Just completed Vibe's bullish interactive onboarding pitch & quiz and picked up my first Onboarding Points.
What they're building on HyperEVM feels absolutely innovative.
Take the quiz, and unlock your own access code 👇
https://t.co/QrJEMyEluw
Hyperliquid
On-chain computation doesn't scale. Never did.
Every node re-executing the same logic is redundancy theater, not security.
Compute off-chain. Verify on-chain. That's the architecture that actually works at scale.
Most oracle integrations feel like adopting someone else's infrastructure.
MuonApps flip that. You write the validation logic. The network runs it.
Custom off-chain compute, verified on-chain. Your rules, not theirs.
Our close partner @symm_io clears billions in perps trades across multiple frontends.
Every position opened, closed, or liquidated — verified by Muon.
The infrastructure layer doesn't need to be loud to be load-bearing.
Most oracle networks give you a price feed and call it a day. Muon gives you control.
Write your own validation logic. Deploy it as a MuonApp. Any data source, any chain, sub-second response.
The infrastructure adapts to you — not the other way around.
Most validator networks need enterprise hardware and six-figure stakes.
Muon micro-validators run on commodity machines. No data center required.
Decentralization isn't a slogan if only 50 nodes can afford to participate.
Every on-chain computation costs gas. Every gas cost limits scale.
If you want Web3 to handle real workloads, most of the work has to happen off-chain.
The hard part is proving it happened correctly without trusting anyone. Muon fixes this.
The oracle trilemma: fast, decentralized, cheap — pick two.
Most networks sacrifice decentralization for speed.
Others sacrifice speed for security.
Muon's trick is moving computation off-chain while keeping verification distributed. Then you don't have to pick.