoin – What’s the Difference?

When people hear about cryptocurrency, the first two names that always come up are Bitcoin (BTC) and Ethereum (ETH). They are the biggest projects in the crypto world, but they serve very different purposes. Let’s dive in 👇

🔹 Bitcoin – The Pioneer

Created in 2009 by the anonymous Satoshi Nakamoto.

Designed to be digital money that works without banks.

Its main role is a store of value (like digital gold).

Only 21 million BTC will ever exist, making it scarce.

Secured by Proof of Work (PoW), where miners protect the network.

🔹 Ethereum – The Smart Blockchain

Launched in 2015 by Vitalik Buterin and his team.

Ethereum is not just money—it’s a programmable blockchain.

It allows developers to build smart contracts and decentralized apps (dApps).

The backbone of DeFi, NFTs, and DAOs.

Uses Proof of Stake (PoS) since 2022, which is more energy efficient.

🔹 Key Differences

1. Purpose: Bitcoin = money & savings | Ethereum = decentralized applications.

2. Supply: Bitcoin = capped at 21M | Ethereum = no fixed cap, but ETH is burned regularly.

3. Use cases: Bitcoin = payments & store of value | Ethereum = DeFi, NFTs, DAOs, smart contracts.

🔹 Final Thoughts

Bitcoin gave the world digital money, while Ethereum created a decentralized platform for innovation.
Both are important, but they play different roles in the future of finance and technology.

Want to keep learning crypto basics in simple terms?
👉 Follow @yaronmalamweb3 for more lessons every week!

#BINANCEACADEMY

@$BTC @$ETH

🟢 What Are Gas Fees?

In the world of blockchain, especially Ethereum and similar networks, gas fees are the costs paid to process and confirm a transaction.

These fees go to miners (in PoW) or validators (in PoS) who secure the network.

Example: when you send crypto from your wallet to another, you must pay a small fee for the transaction to be executed.

Why are Gas Fees important?
✔ They prevent spam (people flooding the network with useless transactions).
✔ They reward network participants who validate transactions.
✔ They keep the system secure and functional.

🟢 The Problem with Gas Fees

The challenge is:

When many people use the blockchain at the same time, gas fees skyrocket.

Sometimes, the fee can be higher than the actual amount being sent!

Example: during Ethereum network congestion, a simple transaction might cost $20 or more in gas fees.

🟢 What is Scalability?

Scalability refers to the ability of a blockchain to handle a large number of transactions at once without slowing down.

Ethereum currently handles about 15–20 transactions per second (TPS).

Traditional payment systems like Visa handle up to 65,000 TPS.

This shows a huge performance gap.

🟢 Solutions to Gas Fees & Scalability

1️⃣ Layer-2 Solutions (e.g., Arbitrum, Optimism, zkSync) – process transactions off-chain and later settle them on the main chain, reducing congestion.
2️⃣ Sharding – splitting the blockchain into smaller parts (shards) that share the workload.
3️⃣ Alternative Chains – like Binance Smart Chain, Solana, and Polygon, which offer faster speeds and lower fees.

Key Takeaway

Gas fees and scalability are two of the biggest challenges slowing down blockchain adoption. But with ongoing innovations, solutions are emerging to make blockchain faster, cheaper, and more efficient.

https://x.com/yaronmalamWeb3?t=lRInJd7wDrLKbxKXt9e-Kg&s=09

#BINANCEACADEMY

🌐 آليات الإجماع في البلوك تشين: PoW مقابل PoS

أحد أهم جوانب تكنولوجيا البلوك تشين هو كيفية اتفاق المشاركين على حالة الشبكة - تسمى هذه العملية آلية الإجماع. يضمن أن يثق الجميع في المعاملات المسجلة على البلوك تشين دون الحاجة إلى سلطة مركزية. اليوم، الآليتان الأكثر شيوعًا هما إثبات العمل (PoW) وإثبات الحصة (PoS).

إثبات العمل (PoW)

كان PoW أول آلية إجماع، قدمتها Bitcoin في عام 2009. في هذا النظام، يستخدم المعدنون أجهزة كمبيوتر قوية لحل مشاكل رياضية معقدة. أول من يحل اللغز يحصل على الحق في إضافة كتلة جديدة من المعاملات إلى البلوك تشين ويكافأ بالعملة المشفرة.

نقاط قوة PoW:

آمن للغاية وتم اختباره في المعارك.

بسيط الفهم والتحقق.

نقاط ضعف PoW:

تستهلك كميات هائلة من الطاقة.

يتطلب أجهزة باهظة الثمن، مما يجعل الوصول إليه أقل.

أمثلة: Bitcoin، Litecoin، Dogecoin.

إثبات الحصة (PoS)

تم تقديم PoS كبديل أكثر كفاءة في استخدام الطاقة. بدلاً من حل الألغاز، يقوم المستخدمون بقفل (أو "توقيع") عملتهم المشفرة كضمان. ثم يختار البلوك تشين بشكل عشوائي المدققين لإنشاء الكتلة التالية - غالبًا ما يفضل أولئك الذين لديهم المزيد من الرموز المميزة.

نقاط قوة PoS:

أكثر كفاءة في استخدام الطاقة من PoW.

يسمح بمشاركة أوسع لأنه لا توجد حاجة إلى معدات تعدين.

نقاط ضعف PoS:

يكتسب المشاركون الأثرياء المزيد من النفوذ.

لا يزال الأمن موضع نقاش مقارنة بـ PoW.

أمثلة: Ethereum (بعد The Merge)، Cardano، Solana.

افكار اخيرة

يعتبر كل من PoW و PoS أمرًا بالغ الأهمية في نظام البلوك تشين البيئي. يوفر PoW أمانًا لا مثيل له ولكنه بتكلفة بيئية عالية، بينما يوفر PoS الكفاءة وإمكانية الوصول ولكنه يثير مخاوف بشأن المركزية والإنصاف.

مع تطور تكنولوجيا البلوك تشين، قد نشهد نماذج هجينة أو آليات جديدة تمامًا تجمع بين نقاط القوة في كليهما، مما يدفع مستقبل الشبكات اللامركزية إلى الأمام.

👉 ما هو النظام الأفضل لمستقبل البلوك تشين في رأيك - PoW أم PoS؟

#BINANCEACADEMY

How Blocks Work in a Blockchain

1️⃣ What is a Block?

A block is like a box of information inside the blockchain.
It stores transactions (data).

2️⃣ Hash

A hash is a digital fingerprint of the block.

It proves the authenticity of the data.

If even a small detail inside the block changes, its hash will change completely.

3️⃣ Timestamp

A timestamp shows the exact time a block was created.

It ensures no one can hide or alter when a transaction took place.

4️⃣ Chain

Each block is linked to the previous one through its hash.

This chain connection prevents anyone from deleting or altering past blocks.

If someone tries to change one block, the entire chain breaks.

Simple Example

Imagine a notebook where each page = a block:

Your notes = transactions

The date = timestamp

Your signature = hash
Every new page is linked to the previous one’s signature. If one page is changed, all the following pages become invalid.

✅ This is how blockchain guarantees trust, transparency, and security.
#BINANCEACADEMY

Ever wondered how your tokens can work for you while you sleep?
On STON.fi, Farming isn’t just about locking tokens — it’s about putting your assets to work in a secure and transparent way.

Here’s why users trust farming on STON.fi:

✅ Simplicity: Designed for both beginners and advanced users.

✅ Transparency: Built on the TON blockchain, with clear rewards tracking.

✅ Real Yield: Rewards come from actual liquidity usage, not empty promises.

Farming here means you don’t just hold your tokens — you let them grow. Think of it as planting a seed : with time, patience, and the right soil (STON.fi), it turns into a stronger tree.

Closing (Human Touch):
At the end of the day, farming is about more than APY percentages — it’s about creating sustainable growth for your assets while staying in control.

Curious to try? Start small, learn the process, and watch your crypto farm grow.
@$TON #Stonefi #TONBlockchain

ما هي تقنية البلوكشين؟ وتاريخ موجز

عندما يسمع معظم الناس كلمة "بلوكشين"، فإنهم يفكرون على الفور في البيتكوين. لكن البلوكشين أكبر بكثير من مجرد عملة مشفرة.

فما هي بالضبط؟

البلوكشين يشبه دفتر ملاحظات عام يمكن للجميع رؤيته، لكن لا يمكن لأحد مسحه أو تغييره.
يخزن المعلومات في كتل، والتي ترتبط معًا في سلسلة. تحتوي كل كتلة على معاملات، وتاريخ زمني، ورمز أمان (يسمى هاش).

هذا يجعل البلوكشين آمنًا وشفافًا وموثوقًا به - أساس ويب 3.

نظرة سريعة على التاريخ

1991 - 1992
عمل باحثان، سكوت ستورنيتا وستيوارت هابر، على طوابع زمنية رقمية باستخدام التشفير. كانت هذه الشرارة الأولى.

2008
نشر ساتوشي ناكاموتو الورقة البيضاء الشهيرة للبيتكوين. كانت هذه هي الاستخدام الحقيقي الأول للبلوكشين في العمل.

2015
وُلِد الإيثريوم. أخذ البلوكشين إلى ما هو أبعد من مجرد المال الرقمي من خلال تقديم العقود الذكية والتطبيقات اللامركزية (dApps).

2018 - اليوم
صعود ويب 3: التمويل اللامركزي، الرموز غير القابلة للاستبدال، المنظمات المستقلة اللامركزية، الألعاب، التمويل الاجتماعي، والمزيد. أصبح البلوكشين الآن يدعم صناعات متعددة في جميع أنحاء العالم.

نقطة رئيسية

البلوكشين ليس فقط عن العملات أو الرموز. إنه يتعلق بإنشاء نظام لامركزي وشفاف وموثوق.

بدأ مع البيتكوين، ونما مع الإيثريوم، واليوم يشكل مستقبل المال، والهوية، والإنترنت نفسه.

@$BTC @$BNB #BinanceAcademy

خريطة طريق STON.fi وبناء الثقة في DeFi

في التمويل اللامركزي، تأتي الثقة من الشفافية والأمان والتنفيذ. تواصل STON.fi إثبات نفسها كبروتوكول موثوق من خلال توافق خريطة طريق واضحة مع نمو يقوده المجتمع.

أبرز معالم خريطة طريق STON.fi
1️⃣ توسيع السيولة – برك أعمق لتسهيل عمليات التبادل.
2️⃣ التكامل عبر السلاسل – تبادلات سلسة عبر عدة سلاسل كتل.
3️⃣ ميزات تداول متقدمة – مصممة للمبتدئين والمحترفين على حد سواء.
4️⃣ نمو يقوده المجتمع – ترقية تشكلها تعليقات المستخدمين الحقيقية.

لماذا يمكن للمستخدمين الثقة في STON.fi
✅ جميع المعاملات شفافة تمامًا وقابلة للتحقق على السلسلة.
✅ تدقيق الأمان من قبل شركات موثوقة يعزز سلامة العقود.
✅ الفريق يحقق باستمرار المعالم، مما يظهر الالتزام على المدى الطويل.
✅ المشاركة الفعالة من المجتمع تضمن أن يكون المستخدمون جزءًا من الرحلة.

الخاتمة: مع خريطة طريق قوية وتنفيذ شفاف، STON.fi ليست مجرد DEX — بل تبني أساسًا لنظام بيئي DeFi أكثر أمانًا وسهولة في الوصول وودود للمستخدم.

$STON، $TON #Stonefi

Centralization vs Decentralization

1️⃣ Centralization

Definition:
A system where control and decision-making are handled by a single authority or organization.

Examples:
Banks, Facebook, Governments.

Advantages:

Easier to manage and coordinate.

Can be more efficient when run by experts.

Disadvantages:

Single point of failure — if the central authority fails, the whole system is affected.

Risk of abuse of power.

2️⃣ Decentralization

Definition:
A system where control and decision-making are distributed across multiple participants or nodes, without a central authority.

Examples:
Bitcoin, Ethereum, IPFS.

Advantages:

No single point of failure — the system keeps running even if some parts fail.

Greater transparency — participants can verify actions.

More resistant to censorship.

Disadvantages:

Can be harder to coordinate.

May require more time to make decisions.

Key Differences

Feature Centralized Decentralized

Control Held by a single authority Distributed among participants
Security Vulnerable if the central point fails More resilient to failures
Transparency Limited Usually higher
Censorship Easier to enforce Harder to enforce

Conclusion

Centralization means power is held in one place, while decentralization distributes power among many.
Web3 is built on decentralization to protect data, empower users, and reduce reliance on powerful intermediaries.👇

https://x.com/yaronmalamWeb3?t=2UnY2DB92XyFtSz9kwXA5g&s=09

#BINANCEACADEMY.

From Web1 to Web3: The Internet’s Evolution Explained.

What is Web3? (Web1, Web2, Web3)

Web1: You could not write or publish anything – you could only read whatever was already written.

Web2: This brought improvement – you can now read and write, but you do not have ownership. Companies like Facebook and Google control your data.

Web3: This introduces a system that allows you to read, write, and own what you create. You have full control because it is built on blockchain technology, which is decentralized – meaning no single authority has control.

#BinanceAcademy