The Monero event highlights why @kaspaunchained approaches security in a completely different way ⚡️ In August, a pool tied to Qubic managed to reorganize Monero’s chain by six blocks, cutting off nearly 60 blocks, an incident many called a live 51% attack $KAS is structured to make that kind of takeover far less realistic Here’s how 👇 -- ▪️ BlockDAG + GHOSTDAG Kaspa accepts parallel blocks instead of discarding them like legacy chains Every valid block contributes to consensus, reducing the edge an attacker gains from building a hidden fork Honest mining is preserved rather than erased -- ▪️ 10 blocks each second The network produces blocks at high speed, and future upgrades aim for even greater throughput This rapid pace absorbs honest work quickly, leaving attackers with almost no chance to outpace the chain Hidden mining loses its advantage -- ▪️ ASIC based security Kaspa relies on purpose-built ASICs that are expensive, complex to manufacture, and limited in supply Unlike GPU chains where hashpower can be rented on demand, controlling Kaspa requires enormous capital and months of preparation Coordinating majority control becomes almost impossible -- ▪️ UTXO commitments Kaspa’s pruning system means nodes only keep a few days of full history The short window for reorganizations makes deep rollbacks highly visible and very difficult to execute Attackers are forced into quick, obvious moves that are easier to detect and counter –––––––––– Monero’s reorg revealed what can happen when incentives turn against a network Kaspa is built so that consensus remains intact even under pressure With $KAS, the path forward is an internet of money secured by design, not by chance 🌍⛓️