Profil CryptoWithAhmar | Binance Square

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News ke time excitement hoti hai

profit nahi.

Structure ke baad trade karo 📊

$ETH $BNB $SOL

#NewsTrading #TradeSmart #MarketStructure #ForexNews

BNB

ETH

SOL

CryptoWithAhmar

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Breakout candle aayi

par volume confirm nahi hua ❌

Retail fasa, smart money nikla.

#FakeBreakout #SmartMoneyConcept #TradingTrap #CryptoForex

CryptoWithAhmar

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Podpora tab banta hai

když se prodávání zastaví.

Rezistence tab banta hai

když se nakupování zastaví.

$ETH $BNB $SOL

#SupportResistance #ChartReading #SmartTrading

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BTC ho ya Forex

Late entry = risky entry ⚠️

Patience hamesha reward deta hai.

$ETH $BNB $SOL

#cryptotrading #forexlifestyle #Marketpsychology #tradingtips

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Indicators problem ni hai..

Problem hai unpe depend karna.

Simple chart = clear decision 💡

$BNB $ETH $SOL
#PriceAction #tradingbasics #forextrader #cryptoeducation

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95% traders SL hit hone ke baad revenge trade kyun karte hain? 😬

Loss accept nahi hota, ego hurt hoti hai.

Market ego ko aur punish karta hai.

Tum bhi kabhi revenge trade me fase ho? 👇

$BTC $ETH $XRP

#TradingMindset #RevengeTrading #TraderLife #RiskManagement

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What is Cryptography?Cryptography is a method of protecting information so only the right person can read it. The easiest analogy: It is like locking your message in a box with a unique key. Only the person who has the exact key can open it. In digital world, the key is math. How Does Cryptography Work? It uses mathematical formulas to turn readable information into something that looks like nonsense. Think of 3 steps: 1. Encryption Turning your message into secret code. Example: “Hello” → 5f9a12c0e2… 2. Transmission You send the coded message over internet, WiFi, Bluetooth, doesn’t matter. Even if someone steals it, they only see nonsense. 3. Decryption The receiver uses a key to unlock the code and read the real message. If you don’t have the key, even supercomputers can’t break it. Why It is Important? Because the internet is basically an open world. Anyone can intercept a message, but cryptography ensures your data safety. What Problems Does It Solve? 1. Privacy (Keeping data secret) Your messages remain private. 2. Integrity (No tampering) Ensures data hasn’t been changed. 3. Authentication (Who are you?) Verifies identity. 4. Non-repudiation Non-repudiation ensures that a signed message or transaction can be verified as coming from the claimed sender. 5. Secure communication in hostile environments Even during war or government communication. • Who Invented Cryptography? It has existed for thousands of years. Earliest users: Ancient Egyptians used secret symbols Greeks used the "Scytale cipher" Romans used Caesar Cipher (simple shifting letters) But modern cryptography (strong math-based) was invented by: Claude Shannon (1940s) — father of modern cryptography Developed encryption theory during WW2. Whitfield Diffie & Martin Hellman (1976) Invented public-key cryptography, which is the foundation of Bitcoin, WhatsApp, HTTPS, everything. Rivest–Shamir–Adleman (RSA, 1977) Created the RSA encryption algorithm. • Who Used Cryptography First in Modern History? Military (WW1 & WW2) For hiding battle plans. Governments & Intelligence Agencies for secure communication. Banks Where Is It Used Today? It is everywhere in modern life. You use it every single day, even if you don’t notice. 1. BTC & Blockchain Wallets Private keys Signatures Mining Hashing Without cryptography: BTC doesn’t exist. 2. WhatsApp End-to-end encryption. 3. Internet Browsing (HTTPS) Every website uses TLS/SSL cryptography. 4. Banking Apps Login security, Payment authorization, Fraud prevention 5. Mobile Networks Encrypted signals. 6. Cloud Services Files are encrypted. 7. Password Managers 8. Digital Signatures Used in: Government documents Corporate agreements Smart contracts 9. Cybersecurity Tools Firewalls, VPNs, encrypted disks. 10. AI & Data Security Encrypting models, datasets, and user information. Conclusion: Cryptography is the backbone of trust on the internet. $BTC $ETH $BNB #TrumpProCrypto #GoldSilverRebound #VitalikSells #StrategyBTCPurchase #AISocialNetworkMoltbook

What is Cryptography?

Cryptography is a method of protecting information so only the right person can read it.

The easiest analogy:

It is like locking your message in a box with a unique key. Only the person who has the exact key can open it. In digital world, the key is math.

How Does Cryptography Work?

It uses mathematical formulas to turn readable information into something that looks like nonsense.

Think of 3 steps:

1. Encryption

Turning your message into secret code.
Example:
“Hello” → 5f9a12c0e2…

2. Transmission

You send the coded message over internet, WiFi, Bluetooth, doesn’t matter. Even if someone steals it, they only see nonsense.

3. Decryption

The receiver uses a key to unlock the code and read the real message. If you don’t have the key, even supercomputers can’t break it.

Why It is Important?

Because the internet is basically an open world. Anyone can intercept a message, but cryptography ensures your data safety.

What Problems Does It Solve?

1. Privacy (Keeping data secret)

Your messages remain private.

2. Integrity (No tampering)

Ensures data hasn’t been changed.

3. Authentication (Who are you?)

Verifies identity.

4. Non-repudiation

Non-repudiation ensures that a signed message or transaction can be verified as coming from the claimed sender.

5. Secure communication in hostile environments

Even during war or government communication.

• Who Invented Cryptography?

It has existed for thousands of years.

Earliest users:

Ancient Egyptians used secret symbols

Greeks used the "Scytale cipher"

Romans used Caesar Cipher (simple shifting letters)

But modern cryptography (strong math-based) was invented by:

Claude Shannon (1940s) — father of modern cryptography

Developed encryption theory during WW2.

Whitfield Diffie & Martin Hellman (1976)

Invented public-key cryptography, which is the foundation of Bitcoin, WhatsApp, HTTPS, everything.

Rivest–Shamir–Adleman (RSA, 1977)

Created the RSA encryption algorithm.

• Who Used Cryptography First in Modern History?

Military (WW1 & WW2)
For hiding battle plans.

Governments & Intelligence Agencies for secure communication.

Banks

Where Is It Used Today?

It is everywhere in modern life.
You use it every single day, even if you don’t notice.

1. BTC & Blockchain

Wallets

Private keys

Signatures

Mining

Hashing

Without cryptography: BTC doesn’t exist.

2. WhatsApp

End-to-end encryption.

3. Internet Browsing (HTTPS)

Every website uses TLS/SSL cryptography.

4. Banking Apps

Login security, Payment authorization, Fraud prevention

5. Mobile Networks

Encrypted signals.

6. Cloud Services

Files are encrypted.

7. Password Managers

8. Digital Signatures

Used in:

Government documents

Corporate agreements

Smart contracts

9. Cybersecurity Tools

Firewalls, VPNs, encrypted disks.

10. AI & Data Security

Encrypting models, datasets, and user information.

Conclusion:

Cryptography is the backbone of trust on the internet.
$BTC $ETH $BNB #TrumpProCrypto #GoldSilverRebound #VitalikSells #StrategyBTCPurchase #AISocialNetworkMoltbook

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Bitcoin Was Not the First Digital Money Attempt

Most people think Bitcoin came out of nowhere.

It didn’t.

Before Bitcoin, there were multiple attempts at digital money:

• DigiCash (David Chaum)
• e-gold
• Hashcash (proof-of-work concept)
• b-money (Wei Dai)
• Bit Gold (Nick Szabo)

They all failed.

Not because the ideas were bad but because one missing piece wasn’t solved.

They all relied on trust somewhere.

Bitcoin didn’t invent every part.
Bitcoin removed the final trusted middleman.

That’s why it survived.

Bitcoin isn’t a magic
It’s an engineering convergence.

History matters if you want to understand why something lasts.
$BTC $ETH $SOL

#TrumpProCrypto
#GoldSilverRebound
#VitalikSells
#StrategyBTCPurchase
#AISocialNetworkMoltbook

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People often say "Bitcoin Feels Boring"

Exactly.

The most important systems in the world are boring:

• TCP/IP
• Electricity standards
• Time zones
• The internet’s base layers

They don’t change often because too much depends on them.

Bitcoin isn’t here for excitement

It’s here for reliability.

$BTC $ETH
#USCryptoMarketStructureBill #AISocialNetworkMoltbook #StrategyBTCPurchase #VitalikSells #GoldSilverRebound

BTC

ETH

CryptoWithAhmar

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Trader vs Investor — Rozdíl v závislosti

Trader je nezávislý.
Závisí na svých vlastních dovednostech.

• Psychologie
• Disciplína
• Řízení rizik
• Čtení tržních dat
• Provádění

Trader má vždy příležitosti, bez ohledu na tržní podmínky. Dovednost ho provází.

Investor je závislý.
Závisí na tržních podmínkách a týmu projektu.

• Makroekonomie
• Vize zakladatelů
• Dodávka vývoje
• Přijetí
• Regulace
• Časování narativu

I nejlepší projekt může v špatném trhu ztrácet.
I silné základy mohou být ignorovány po léta.

To jednoho z nich nedělá nadřazenějšího než druhého.
Dělá je to odlišnými hrami.

Tradeři budují příjem na základě schopností.
Investoři budují bohatství na základě trpělivosti a víry.

Vědět, kterou hru hrajete.
A co je důležitější — vědět, na čem závisíte.

$SOL $ETH $BTC
#TrumpProCrypto #AISocialNetworkMoltbook #StrategyBTCPurchase #BinanceBitcoinSAFUFund #WhenWillBTCRebound

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Když se regulace zpřísňují, mince zaměřené na soukromí se stávají cennějšími.

Pojďme o tom mluvit.

1. Regulace = Více dohledu

Po celém světě se vlády posouvají směrem k: pravidlům KYC, monitorování transakcí, sledování burz, hlášení daní, analýzám blockchainu. Většina kryptoměn jako Bitcoin, Ethereum, Solana atd. je veřejná ve výchozím nastavení. Každá transakce může být sledována.

Jak regulace rostou, tento dohled se stává ještě přísnějším.

2. Čím více sledování roste, tím více lidí chce soukromí

Lidská psychologie je jednoduchá:

Když svoboda klesá → poptávka po soukromí roste.

Zamyslete se nad tím:

Pokud každá platba, kterou provedete, může být sledována

Pokud každá peněženka může být spojena s vaší identitou

Pokud váš finanční život se stane zcela transparentním

Přirozeně, lidé začnou hledat alternativy.
A ta alternativa je:

Na soukromí zaměřená kryptoměna jako Monero

3. Mince zaměřené na soukromí řeší budoucí problém

Právě teď se mnoho lidí o soukromí nezajímá. Ale jak: daně se zpřísňují, vlády více sledují kryptoměny, burzy hlásí více dat, nástroje pro analýzu blockchainu se zlepšují:

Lidé si uvědomí:
"Počkejte… ve skutečnosti nechci, aby byla moje celá finanční historie veřejná."

To je místo, kde se mince zaměřené na soukromí stávají extrémně cennými.

$ETH $XRP $SOL
#TrumpProCrypto #MarketCorrection #USCryptoMarketStructureBill #WhenWillBTCRebound #USCryptoMarketStructureBill

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Coin Vs Token: Basic to PhD Definitions — State-Level Explanation ● Basic Definition • Coin: Cryptocurrency that has its own blockchain is called a coin. It is primarily used for the following purposes : I. A medium of exchange II. A store of value III. To pay network fees IV. Staking/Rewards: To incentivize users to participate in securing the blockchain & maintaining the network’s integrity. eg. BTC, XMR, ETH, SOL, etc • Token: Cryptocurrency that relies on another blockchain is called a Token. It is primarily used for the following purposes: I. Utility: To access products or services within a specific project or ecosystem. II. Governance: To vote on project decisions or protocol upgrades. III. Representation of Value: To represent assets like stablecoins, NFTs, or other real-world or digital items. IV. Staking/Rewards: To incentivize users to support a protocol or ecosystem & participate in governance or network activities. eg. LINK, ARB, OP, zkSync, STRK, etc ● Confusion: If coins have their own blockchains, then: • Why are ARB, OP, zkSync, STRK considered tokens even though they have their own chains? • Why are HBAR and IOTA considered coins when they don’t even use traditional blockchain technology? This confusion exists because the basic definition used by the masses is incomplete & technically inaccurate. [First understand this, ARB, zkSync, OP, STRK, are tokens, not coins because even though they have their own blockchains/Protocols, their security & settlement ultimately rely on Ethereum’s protocol. They are Layer-2 scaling solutions, their chains handle fast transactions, but Ethereum guarantees final settlement & security]. ● Coin Vs Token: PhD Definition • Coin A virtual asset that relies on its own protocol for security and settlement is called a coin. eg. Bitcoin, XMR, Ether, SOL, HBAR, IOTA, XRP, BNB, etc • Token A virtual asset that relies on another protocol for security and settlement is called a token. eg. LINK, ARB, OP, zkSync, STRK, etc $BTC $ETH $BNB #TrumpProCrypto

Coin Vs Token: Basic to PhD Definitions — State-Level Explanation

● Basic Definition

• Coin:

Cryptocurrency that has its own blockchain is called a coin.

It is primarily used for the following purposes :

I. A medium of exchange

II. A store of value

III. To pay network fees

IV. Staking/Rewards: To incentivize users to participate in securing the blockchain & maintaining the network’s integrity.

eg. BTC, XMR, ETH, SOL, etc

• Token:

Cryptocurrency that relies on another blockchain is called a Token.

It is primarily used for the following purposes:

I. Utility: To access products or services within a specific project or ecosystem.

II. Governance: To vote on project decisions or protocol upgrades.

III. Representation of Value: To represent assets like stablecoins, NFTs, or other real-world or digital items.

IV. Staking/Rewards: To incentivize users to support a protocol or ecosystem & participate in governance or network activities.

eg. LINK, ARB, OP, zkSync, STRK, etc

● Confusion:

If coins have their own blockchains, then:

• Why are ARB, OP, zkSync, STRK considered tokens even though they have their own chains?

• Why are HBAR and IOTA considered coins when they don’t even use traditional blockchain technology?

This confusion exists because the basic definition used by the masses is incomplete & technically inaccurate.

[First understand this, ARB, zkSync, OP, STRK, are tokens, not coins because even though they have their own blockchains/Protocols, their security & settlement ultimately rely on Ethereum’s protocol. They are Layer-2 scaling solutions, their chains handle fast transactions, but Ethereum guarantees final settlement & security].

● Coin Vs Token: PhD Definition

• Coin

A virtual asset that relies on its own protocol for security and settlement is called a coin.

eg. Bitcoin, XMR, Ether, SOL, HBAR, IOTA, XRP, BNB, etc

• Token

A virtual asset that relies on another protocol for security and settlement is called a token.
eg. LINK, ARB, OP, zkSync, STRK, etc
$BTC $ETH $BNB
#TrumpProCrypto

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The next global operating system won't be built by Microsoft or Google, it's already here The Ethereum protocol: Bitcoin is digital gold, Ethereum is the digital court system. But unlike a court that waits for disputes, Ethereum enforces rules before disputes even happen. No judges. Just math. Most people stop at "Ethereum = smart contracts." That’s surface level. The deeper view; Ethereum is the settlement engine of the digital economy; where money, ownership, and agreements execute themselves without permission, delay, or borders. • Ethereum & AI Economies Bitcoin is perfect for preservation. Ethereum is perfect for creation. As AI agents rise, they will not only hold money they will contract, govern, and negotiate in real-time. They need a programmable financial layer that doesn’t rely on human permission. Insight: The first true AI civilization will run on Ethereum, because it’s the only trustless court, bank, and marketplace that machines can use natively. • Ethereum & Nations Nations that integrate Ethereum at a protocol level won’t just gain efficiency; they’ll set the global standard for programmable economies. Ignoring Ethereum is like ignoring the internet in the 1990s by the time you realize its gravity, you’re already behind. It has also been tested more than any chain. Attacks, forks, scaling pressure yet it remains the chain institutions trust. Institutions don’t need hype; they need guarantees. • Key Challenges: Ethereum is slow and expensive at the base layer. But this is by design. Ethereum chose a modular path: rollups handle volume, while Ethereum acts as the Supreme Court of blockchains; the place of final settlement. Staking centralization (Lido >30%, exchanges also control a large share ) User experience fragmented (wallets, bridging, L2s) High gas fees still exclude small users Scaling depends on rollups, which remain fragmented $BTC $ETH $SOL #TrumpProCrypto #USCryptoMarketStructureBill #BinanceBitcoinSAFUFund #WhenWillBTCRebound #PreciousMetalsTurbulence

The next global operating system won't be built by Microsoft or Google, it's already here

The Ethereum protocol:

Bitcoin is digital gold, Ethereum is the digital court system. But unlike a court that waits for disputes, Ethereum enforces rules before disputes even happen. No judges. Just math.

Most people stop at "Ethereum = smart contracts." That’s surface level. The deeper view; Ethereum is the settlement engine of the digital economy; where money, ownership, and agreements execute themselves without permission, delay, or borders.

• Ethereum & AI Economies

Bitcoin is perfect for preservation. Ethereum is perfect for creation.
As AI agents rise, they will not only hold money they will contract, govern, and negotiate in real-time. They need a programmable financial layer that doesn’t rely on human permission.

Insight: The first true AI civilization will run on Ethereum, because it’s the only trustless court, bank, and marketplace that machines can use natively.

• Ethereum & Nations

Nations that integrate Ethereum at a protocol level won’t just gain efficiency; they’ll set the global standard for programmable economies.
Ignoring Ethereum is like ignoring the internet in the 1990s by the time you realize its gravity, you’re already behind.

It has also been tested more than any chain. Attacks, forks, scaling pressure yet it remains the chain institutions trust. Institutions don’t need hype; they need guarantees.

• Key Challenges:

Ethereum is slow and expensive at the base layer. But this is by design. Ethereum chose a modular path: rollups handle volume, while Ethereum acts as the Supreme Court of blockchains; the place of final settlement.

Staking centralization (Lido >30%, exchanges also control a large share )

User experience fragmented (wallets, bridging, L2s)

High gas fees still exclude small users

Scaling depends on rollups, which remain fragmented
$BTC $ETH $SOL
#TrumpProCrypto #USCryptoMarketStructureBill #BinanceBitcoinSAFUFund #WhenWillBTCRebound #PreciousMetalsTurbulence

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Not all coins uses blockchain technology

● Distributed Ledger Technology (DLT) & Blockchain:

• Distributed Ledger Technology (DLT)

Definition: A system that allows multiple participants to maintain a shared ledger of data or transactions without a central authority.

Key properties:

Decentralization

Cryptographic security

Consensus among participants

Note: DLTs are not required to use a chain of blocks; the structure can vary.

• Blockchain

Definition: A type of DLT where transactions are grouped into blocks and each block is linked to the previous one using cryptography.

Key properties:

Sequential, immutable blocks

Each block references the previous block’s hash

Ideal for cryptocurrencies like Bitcoin and Ethereum

• Clarity:

All blockchains are DLTs

Not all DLTs are blockchains

Example: DAG-based systems (IOTA, Hedera Hashgraph) are DLTs but not traditional blockchains.

• Conclusion:

DLT = broad category of decentralized ledgers

Blockchain = one specific type of DLT

$BTC $ETH $BNB
#TrumpProCrypto #GoldSilverRebound #VitalikSells #StrategyBTCPurchase #AISocialNetworkMoltbook

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Why Billionaires Buy Yachts & Spend Multi Millions Anually On Them ?

It's not about luxury or flex, it's about:

1. Asset Protection & Security

These regions offers highly secure marinas with strict access control and surveillance.

Yachts are expensive assets, and parking them there reduces risk of theft, damage, or disputes.

2. Legal & Ownership Clarity

These region has favorable laws for asset ownership and registration of yachts.

Ownership is clear, protected, and often shielded from unnecessary taxation or seizure.

3. Privacy

Billionaires value discretion; these regions provides privacy in registrations and docking.

Prevents public exposure of their lifestyle and asset locations.

4. Convenience & Accessibility

Yachts can be quickly accessed for personal use or charter without bureaucratic delays.

Ensures the asset is liquid in terms of usability, even though it’s stationary.

5. Wealth & Lifestyle Integration

Regions like Monaco is a hub for other ultra-wealthy individuals, offering networking, luxury services and prestige.

Parking a yacht there is both practical and symbolic, integrating security with status.

Conclusion:

Yachts in these regions aren’t just for luxury, they are strategically parked to ensure security, legal clarity, privacy and instant access, similar to how billionaires secure their gold, cash and important documents in specialized facilities.

$BTC $ETH $SOL
#TrumpProCrypto #GoldSilverRebound #StrategyBTCPurchase #WhenWillBTCRebound

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Central Bank Vs Commercial Bank

● Central Bank

A central bank is the highest monetary authority of a country.
It issues the national currency and controls the money supply.

Example:

Pakistan → State Bank of Pakistan (SBP)

United States → Federal Reserve (The Fed)

European Union → European Central Bank (ECB)

United Kingdom → Bank of England (BoE)

China → People’s Bank of China (PBoC)

• What they do:

Issue banknotes (fiat currency)

Regulate commercial banks

Control interest rates

Manage inflation and monetary policy

Stabilize financial systems

• Important Clarification

Commercial banks do not issue currency, they create bank money (deposits).

Only the central bank issues:

Physical cash notes

Reserves

CBDCs (when launched)

● Commercial Bank

A commercial bank is a financial institution that provides everyday banking services to the public and businesses.

These are the banks we use for:

Opening accounts

Deposits & withdrawals

Loans

Debit/Credit cards

Payments & transfers

They operate under the regulation of the central bank.

Examples:
HSBC, Standard Chartered, JPMorgan Chase, Butterfield Bank, etc...

• What They Do:

Accept deposits

Provide loans

Facilitate payments

Offer business banking

Create bank money (deposits), but they do NOT issue currency

Provide investment & saving products

Offer secure storage for valuables

And for ultra wealthy clients offer private banking services.
$BTC $ETH $SOL
#TrumpProCrypto #GoldSilverRebound #StrategyBTCPurchase #USCryptoMarketStructureBill

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Burj khalifa in Crypto😅🤣
$BTC $ETH $SOL

#StrategyBTCPurchase #USCryptoMarketStructureBill #AISocialNetworkMoltbook #MarketCorrection #WhenWillBTCRebound

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Kdybyste investovali jen 100 $ do Etherea $ETH zpět v roce 2016, kdy $ETH obchodoval kolem 9 $–10 $, vlastnili byste téměř 10 $ETH .

Přesuňme se do roku 2026, kdy se ETH obchoduje kolem 3 300 $, tato stejná investice by nyní měla hodnotu přes 33 000 $.

To je síla dlouhodobé vize a trpělivosti.

Ethereum nebylo vždy populární — bylo rizikové, nejisté a ignorované mnoha.

Ale ti, kteří věřili brzy, byli masivně odměněni.

To není jen o kryptoměnách,
jde o čas na trhu, ne o načasování trhu.

#MarketRebound #BTC100kNext? #WriteToEarnUpgrade #StrategyBTCPurchase

ETH