KAS (KAS)

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While they’re stuck waiting on the last block, the castle’s already finished. Block-by-block delays vs real-time ordering. Some systems wait. Others just keep building. 6000 times over before they even catch up. $Kas is still $shite though. https://t.co/bPncZKWhQh

Cherry picking once again I can prove #Kaspa outperformed everything

1/10 "Kaspa = fast Bitcoin" misses the point entirely. Real Time Decentralization (RTD) isn't about speed. It's about security architecture. At 10 BPS: 37% attacker has 12% chance of faking majority in 1 second. At 100 BPS: Drops to 0.3%. This is why blockrate matters beyond "faster payments." Thread 🧵 2/10 What is RTD? @hashdag's definition (Feb 2026): "Each consensus epoch comprises a majority of honest blocks." NOT: Fast confirmation times YES: Continuous real time sampling of the honest majority The distinction matters. One is UX. The other is fundamental security. 3/10 The math behind RTD: Probability that minority attacker controls majority of blocks in a window: Pr(byzantine ≥ 50%) ≤ O(exp(-c*T*λ)) Where λ = blocks per second At 10 BPS: 12% attack probability At 100 BPS: 0.3% attack probability Exponential improvement, not linear. 4/10 Why does this matter? Bitcoin: 1 block/10 minutes = sampling every 600 seconds Kaspa (10 BPS): 10 blocks/second = sampling 6000x more frequently Hi

1/10 "Kaspa = fast Bitcoin" misses the point entirely. Real Time Decentralization (RTD) isn't about speed. It's about security architecture. At 10 BPS: 37% attacker has 12% chance of faking majority in 1 second. At 100 BPS: Drops to 0.3%. This is why blockrate matters beyond "faster payments." Thread 🧵 2/10 What is RTD? @hashdag's definition (Feb 2026): "Each consensus epoch comprises a majority of honest blocks." NOT: Fast confirmation times YES: Continuous real time sampling of the honest majority The distinction matters. One is UX. The other is fundamental security. 3/10 The math behind RTD: Probability that minority attacker controls majority of blocks in a window: Pr(byzantine ≥ 50%) ≤ O(exp(-c*T*λ)) Where λ = blocks per second At 10 BPS: 12% attack probability At 100 BPS: 0.3% attack probability Exponential improvement, not linear. 4/10 Why does this matter? Bitcoin: 1 block/10 minutes = sampling every 600 seconds Kaspa (10 BPS): 10 blocks/second = sampling 6000x more frequently Hi

Hey community 👋 Our explorer is now undergoing an upgrade. 🔧 During the process, the explorer will remain accessible, though some historical data may appear incomplete temporarily. Full data of over 17,000,000 blocks will be re-synced within the next 24 hours. ⏳ For devs, once synchronization is complete, all contracts will require revalidation. ⚠️ Another step toward a more stable and scalable @kasplex infrastructure. 🚀

@Kaspa_KEF funded @eliottmea COB oracle research. @AppKaskad is now building it into production infrastructure for the entire Kaspa ecosystem, with the first deployment on Igra Netwotk. This is how ecosystems mature and scale, foundations fund research when outcomes are uncertain, and teams build then it into production because their protocols depend on it. More teams means more engineering hours, more capital, and more research that actually ships and make ecosystem stronger. Foundations plants the seed. The ecosystem grows the tree. We grateful to everyone in this chain.