Waytoff

@MinerCore2 gmum Mayner

gmum guys #8 topic today: Speed Without Limits 📝 If you’ve been following the development of decentralized applications for a while, you’ve probably noticed the same recurring problem: speed. Transactions are delayed, blocks propagate slower than they should, and network latency turns fast DeFi into something not so fast. This is where Optimum comes inand it is not just another quick fix. It’s a fundamental rethinking of how data should be transmitted across a decentralized network. ⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺ 1⃣ The Problem Everyone Noticed, Few Solved 】 Standard P2P protocols, such as GossipSub, operate on a simple principle: first, a complete message is received, and then it is forwarded. In theory, this makes sense, but in practice, it leads to massive data duplication. The same block of data is copied over and over again across the entire network, leading to bandwidth overload and delays at the end of the chain, which are particularly felt by validators and developers of decentralized applications. - @get_optimum solves this problem with math. Literally. 2⃣ The Core Technology: RLNC and What It Actually Means 】 The entire project is based on Random Linear Network Coding technology. The research was led by Professor Muriel Médard of the Massachusetts Institute of Technology and this isn’t just a name thrown in for credibility. This technology is backed by years of serious scientific research in the field of information theory. The idea works as follows: instead of transmitting the message in its entirety, it is broken down into fragments, which are then encoded using random linear combinations. Each node in the network receives not a part of the original, but a mathematically encoded fragment. To reconstruct the original message, it is sufficient to have a sufficient number of such fragments any combination will work, not a specific set. What this means in practice: 👌 🔸 Transmission begins sooner. A node does not wait to receive the complete message it can encode and forward the fragments it already has. This significantly reduces latency. 🔸 Packet loss is no longer a catastrophe. If some packets are lost along the way no problem. Any sufficient set of fragments is enough to reconstruct the data. Traditional protocols request a retransmission in such situations. Optimum does not. 🔸 Less duplication. Intelligent encoding eliminates the redundant transmission of identical data, directly reducing the load on network bandwidth. 3⃣ mump2p: When the Protocol Itself Is the Product 】 - Building on RLNC, the team developed mump2p a next-generation data distribution protocol that is fully compatible with libp2p and GossipSub. There is no need to abandon existing infrastructure. It integrates easily, adds shard management logic on top of the familiar Gossip network, and intelligently handles all processes from encoding to transmission. 🔸 Optimum DeRAM goes even further decentralized RAM for Web3. A shared state with low latency between nodes, no central servers, and no costly synchronization. Reading, writing, atomic operations all in an asynchronous, hostile environment. ⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺⸺ Ethereum validators benefit from faster block transmission and reduced risk of missing slots. L2 teams accelerate blob transmission. Solana operators improve fault tolerance. dApp developers finally get a responsive user interface without compromising decentralization. - Optimum isnt just another blockchain or token. It’s an infrastructure layer beneath the application layer thats transforming how data is transmitted in Web3. An academic foundation, compatibility with existing stacks, and concrete solutions to problemsthese are serious matters 👍 @blockchainjeff @aqccapital

@Ludo_Momche hahahaha xD

@waytoff_ Eto cho za shodstvo

While most projects in crypto are focused on building new layers, launching tokens or chasing short term narratives, @get_optimum is quietly working on something far more fundamental. The project targets how data is propagated between validators.

@n3otextus @NASAArtemis smth fr interesting

Recently I stumbled upon a video with a wild conspiracy theory about the new photos from @NASAArtemis. The author's main argument: why is Earth crystal clear in the pictures if there are thousands of satellites and tons of space debris flying around it? I decided to look into it myself because the question actually sounds logical. And here is what I found: The first image shows a photo from Artemis, and the second shows Earth wrapped in a dense cloud of debris and satellites. It feels like we're being lied to, or we are missing something. The problem lies entirely in our perception. How it works in practice: The disconnect happens because of the confusion between a map and a photograph. When we see debris diagrams, the dots on them are not the actual size of the objects. If satellites on those diagrams were drawn to scale, they would be completely invisible. It is an information visualization, not a snapshot. Where the logic of the theory breaks: Scale. Earth is huge. A satellite the size of a bus against the backdrop of the planet is like a speck of dust on a football field. To see a satellite in a full photo of Earth, it would need to be at least dozens of kilometers wide. Watching these debates, you realize an unobvious thing: Our brains are very bad at comprehending colossal distances. A fresh take: If you fly in an airplane at an altitude of 10 km, you don't see people on the ground, even though there are billions of them. Space is thousands of times larger, and there are millions of times fewer satellites than people. Conspiracy theories are often born where our imagination fails against the dry math of scale. Earth is indeed surrounded by debris, but on a cosmic scale, it remains a lonely, clean dot.

@n3otextus gmum neo, in optimum we trust bro)

Everyone promises to make the blockchain faster. But here is what people usually keep quiet about: You can't trust speed metrics in crypto. Every project shows beautiful graphs, but no one says how they were tested. Measuring different protocols at different times and under different network loads is like comparing a sports car on an empty track to a minivan in rush hour. The @get_optimum team took a different path. They proved their speed superiority by eliminating any manipulation. How it works in practice: Standard approach: Projects pick the most favorable conditions for their tests and hush up drops under real load. Optimum approach: Dual-path architecture. On the Hoodi testnet, 30 global gateways simultaneously send the exact same block through the standard Gossipsub protocol and through Optimum's mump2p network. Same block, same time, the only difference is the technology. Where does the old model break? In transparency. When you run a fair test, the results speak for themselves: mump2p delivers a block in 150 milliseconds on average versus 1 second for Gossipsub. Watching infrastructure projects, you realize an unobvious thing: The market is used to loud claims without proof. But a real technological breakthrough starts with honest metrics. A 6x speedup is not marketing. It is mathematics, recorded in real time.

@n3otextus @get_optimum true, execution means little if the network can’t efficiently share data between validators

@waytoff_ @get_optimum consensus is basically useless without optimized data propagation pure alpha

Programmable privacy is becoming a key direction for Web3 infrastructure. Data is no longer just hidden, it can be revealed based on logic, timing and onchain conditions. @0xfairblock is building systems that give this level of control to developers and protocols.

@tembi4kiNN @get_optimum ty bro)

@waytoff_ @get_optimum nice pic bros love it)

The competitive landscape for blockchain infrastructure is already crowded and rapidly evolving. @get_optimum differentiates itself through network coding and memory layer optimization approaches. It reduces redundancy and improves network throughput.

@fijimlk optimum is a key to stability and perfomance

Performance in blockchain networks is often evaluated through how quickly data moves between nodes. But this framing assumes that messages are the fundamental unit of progress. In practice, it creates inefficiencies: full-message replication leads to redundancy, amplifies bandwidth usage, and makes propagation fragile under packet loss and uneven connectivity. The deeper issue is architectural. Traditional gossip protocols bind progress to completeness, meaning nodes must wait for exact data before contributing to the network state. This introduces latency not just from distance, but from dependency on missing pieces. A more robust approach is to redefine propagation around information rather than messages. If data is encoded into fragments that can be recombined, nodes can forward useful information immediately, without waiting for full reconstruction. Optimum explores this direction by applying RLNC to gossip, enabling continuous propagation, better loss tolerance, and more efficient use of bandwidth in real-world network conditions. @get_optimum

@48Ria @get_optimum Gmum, noice photo

Your computer has unused resources, but blockchains have the opposite problem they struggle to move and access data efficiently @get_optimum is building a decentralized memory layer for web3 It helps blockchains send data faster, reduce congestion, and access information in real time better speed, lower costs, smoother apps-all without changing the core chain

@crispzlegion for me as user, privacy is one of the most imprtant things, and about agents, already know situation where someone was hacked agent and it was gave all money to hackers xD

as agents start making payments for us, privacy stops being a feature and starts being a requirement. you can't build autonomous money on top of constant financial surveillance.

Transactions remain hidden until they are executed onchain. @0xfairblock builds a system where timing plays a key role in data visibility. This approach improves fairness and reduces opportunities for MEV extraction.

It’s about how efficiently data travels across the network. @get_optimum is designed to handle this by improving how data is distributed and reconstructed. This helps maintain performance even under heavy load.

By encrypting transactions until execution, it prevents early access to critical information. @0xfairblock is working on making execution the first moment when transaction data becomes visible. This creates a more reliable and fair execution process in DeFi.

@LeshaPav @get_optimum gmum Lesha, ty sir)

@waytoff_ @get_optimum gmum buddy, well done 😁

Everyone is running, chasing speed and narratives, but few understand what actually slows networks down. @get_optimum improves how blockchain data is transmitted and reconstructed. That’s where performance is actually shaped.

@LeshaPav @get_optimum yo, awesome art bro

Very unexpected, but I didn't even get through the first phase of the TREASURE HUNT on @get_optimum. Wasn't in my plans, but whatever, I'm not upset 😑

By preventing early access to data, it reduces the ability of bots to exploit users. @0xfairblock introduces a system where transaction data is controlled by timing, not default transparency. This leads to more secure, predictable and fair transaction execution.

If u r looking for a platform where u can make a lot of profit @liquidtrading definitely should be ur choice! perps, vaults, prediction, multi market trading and rewards ALL IN ONE PLACE