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Most people think blockchain scaling is about one thing: more TPS. ◇ faster execution. ◇ cheaper txs. ◇ bigger blocks. But what if the real bottleneck isn't execution at all? What if it's memory? Think about your laptop for a second. It doesn't rely only on storage. It uses RAM to quickly access and process information when you open apps, switch tabs, or run multiple programs at once. Without memory, everything slows down. Now apply that idea to blockchains. Every day, networks move enormous amounts of data between validators, nodes, rollups, applications, and users. The more adoption grows, the more information needs to be shared, verified, and accessed in real time. Yet much of Web3 has focused on storage and execution while overlooking the layer that makes rapid access possible: Memory. This is where @get_optimum comes in. Instead of asking, "How do we make transactions faster?" Optimum asks a different question: "How do we make data move and become available more efficiently?" By building a decentralized memory infrastructure layer, Optimum is working toward a future where blockchain networks can access and distribute information with far less friction. The result isn't just speed. It's better coordination between nodes, lower latency, more efficient networking, and infrastructure that can scale as demand grows. The interesting part is that users may never directly see a memory layer. Just like most people, don't think about RAM when using a computer. They simply notice that everything feels smoother. As crypto matures, the winners may not be the chains with the loudest TPS numbers. They may be the networks built on infrastructure that make data available exactly when it's needed. Storage preserves the past. Execution processes the present. Memory enables the future. And that's the problem Optimum is aiming to solve. Optimum is building for a blockchain world where data availability isn't enough - data accessibility matters, too. gmum

People are farming bags and waiting for a potential airdrop. But if you zoom out for a second, the most interesting thing about @get_optimum isn't the points. It's what they're actually building. 🧵 Most blockchains today focus on execution and consensus. ♧ faster transactions. ♧ cheaper fees. ♧ better throughput. Yet one of the biggest bottlenecks still sits underneath all of that: data movement. If information can't move across the network efficiently, scaling eventually hits a wall. That's the problem Optimum is trying to solve. Over the last year, the project has gone from being an interesting research concept to shipping infrastructure that is being tested by some of the biggest operators in crypto. Its first product, OptimumP2P, launched with support from major Ethereum node operators, including Kiln, P2P[.]org, Everstake, Blockdaemon, Infstones, Luganodes, and Ebunker. Together, those operators represent a significant portion of Ethereum's validator ecosystem What's impressive isn't just the names. It's the results. Early testing showed substantially lower latency, support for larger message sizes, and reliable performance under conditions where traditional propagation systems struggle. That matters because blockchains aren't only competing on execution anymore. They're competing on how efficiently information travels through the network. The faster data propagates: • The better validator performance becomes • The lower the networking overhead • The easier it becomes to scale throughput • The more resilient the network becomes under stress And Optimum isn't stopping at P2P networking. One thing that caught my attention recently is their continued work on DeRAM. The idea is ambitious: Create a decentralized memory layer that applications can use to access and share data efficiently across distributed systems. Their recent research outlines how DeRAM aims to provide scalable, secure, and highly consistent decentralized memory using RLNC (Random Linear Network Coding), the technology that sits at the core of Optimum's architecture. This is where the bigger vision starts to become clearer. Optimum isn't trying to be another Layer 1. It isn't trying to replace Ethereum. It isn't trying to compete with existing chains. It's building infrastructure that can sit underneath them. The same way cloud infrastructure helped scale the internet, Optimum wants to become part of the infrastructure layer that helps scale blockchains. That's a much bigger opportunity than many people realize. Honestly, that's why the Bags campaign has attracted so much attention. People aren't just farming points because points are fun. They're participating because they see team shipping products, publishing research, onboarding operators, and steadily building toward a larger vision. Of course, there is still no token. There is no official airdrop announcement. No guaranteed rewards. But, the community continues to grow because the underlying technology keeps giving people reasons to pay attention. In a market full of projects promising the future, Optimum is one of the few quietly building pieces of it. gmum

Just 6k points from Gold tier Hope to secure that before the week runs out Feedback: The site is really functional and bug free. Faucets are being dispensed smoothly and properly It's not too late to dive in Check quoted twt for link

Most blockchains today still work the same way: Every node re-executes everything. Every transaction gets pushed through the same process. It works. But it also creates scaling limits. @0xMiden is taking a very different approach to tackling scalability Miden describes itself as an “edge blockchain.” Instead of pushing all execution onto the network, it moves much of the work closer to the user. That sounds simple, but it changes a lot about how a blockchain can scale. 》The core idea: Your device can execute and prove transactions locally. Then, the network only needs to verify the proof and not re-run all the computation from scratch. 》Why does that matter? Traditional blockchains force the network to do most of the heavy lifting. Miden shifts a large part of that workload to the edge, thereby bringing about - less network congestion. - better scalability. - more efficiency. 》Another major focus is privacy. On most chains, everything is public by default. Miden gives developers the option to build with both public and private transactions depending on the use case. Private accounts and private notes are built directly into the architecture. The network only tracks cryptographic commitments, while users maintain control over the actual data. Miden is powered by STARK-based zero-knowledge technology. The Miden protocol is designed for parallel transaction execution. This means, instead of forcing every transaction into a single queue, independent transactions can be processed simultaneously. The bigger vision seems to be building infrastructure for financial applications that need: - privacy - compliance - scalability - self-custody 》What’s interesting is that Miden isn’t trying to be “Ethereum but slightly faster.” It’s rethinking how blockchain architecture works from the ground up using modern cryptography and zk models. Care about privacy-focused infrastructure, pivot to Miden gmiden

One grass I touch whenever I remember Points: 105k Rank: 135 New update on @intodotspace - link your X to claim faucets Despite the site bug, I still check it out beta.into.space/?ref=FISHACR… You can, too

God pls keep us away from rubbish projects like this one. Amen