Imagine that your Internet traffic suddenly became 10-20 times lighter. With the same amount of data. Does it sound like magic? It's math. @get_optimum builds everything on RLNC. It allows nodes not only to forward packets, but to recode them on the fly. Instead of requesting the same lost packet 10 times, the nodes calculate it from what they have already received. The result: ✅Bandwidth savings 90-95% ✅The same information significantly less traffic ✅Networks stop drowning in repeats For blockchains, this means: 1⃣Validators spend less on bandwidth 2⃣The network is not overloaded with duplicate data 3⃣Scaling without increasing infrastructure

Do you know this problem? There are cool things for private computing: MPC, FHE, TEEs. Each one is individually powerful, but no one solves the main thing: how to make them work together and not break down. Coordination is where the real pain is. @RialoHQ made REX (Rialo Extended Execution). He is the conductor for the orchestra of private computing. REX takes over the whole routine: ✅checks the program before it touches anything ✅Encrypts and routes data ✅waits for explicit consent from the app and the user ✅runs calculations inside a secure environment (MPC/FHE/TEE) ✅outputs a provable result with a cryptographic signature what does this mean in practice? 1⃣AI agents who process your personal data but don't see it 2⃣business processes that remain encrypted even from the network itself 3⃣API calls with a guarantee that no one has peeked REX turns Rialo into an infrastructure for private computing, not just "encrypting", but "encrypting and coordinating"

An easy victory for England

I published my new article about the @ConcreteXYZ project. The One-Click DeFi Economy medium.com/@cryptonit55/the-… 📈 Earn — app.concrete.xyz 📄 Learn — docs.concrete.xyz 🌐 Explore — concrete.xyz

I’m in the @Predictstreet FIFA World Cup 2026™ Ticket Giveaway. They’re giving away hundreds of FIFA World Cup 2026™ tickets across the next 72 hours. Let’s see if this one hits. → discord.gg/adipredictstreet

I'm Arcium Builder in the @arcium RTG program! 🔐

I published my new article about the @ConcreteXYZ project. If You Can’t Explain Yield, You Are the Yield. medium.com/@cryptonit55/if-y… 🌐 Explore — concrete.xyz 📈 Earn — app.concrete.xyz 📄 Learn — docs.concrete.xyz

The mump2p engine from @get_optimum has been tested on Ethereum along with @everstake_pool (a top validator): ✅ Block propagation is 5-6 times faster ✅ The average time is 150 milliseconds (currently measured in seconds) ✅ Without additional load on the hardware Who needs it? 1⃣Validators: fewer missed blocks, higher revenue 2⃣Developers: stable fees, fast transactions 3⃣You and I: web3, which finally doesn't infuriate with its slowness What's next? @get_optimum goes to Solana, Arbitrum, Optimism, Cosmos, Avalanche, Sui, Aptos and other networks. Ethereum is just the beginning.

HOW SECRET SHARING WORKS IN @Arcium☂️ Imagine you have a secret, it's the number 42. In @Arcium your secret is not stored as a whole. It is divided into random pieces: 17, 20 and 5. Individually, these numbers are just garbage. Each piece goes to a separate node in the network. Nodes do not see the whole secret, but only their own fragment. Now let's assume 42 isn't just a number, but the sum of your monthly salary. You want to prove to the bank that you earn more than 40, but you don't specify the exact amount. How do you do this? The nodes gather inside an MXE (Multi-party Execution Environment) and combine their parts: 17 20 5 = 42. The bank sees only the verification result ("yes, more than 40"), while the parts themselves and the original number 42 remain hidden. No one knows your salary, but the fact is confirmed. That's how Secret Sharing, the technology behind @Arcium works. No one sees the full picture.

CONVENTIONAL BLOCKCHAINS DON'T KNOW HOW TO WAIT. Do you want to request the USD exchange rate or credit history? You can't tell a transaction: "Wait, I'll go get the data". Everything has to happen here and now. That's why the developers created oracles, relayers, keepers, and a bunch more different crutches. @RialoHQ did it differently. They added async/await to the protocol, just like in normal programming. the contract says: "I'm suspending, I'm going to get external data, then I'll wake up and continue". That's it. Without intermediaries. One request➡️One contract➡️One result 👇And here's a detailed guide on how it works👇 learn.rialo.io/tutorials/asy…

Three protocols. One tree topology. Very different results. 👇 1) RLNC — built by @get_optimum (mump2p) Every relay recodes shards into new algebraic mixtures. ✅ Arrivals stay innovative ✅ Less redundant traffic ✅ Faster recovery 2) Uncoded Gossip Nodes forward exact messages they receive. ✅ Simple ❌ Overlap & loss → wasted slots re-sending same data 3) Reed–Solomon Source encodes once into fixed shards. ✅ Better recovery from loss ❌ Relays forward only what they have → duplicate deliveries = wasted bandwidth The bottom line: In a 9-node simulation with packet loss, RLNC consistently outperforms both traditional coding and naive gossip. Here you can clearly see how good the RLNC technology: gmum.cc/simulation/

AI agents book flights and transfer money while we sleep. But automation without verification? It just crashes. The task, payment, and confirmation are located in three different locations. That's the problem. @RialoHQ created a SCALE to fix this. On-chain contracts for agents. ✅ Define the work (prompt deadline) ✅ Lock payment the moment task starts ✅ Verify execution via native webcalls If the agent has completed the task and the judge has approved it, the payment will be completed. If not, the payment will be refunded. You no longer need to dig into the logs, wondering where your 500 dollars have gone. Agents moving real value need on-chain enforcement tied to real-world outcomes. SCALE makes it simple. Safe. Verifiable. Read more here: rialo.io/posts/making-the-ag…