Pharos Network

@Kiwi_Nod @pharos_network ~15x the throughput of Ethereum’s storage stack. ​That’s the real 'PROS' for me: it’s an attempt to fix the I/O bottleneck that makes institutional-grade finance too expensive or slow on standard EVM chains. It’s a bet on superior storage and state manag

@Kiwi_Nod @pharos_network Most 'parallel' chains still hit a wall when transactions touch the same account (the 'hot account' problem). Pharos addresses this by parallelizing the entire lifecycle—from signature verification down to the I/O. Their storage engine, Pharos Store, is

@Kiwi_Nod @pharos_network compliance checks—the storage engine (LevelDB/MPT) usually bottlenecks long before the execution engine does. ​Pharos is interesting to me because they aren't just 'parallelizing' for the sake of a high number. They’re using DP4 (Deep-Parallel Pipelined

@Kiwi_Nod @pharos_network and what stood out to me is how they’re trying to simplify user interaction while still building something scalable. Still early, but definitely something I’ll keep an eye on. Curious to see how it evolves over time. TopNod address 0x99C147751720D829

@Kiwi_Nod @pharos_network @Kiwi_Nod Just explored Pharos Network through TopNod and I didn’t expect it to be this smooth. The interface was straightforward and onboarding didn’t feel complicated, which is rare for early-stage platforms. I spent some time going through the ecosy

@Kiwi_Nod @pharos_network It combines EVM ease with ZK-compliance, making mass adoption a technical reality rather than a roadmap dream. Definitely worth a look for the next RWA cycle. Address 0x99C147751720D829a6D7d44A6A5D8aAEa3F328b1 @Kiwi_Nod

@Kiwi_Nod @pharos_network Hey @Kiwi_Nod The bridge between TradFi and Web3 is finally scaling. Pharos ($PROS) isn't just another L1; it’s a high-performance RealFi engine. Think sub-second finality and 30k TPS, purpose-built to bring institutional bonds, gold, and equities on-ch