JACK_SPARROW

Private Swap in action on @FlutonIO Just tested a seamless cUSDC swap across Sepolia- Arbitrum Sepolia, and the experience feels incredibly smooth. No friction. No extra steps. Privacy handled by default. Even during deeper testnet flows This is how Private DeFi should feel.

Just locked my #OG slot 574 on @tryrumor. Agentic trading terminal for prediction markets: agents, AI-native search, and trade-with-words execution. Early slots are filling. waitlist.rumor.trade

@drag4_t @QwertiAI @Cortex_Hub keep it going bro

AI agents are evolving fast. But intelligence alone isn’t enough. Autonomous systems need: • persistent memory • seamless coordination • accessible liquidity That’s why the partnership between @QwertiAI and @Cortex_Hub makes so much sense. ⚡ Cortex is building decentralized cognitive infrastructure for autonomous AI agents, while Qwerti simplifies access through its White-label Magic Link integration making $CORTEX acquisition frictionless for users. No complex onboarding. No unnecessary barriers. Just seamless execution. To celebrate the integration: 💎 500,000 Qwerti Points are being distributed to users trading $CORTEX through the Qwerti app. This is what real AI infrastructure looks like: memory + liquidity + execution working together. The next generation of autonomous systems is already being built. 👉 app.qwerti.ai/?ref=60a-27503 @Web4Sunny @__Soniiiaa

@KiashaABnb Gfermah mate

@CP_JACK_ gFermah♥︎🐬

GFermah guys👋 Prediction markets are growing insanely fast, but most people only notice the apps. What’s happening underneath is the harder part. Every prediction market team still has to manage infra, chain syncing, settlement logic, resolution systems, and external data reliability on their own. That’s why @fermah_xyz caught my attention. Instead of building another prediction market app, they’re building the infrastructure layer that can support thousands of them. Feels less like “one more product” and more like middleware for the next wave of onchain markets.

@introvert7372 yeah mate

@CP_JACK_ Infra first approach looks promising

@KiashaABnb @fermah_xyz @7wealthh Gfermah mate

gFermah♥︎🐬 The strongest teams in crypto aren’t adapting to broken assumptions. They’re rebuilding around better ones. Fermah Kernel feels less like a product and more like a bet that infrastructure should work around builders not trap them. 🚀 @fermah_xyz @7wealthh

@JeremySherd @cryptoperseus_ @FlutonIO @KhandayFaisal20 @JEAMSETH07 hehe very funny mate 😂😅

gFluton maintaining the encrypted role is a constant grind, keep showing your support @cryptoperseus_ @FlutonIO @KhandayFaisal20 @JEAMSETH07

@Avinash_3107 @fermah_xyz Thanks bro😊

@CP_JACK_ @fermah_xyz Cute drawing brother 😁 gFermah

Made my first handmade art for @fermah_xyz today and while drawing it, I spent some time reading more about the project too. What I liked is that Fermah is trying to make zero-knowledge proofs faster and more accessible instead of keeping powerful proving infrastructure limited to only big players. That matters a lot if ZK adoption keeps growing across crypto. Still learning about the tech side, but the idea of decentralized proving power sounds genuinely interesting. And yeah… drawing this little guy was fun too ✍️🦎 @0xTribal @7wealthh

@Avinash_3107 Gfluton bro

@CP_JACK_ Privacy by default not added further gFluton brother

Been reading about Fluton lately and the idea actually feels different from the usual "privacy" narratives in crypto. Instead of building another separate privacy chain, they’re trying to make confidentiality work across existing chains using encrypted intents. So swaps, bridging, yields, even strategies can stay private without exposing everything to validators or MEV bots. The part I found interesting is that privacy here isn’t optional or hidden behind extra steps. It’s built directly into execution. If this works at scale, it could change how people interact with DeFi completely. Curious to see how far encrypted execution can really go. @FlutonIO

@likith6150470 @fermah_xyz Thanks bro

@CP_JACK_ @fermah_xyz Cute

Been seeing more discussion around @fermah_xyz lately, so I spent some time understanding what they’re actually building. Most people talk about ZK as the future, but proof generation is still expensive, slow, and difficult for many projects to handle at scale. Fermah is trying to solve that by becoming a universal proof generation layer basically connecting projects that need ZK proofs with decentralized GPU/compute power to generate them faster and cheaper. What I found interesting is that they’re not limited to one ecosystem or proving system. The goal seems bigger making ZK infrastructure more accessible for everyone building in crypto. Feels like one of those backend projects people may ignore now, but could become important as ZK adoption grows 👀 What do you think underrated infrastructure play or still too early?

Season 1 of @The_Beacon_GG goes live May 25 alongside $BCN! Use my code and get a 50 Gobloonz + 1 Umbra Chest head start on everyone else 👇🏼 app.thebeacon.gg/pre-register?r…

@introvert7372 Wow very well art mate

Most people think blockchain scaling is only about execution speed and consensus. But there is another layer that matters just as much: memory. In traditional computers, memory is what allows data to be stored, accessed, and moved efficiently. Without a strong memory layer, even the most powerful processor cannot perform at its full potential. Web3 has made major progress in execution and decentralized consensus. What it still lacks is an efficient way to move and retrieve data across the network. That is the problem Optimum is solving. Optimum is building a decentralized memory layer designed to help blockchain networks distribute data faster and more efficiently. Instead of relying on slow, sequential data propagation, Optimum uses Random Linear Network Coding, or RLNC. This allows nodes to reconstruct data from encoded fragments, improving both speed and reliability. The result is lower latency, faster data availability, better bandwidth efficiency, and stronger scalability. This matters because blockchains are becoming increasingly data intensive. Rollups, AI agents, and high throughput applications all depend on efficient data movement. Optimum aims to provide the memory layer Web3 has been missing. A foundational infrastructure upgrade that helps decentralized systems scale more like real computers. Better memory leads to better performance. And better performance is what will make Web3 feel seamless for everyday users. Infrastructure may be invisible, but it is what enables everything above it to run faster, smoother, and at greater scale. That is why Optimum is an important part of Web3’s future. @get_optimum @CryptoSundayz @cryptooflashh

@Ped2550 @fermah_xyz Gfermah bro

@CP_JACK_ @fermah_xyz gfermah JACK

Most people talk about ZK like it’s only about privacy. But one of the biggest challenges in ZK today is actually proof generation itself. It’s expensive, slow, and difficult for builders to manage at scale. That’s where @fermah_xyz comes in Fermah is building a universal proof generation layer that helps projects generate ZK proofs faster and cheaper without needing to manage complex proving infrastructure on their own. Instead of every project building separate proving systems, Fermah turns proving into a shared marketplace powered by distributed compute resources. What’s interesting is that this could help ZK apps scale without depending too heavily on centralized infrastructure. They’re already working with projects like ZKsync and integrating different zk systems like Jolt. Feels like the kind of infrastructure most users may never notice directly, but a lot of future ZK apps could quietly rely on. Curious to see how big proof markets become over the next few years.

One thing I like about the Fluton community is that promotions are not based on hype or one viral post. The recent Encrypted role announcement showed something important consistency matters more than short-term activity. Some members earned the role after months of consistent contribution, while others missed this cycle because they stopped showing up consistently after previous promotions. That’s actually a healthy way to build a community. Not a sprint, but a long-term journey where effort, patience, and contribution are recognized over time. I also respect that the team encourages people to open tickets for direct feedback instead of leaving members guessing. In crypto, strong communities are usually built step by step like this. Big congratulations to everyone who earned the Encrypted role this week 👏 Well deserved @FlutonIO

Most crypto workflows still rely on bots, cron jobs, or someone manually triggering actions behind the scenes. @fermah_xyz is exploring a different approach with autonomous workflow execution. The idea is to let protocols monitor conditions, verify data, and execute actions automatically in a decentralized and verifiable way without depending on centralized operators. Instead of stitching together multiple external services, Fermah is building infrastructure designed for more reliable onchain execution. This becomes especially important for ZK systems and complex DeFi apps where coordination and verification need to happen smoothly at scale. Less manual coordination. Fewer trust assumptions. More reliable execution. Feels like crypto infrastructure is slowly moving from simple automation toward actual autonomy. What kind of onchain workflows would you want to see automated first? 👀

Most users in DeFi still manage everything manually. They monitor APYs, move liquidity between protocols, claim rewards, rebalance positions, and constantly track risk themselves. The problem is that this takes time, creates friction, and often leaves capital sitting idle between moves. That’s why DeFi vaults are becoming important. Concrete Vaults help automate a lot of this process through structured onchain systems. Instead of manually repositioning funds all day, users can gain exposure to strategies that handle compounding, capital deployment, and optimization automatically. The goal is not just higher yield. It’s better capital efficiency. @ConcreteXYZ Vaults are designed to coordinate liquidity across opportunities while reducing operational complexity for users. Their structured vault infrastructure can rebalance positions, manage deployment logic, and adapt to changing market conditions over time. The ctAssets model also adds another layer to how capital stays productive within the ecosystem. Feels like DeFi is moving toward infrastructure-driven participation, where automated systems replace constant manual management. The future of onchain capital deployment may belong more to coordinated vault systems than users clicking between protocols all day. Explore Concrete at concrete.xyz