Anoma (XAN)

How many of you remember the XAN coin? The project called An@ma that did the most terrible drop recently? Well I was recently Checking @Velvet_Capital and the highest gainers on ethereum and I realized that this coin was the 3rd highest gainer on ETH while MBG continues to remain the highest gainer for the past three days. Don't know who is pumping XAN, especially since there's hasn't been a lot of activities going on on the chain. These are some of the stuffs you can discover on VELVET, while using using its unicorn AI for more in-depth analysis on the coin

RT : Execution without consensus. Privacy without mempools. @anoma turning DeFi into an intent economy where solvers chase your goal across Cosmos & L2s, blind to the path but perfect on the settle. $XAN isn’t hype, it’s the protocol for desire itself

$XAN TP1 hit ✅ +12% UP Slowly moving https://t.co/hK02LwOSsD

community spent months grinding team spent months promising then the team scamed chart spent months dying perfect storyline https://t.co/X3Pv3j90YL

Privacy is the one thing crypto has talked about for a decade but never solved. ZK, Mixers and Shielded pools rolled out, but real, usable, chain-agnostic privacy is still missing. That’s the world before @anoma . Let’s walk through why the Anoma DOS + ARM architecture is the first framework that can deliver true privacy across every chain and how the ecosystem apps prove it. — Anoma is not a blockchain rather it is an OS layer that sits on top of existing blockchains. It is the only way chains can 'add privacy' in a way that just works natively. It's an easy add-on that can make privacy work without any technical know how. Anoma isn't a privacy project, but privacy is one of the main features you get when you install Anoma DOS on your chain. — Anoma Frameworks: ● Distributed Operating System (DOS): The Anoma DOS provides: • A universal layer that unifies all chains • Standard coordination for intents • A shared space where private computation makes sense • The ability for apps to run natively everywhere ● ARM - The privacy machine inside that OS that gives it the ability to compute privately anywhere, on any chain. What makes ARM special? • Intent-centric design • Data + function privacy • Shared private state • Runs across all chains via Protocol Adaptors: Any chain with a PA becomes ARM-powered instantly. Together, they make privacy native, programmable, and chain-independent. — The apps launching first on Anoma aren’t random experiments but they’re demonstrations of what only ARM can do. Let’s go through them: @AnomaPay ( private payments across any chain ) This is the perfect showcase of ARM-level privacy: • Pay in any asset • Receiver claims in any asset • Private routing across chains • No doxxing transaction graphs • Intent-driven (“send privately from USDC and receiver takes USDT”) • Fees with XAN (Native ecosystem) buybacks This is privacy that scales to enterprises, DAOs , Individuals and Real-world stablecoin flows ARM makes payments: private, portable, and universal. @sullyswap SullySwap flips the script from traditional Dexs with; • Shared private state for pools • Private execution via intents • Cross-chain routing without revealing flows • Next-gen UX that feels like a private trading terminal This is only possible because ARM can compute both the logic and the state privately. ● The upcoming Anoma super app (privacy by default) This app will become: • Your private payments hub • Private trading interface • Private credit and DeFi gateway • The “home screen” for ARM-powered apps Think of it as the interface to the privacy OS and an alpha you want to keep your eye on. — The Bigger Picture: Privacy is the missing layer of Web3 Anoma doesn't just “add privacy.” It moves crypto into its third generation: • Gen 1 – Bitcoin: store of value • Gen 2 – Ethereum: programmable money • Gen 2.1 – L2s, rollups, ZK scaling • Gen 3 – Anoma: intent-centric, private, universal OS Every app, every chain, every asset all in one private environment.

$XAN +8% ✅ Stop-loss to break even https://t.co/RLezTLItHp