🚨 5 NEW MISSIONS JUST RELEASED 🚨 @axisrobotics isn't slowing down they're doubling down. More missions = more opportunities to participate, learn, and earn rewards. If you've only been watching from the sidelines, this is your chance. Hurry up because there are limited opportunities! Don't give up halfway. @plpiaoliang @0xsexybanana @chris_anm01 @irisle_growth @LihThooi

Momentum is building behind @get_optimum and the latest updates show a team moving both fast and quietly. From the ground at EthCC 2026 in Cannes, Optimum is actively expanding its network, forming the kind of partnerships that don’t make noise… but matter long term. Back to the community side: ⚡ Treasure Hunt 4 is coming Not just another task this one is designed to be tough, deeply tied to Latency Lords, and built for those who really understand the system. ⚠️ Purges are real No announcements. No warnings. Higher roles now come with higher expectations activity isn’t optional, it’s the price of future access. 🧩 FlexNodes nearing completion After partner testing wraps, broader community access is next. This is where things shift from theory → to real infrastructure. The pattern is clear: Less noise. More execution. And for those paying attention… the upgrades are already happening.

New quest live: Make quantum history and inscribe your message on the Quip Network genesis block. > Leave Your Mark quest.quip.network

Decentralize to Scale: How @get_optimum Is Rewriting Blockchain Infrastructure For years, blockchain scaling has been framed as a tradeoff. You either choose decentralization secure, resilient, but slower… or scalability fast, efficient, but more centralized. From Ethereum to Solana, every major chain has navigated this balance differently. But the core limitation has remained the same: You can’t maximize both at least, not with traditional architecture. The Problem: A Structural Bottleneck At the heart of blockchain performance is data propagation. Before a transaction is confirmed, it must be shared across nodes in the network. Current systems (like gossip-based protocols) struggle as networks scale: → higher latency → bandwidth inefficiencies → bottlenecks in global distribution This is where the tradeoff begins. To go faster, networks often: • increase hardware requirements • reduce validator diversity • concentrate power Which ultimately weakens decentralization. >>> Optimum’s Approach: Flip the Tradeoff @get_optimum introduces a different thesis: Decentralization should not limit scale it should enable it. Instead of optimizing around constraints, Optimum redesigns how data moves across the network. The key lies in a concept called Random Linear Network Coding (RLNC). >>> RLNC: A Better Way to Move Data Traditional networks send data in fixed packets. If one piece is lost or delayed, the system slows down. RLNC changes this completely. It: • mixes data into encoded fragments • allows nodes to reconstruct data from any combination of pieces • enables parallel, flexible transmission This unlocks three critical advantages: → Lower latency (faster propagation globally) → Higher throughput (more data, less congestion) → Greater resilience (no single point of failure) In testing, Optimum’s P2P layer has shown 600%–3000% lower latency compared to traditional methods. >>> OptimumP2P: Infrastructure Layer Upgrade Built on RLNC, OptimumP2P acts as a drop in upgrade for blockchain networks. Key properties: • Works with existing validator setups (low hardware requirements) • Improves bandwidth efficiency • Scales better as more nodes join This creates a powerful flywheel: more nodes → better data diversity → faster propagation → stronger network Instead of decentralization slowing things down, it actually accelerates performance. >>> What This Enables 1. Network Level For ecosystems like Ethereum: • higher throughput • lower fees • preserved decentralization For high performance chains like Solana: • even lower latency • improved validator diversity • reduced centralization risks 2. Validator Level • more efficient resource usage • faster block propagation • improved rewards through better participation Notably, major validator operators are already exploring this direction a signal that infrastructure-level improvements are being taken seriously. 3. Application Level When latency and throughput are no longer constraints, new categories of applications become viable: • high frequency trading (CLOBs) • real time gaming • global payment systems • DePIN networks In short: better infrastructure → better applications 4. User Experience For end users, this translates to: • faster transactions • lower costs • consistent performance under load The kind of UX required for mass adoption. >>> A New Mental Model The traditional blockchain trilemma says: decentralization vs scalability vs security Optimum reframes this into a flywheel: • decentralization increases network participation • more participation improves data propagation • better propagation increases scalability Each layer reinforces the other. >>> Conclusion @get_optimum is not just optimizing blockchain performance. It is challenging a core assumption of the industry. That scaling must come at a cost. By rethinking data propagation through RLNC and building OptimumP2P, the project introduces a path where: speed, scale, and decentralization can coexist and even strengthen each other. If successful, this doesn’t just improve blockchains. It upgrades the foundation of the entire onchain digital economy. @aqccapital @tgogayi @cryptooflashh @f1nk1r @CryptoSundayz @ada_pegasus