Top Tweets for #TelcoinNetwork

Awesome find… an enterprise blockchain project called Rayls built one of its core clients using the Telcoin Network codebase as a foundation. These guys work with banks and even central bank projects. Basically shows Telcoin Network’s architecture is considered robust enough for institutional blockchain systems, not just another crypto chain. $TEL

ETHEREUM’S FUSAKA HARD FORK IS CONFIRMED FOR DECEMBER 3, 2025 🗓️ WHAT YOU NEED TO KNOW: Thanks to EIP-7951, your phone’s built-in security chip (like Apple’s Secure Enclave) can now sign Ethereum transactions natively and affordably. What this means: -Your phone can sign Ethereum transactions directly -Gas cost drops from ~500k to just 6,900 gas -No more seed phrases for AA wallets : just Face ID or fingerprint auth Why it matters: This isn’t replacing Ledger or Keystone. It’s about onboarding the next billion users who won’t write down 12 words. They’ll just scan their face and tap “send”; with bank-grade security already in their pocket. $ETH Fusaka hard fork will begin bridging crypto and mainstream tech in a revolutionary way; by turning smartphones into secure hardware wallets. ⚡

People get hypnotized by big TPS numbers because they look like horsepower. Screenshots of dashboards make throughput look like speed, even though TPS only tells you how much data a chain can push at once. It says nothing about when a transaction becomes final, irreversible, and safe to act on. For money, that moment is everything. A payment rail lives or dies on time to finality (TTF). If you tap “send,” you’re not celebrating how quickly your transaction was included. You’re waiting for the point where it cannot be rolled back. That moment determines when a wallet can release funds, when an exchange can credit a deposit, and when a telecom operator can settle a cross-border transfer without holding extra risk. Solana is the clearest example of how misleading TPS can be. The blocks come fast and the throughput is massive, so on charts it looks like the fastest chain alive. But you still wait around twelve seconds before the network treats your transaction as truly final. And when the chain fills up, the fee market goes wild. Priority fees spike, bots crowd the mempool, and simple transfers suddenly cost real money. High throughput doesn’t protect users when the network reaches capacity and the fee auction takes over. Algorand goes in the opposite direction. It has a slower block cadence on paper, but each block is final the instant it lands. No forks and no waiting for confirmations. One block is enough. In practice, that makes Algorand feel faster for money movement than Solana’s rapid-fire blocks, because its TTF is built into every block. Avalanche strikes a balance between speed and certainty. It processes large volumes comfortably, but more importantly it finalizes in about one to two seconds. That reliability is why serious liquidity systems choose it. You cannot run real DeFi pipelines on a settlement window measured in multiple confirmations. Its TTF is short, predictable, and stable under load. Telcoin Network fits into this instant-finality category. It’s not built to win screenshot wars. It’s built so that a remittance, an FX step, an eUSD payment, or a telecom settlement is final the moment it appears on chain. There’s no ritual of waiting for ten confirmations. There’s no delay where a partner has to freeze funds until the chain becomes safe. And because TTF is immediate, congestion doesn’t turn into a fee-spike circus the way it does on networks that rely on probabilistic settlement. Users don’t feel TPS. They feel TTF. Whether a chain processes hundreds or thousands of transactions per second, a long finality window makes it feel slow. When someone sends money, they’re waiting for the green confirmation badge that tells them the value is theirs permanently. That’s the experience chains are judged on, not throughput graphs. TPS sells blockchains on social media. Time to finality (TTF) sells blockchains to the people who actually move value.