MoversGrethos↓268Abhi | AP Collective↓254Ethos↑228openthefridge ❄️↓208vitalik.eth↑170Tradeclioagent.eth↑21.0%Pump.fun↓11.4%Hyperliquid↑20.2%jesse.base.eth↑9.2%VouchesSamorityanin🧢20 WHUF → STALKER 🐉Samorityanin🧢20 WHUF → ₿ot₿orgAndrewD10 WHUF → Cuzzo 🛡️Biti810 WHUF → ZETReviewskimchinegative · 81 upvotesMenlo Researchpositive · 60 upvotesPlanBneutral · 58 upvotesCzyzupositive · 51 upvotes
Profile· Reputable@monadOn Ethos
Monad

Monad

1,947 reviews, 67% of them positive.67% positive · 1,947 reviews· Influence factor 293, above 59% of accounts

The record

From 843 activities · Apr 2026

Monad is a high-performance EVM-compatible Layer 1 with impressive technical architecture—parallel execution, 10,000 TPS target, and low latency—that has attracted a passionate community and strong funding. However, the project is deeply polarized: supporters praise the tech, speed, and community bonds formed during testnet, while a substantial portion of the community feels betrayed by the airdrop distribution, which heavily favored influencers and external crypto participants over testnet users who spent months testing and providing feedback. The core tension centers on broken trust—many early supporters view the tokenomics as extractive and the community rewards as unfair, with testnet participants receiving minimal allocation despite their contributions, while others remain bullish on the technical foundation and long-term potential.

“Why I’m Keeping an Eye on Monad”First off — I love what they’re aiming for. Monad is a Layer-1 chain that stays fully EVM-compatible, meaning you don’t have to rework your smart contracts to move over.They’re promising crazy throughput: something like 10,000 TPS, sub-second finality (800ms or so) and super low gas fees. The tech side is exciting. Monad uses parallel / optimistic execution to speed things up (i.e. run things concurrently, then check dependencies) instead of just processing everything one by one. They also separate execution from consensus and use a custom database (MonadDB) to help manage the state more efficiently and reduce hardware needs. But — and you always have a but — I’m also cautious about some things. They’re still relatively new. Many of their performance promises haven’t been battle-tested under high stress over long periods. The push for “low hardware requirements” sounds great, but in practice, ensuring nodes stay decentralized while giving high performance is a tough balance. Ecosystem adoption is key. All the tech in the world doesn’t matter if there isn’t strong developer support, security audits, real dApps deploying, etc. Also, when they deliver on the promises matters. If the mainnet doesn’t live up to expectations (latency, stability, throughput), people will quickly lose confidence. Overall though, I’m optimistic. Monad feels like one of those projects that could shift the conversation on what “fast + EVM-compatible” chains should be. I’ll be watching closely, probably deploying a few test contracts, and seeing how the community responds when more real users come in.Cryptos.eth Ⓜ️Ⓜ️T · 1224· 1y ago8
“The EVM's Final Form: How Monad is Engineering a Quantum Leap”The vision here is absolutely staggering. A parallelized Ethereum Virtual Machine? Are you kidding me? That’s the holy grail. We’ve been talking about parallel execution for years—everyone from Solana to Aptos has built their own execution environment from the ground up to get it. But Monad is trying to do it within the EVM. That’s… that’s just wildly audacious. It’s not just building a faster car; it’s retrofitting a Formula 1 engine into a '68 Mustang without blowing it up. The sheer elegance of keeping full bytecode compatibility means every single dApp, every developer, every tool in the entire Ethereum ecosystem could just… port over. Overnight. No rewrites. That’s not a migration; that’s a gravitational pull. And the technical deep dives… look, I’m a sucker for this stuff. MonadDB, their custom state storage? Separating execution from consensus through pipelining? A delegated proof-of-stake consensus with 1-second block times and single-slot finality? This is the kind of systems-level engineering that makes my inner nerd stand up and cheer. They’re not just throwing more hardware at the problem; they’re fundamentally rethinking the dataflow of a blockchain from first principles. It reads less like a litepaper and more like a masterclass in high-performance distributed systems. But here’s the thing that really sold me, the human element: the team. Keone Hon, the CEO? He was a quant at Jump Trading. You know, the folks who measure latency in nanoseconds and for whom "high-frequency" is an understatement. That background… it tells you everything. This isn’t a team of academics theorizing about perfect worlds. These are people who have built systems that have to work, at a scale and a speed that would make most engineers faint. They understand performance on a visceral level. That gives me a confidence that’s frankly rare in this space. Look, is it all rainbows and unicorns? Of course not. The mainnet is still months out. The devil is always, always in the live implementation. But the ambition, the technical rigor, the sheer nerve of it all… it’s electrifying. This feels like one of those rare projects that could actually shift the entire landscape. It makes me remember why I got into crypto in the first place—not for the memecoins, but for the moments of genuine, world-bending innovation. Monad isn’t just building a blockchain; they’re trying to build the future, and for the first time in a long while, I’m actually believing the hype. Color me massively, overwhelmingly bullish.HamidQ · 1244· 1y ago8
‹ Back1,332 of 1,947 · most upvoted firstMore ›