Feed/@_theonlyplanet
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@_theonlyplanet

PLANET

Crypto Insights/Coverage. Web3 aficionado. History enthusiast.

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Now that the whales have realized that Cented, Cupsey, Bandit & other toxic KOLs never allow new tokens to survive peacefully, they have shifted their focus to pumping old tokens like TROLL, RAGE, AURA & others. The main reason those greedy KOLs keep destroying tokens is because of the thousands of copy traders following them. No matter how good a token is, once those copy traders rush in and rush out, the project eventually gets killed.
2d ago0💬 0🔁 0
$MOMSDAY This token was created a year ago to mark Mother’s Day, shortly after Elon Musk tweeted “Happy Mother’s Day.” It is currently sitting at an $11K market cap, with Mother’s Day just two days away. Do with this information whatever you will. CA: Et6gRoo12M5sY7xyypmvfSpS3PmmDkVCJ2spYZmcpump
4d ago6💬 3🔁 5
$TON by @ton_blockchain Four months ago, when Pavel @durov returned to intensify efforts toward reviving the $TON ecosystem, one of the immediate technical priorities was reducing network latency, specifically improving transaction finality. Today, a transaction on TON takes less than one second to reach finality about 0.6 seconds. But what exactly is finality in blockchain? To understand why TON’s speed matters, it is important to understand the journey of every blockchain transaction. 1. Transaction Initiation The moment a user sends a transaction, the blockchain processes five core elements: The sender’s wallet address The receiver’s wallet address The transaction amount The gas fee (network charge) The sender’s private key (authorization) This is the foundation of transaction authenticity. 2. Transaction Signing and Broadcast Once the data is prepared, the wallet cryptographically signs it and broadcasts it to the first validator or node. In a Proof of Stake (PoS) network like TON, this validator becomes the first checkpoint for transaction verification. This differs from Proof of Work (PoW) systems like Bitcoin, though the objective remains the same: validate legitimacy. This is also where some advanced systems like Hedera deploy their Gossip about Gossip protocol through Hashgraph technology — an entirely different communication architecture. 3. The Mempool Stage Once validators receive the transaction, it enters the mempool (Memory Pool). The mempool is simply the waiting room of blockchain transactions, a temporary holding ground for unconfirmed transactions. At this point, validators evaluate critical questions: Is there sufficient gas fee? Is the transaction properly signed? Does the sender have sufficient balance? Naturally, validators prioritize transactions with higher fees because validation incentives are profit driven. Think of it like a market auction: if multiple transactions are waiting, the one carrying the highest fee often gets picked first. This economic incentive mechanism is one of the hidden engines of blockchain efficiency. 4. Block Inclusion From the mempool, validators prepare transactions for inclusion into a candidate block. Before inclusion, the network checks for: Double spending attempts Structural validity Transaction classification (NFT, fungible token, or other data structures) In PoW systems like Bitcoin, miners solve cryptographic puzzles to generate the block hash. In PoS systems like Ethereum, Solana, and TON, validator selection is stake-based, meaning influence is largely proportional to staked assets. 5. Consensus Formation Consensus is where decentralization proves its strength. Once a block is created, it is propagated across the validator network for agreement. This stage is what gives blockchain its immutability. Once consensus is achieved, that transaction becomes part of history permanently preserved on chain. A digital record buried so deep in cryptographic certainty that altering it becomes practically impossible. 6. Confirmation The final stage is confirmation. The transaction is inserted into the newest block, acknowledged by the network, and marked complete. At that point, settlement is final. This entire process happens in under one second on TON. For context: TON: 0.6 seconds Avalanche: around 1 second TRON: about 1 minute Bitcoin: up to 1 hour for stronger final settlement Speed in blockchain is not merely about convenience. It is about scalability, user experience, institutional readiness and the future of decentralized finance. And right now, TON is making a serious case for itself in that race. @s0meone_u_know
5d ago0💬 0🔁 0
You always say this is your last crypto cycle, what do you plan to start post retirement from crypto?
5d ago1💬 0🔁 0
$RC World Red Cross Day is scheduled for May 8th. This is the right time to position for $RC token ahead of the anticipated move. The community and CTO leadership are working tirelessly to ensure the token takes off. So far, they have donated over $300K to charity and are reportedly in contact with senior staff at the International Committee of the Red Cross. They have also been consistently hosting spaces, all in a bid to giga-send the $RC token. I am just the messenger. CA: 79ogrGd2bhRS455phmsJo8iHYzBusqgLeyxF9Tf5pump
6d ago2💬 0🔁 2

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@Paddy_Stash followed
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