English
AJMUL
9.4K posts
AJMUL
@riyadhisla58886
Build on @arc https://t.co/QBaZQJk1lH
Dhaka, Bangladesh Katılım Aralık 2024
2.4K Takip Edilen1.8K Takipçiler
Indonesia
gKAST
Dropping the traditional banking system like a bad habit.
With KAST Visa, the world is your local market.
No borders, no hidden fees, just pure freedom.
@Coleta_Cripto @zacglover
English
𝗡𝗮𝘃𝗶𝗴𝗮𝘁𝗶𝗻𝗴 𝘁𝗵𝗲 𝗱𝗶𝗴𝗶𝘁𝗮𝗹 𝗳𝗿𝗼𝗻𝘁𝗶𝗲𝗿 𝘄𝗶𝘁𝗵 𝗢𝗽𝘁𝗶𝗺𝘂𝗺 - 𝘄𝗵𝗲𝗿𝗲 𝗶𝗻𝘁𝗲𝗹𝗹𝗶𝗴𝗲𝗻𝗰𝗲, 𝗲𝗳𝗳𝗶𝗰𝗶𝗲𝗻𝗰𝘆, 𝗮𝗻𝗱 𝗶𝗻𝗻𝗼𝘃𝗮𝘁𝗶𝗼𝗻 𝗰𝗼𝗻𝘃𝗲𝗿𝗴𝗲.
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𝐖𝐞𝐛𝟑 𝐍𝐞𝐞𝐝𝐬 𝐁𝐞𝐭𝐭𝐞𝐫 𝐈𝐧𝐟𝐫𝐚𝐬𝐭𝐫𝐮𝐜𝐭𝐮𝐫𝐞 @get_optimum 𝐈𝐬 𝐁𝐮𝐢𝐥𝐝𝐢𝐧𝐠 𝐈𝐭.
We often talk about mass adoption, but we ignore the biggest elephant in the room: Network Latency. In high-performance ecosystems like Solana, block slots are just ~400ms. In a high-stakes environment (like MEV, high-frequency trading, or minting), a mere 100ms delay can change the entire outcome.
Speed isn't just a metric anymore; it literally defines the User Experience (UX).
Enter Optimum and their game-changing framework: DAW (Distributed Action & Workflow).
Here is a breakdown of how this infrastructure redefines data propagation:
1️⃣ Distributed Data (DD)
Traditional data handling creates massive bottlenecks. Optimum solves this by breaking down data into optimized, efficient pieces right at the generation stage. Smaller pieces = faster processing.
2️⃣ P2P Propagation (P2PP)
Once data is broken down and coded, it doesn't wait in a single queue. It propagates instantly across a highly resilient network of decentralized nodes. This ensures unmatched scalability and zero single-points-of-failure.
3️⃣ Actionable Workflow (AW)
The final and most crucial step. These distributed pieces are seamlessly reconstructed and validated across the network for lightning-fast consensus.
𝐓𝐡𝐞 𝐁𝐢𝐠 𝐏𝐢𝐜𝐭𝐮𝐫𝐞:
As blockchain demands grow, relying on old data propagation models will only lead to network congestion and failed transactions. Optimum is building the future-proof infrastructure required for a fairer, more robust decentralized ecosystem.
If we want Web3 to compete with Web2 speed, technologies like DAW are non-negotiable.
@shariaronchain
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Most people think Ethereum's scaling problem is about execution speed.
It's not. It's about data propagation. 🧵
Here's the issue:
Every time a block is created, it has to reach thousands of nodes across the network — fast enough for validators to attest within seconds.
The bigger the block, the harder this gets. This is the real ceiling on blockchain throughput.
Right now, nodes handle this inefficiently.
Every node downloads the full block — even when it already has most of that data from previous gossip.
That's redundant. Wasteful. And it gets worse as blocks grow.
@get_optimum fixes this using Random Linear Network Coding (RLNC).
Instead of sending full blocks, data gets broken into encoded chunks spread across the network.
Nodes reconstruct the block from whatever chunks they receive — no waiting on one full copy from one source.
The results:
→ 6-20x faster block propagation
→ 90-95% less bandwidth used
→ No changes to consensus or protocol
→ Works at any block size, any network scale
Why this matters:
Lower bandwidth = cheaper to run a node.
Cheaper nodes = more participants.
More participants = stronger decentralization.
This isn't just a speed upgrade. It's an infrastructure upgrade for the whole network.
Already live on Hoodi testnet, partnered with Everstake, P2P.org, and Blockdaemon. $24B+ in staked ETH connected.
MIT research-backed. Real validators. Real numbers.
This is what fixing the foundation looks like. 🔗
getoptimum.xyz
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@arc just made a comedy about how broken finance is and honestly it hit too hard 🎬
8 hours for a payment to arrive. approval chains. FX bleeding at every step. banking hours cutoffs at 4pm.
it's funny because it's real.
Arc fixes this: sub-second settlement, 24/7, no approvers needed.
Arc@arc
The Bored Room was an eight-hour waiting game about legacy financial rails. Approvals stalled. FX leaked value. Banking hours got in the way. The payment never arrived. Funny because it was fictional. Painful because it was familiar. Arc is designed to fix this. An open internet platform built for: → 24/7 settlement → Sub-second finality → Stablecoin-native payments → Programmable FX → Agentic economic activity Read the recap: arc.io/blog/eight-hou…
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imagine getting 2x cashback just for knowing your football ⚽🟢
@KASTxyz MATCHDAY:
✅ pick your favorites daily
✅ correct pick = 2x cashback for 24hrs
✅ 10 correct picks = shot at an all-expenses-paid trip to the FINAL
follow every move. earn while you watch.
this is genuinely fire 🔥
details 👇
kast.xyz/blog/matchday-…
English
Most payment products focus on transactions.
KAST focuses on freedom.
The freedom to spend globally.
The freedom to move between digital assets and everyday purchases.
The freedom to live in a world where your money isn't limited by geography.
As the internet becomes increasingly borderless, financial tools need to evolve too.
People shouldn't have to think about which country they're in, which bank they're using, or which currency they're holding.
They should be able to focus on what matters:
building, creating, traveling, and living.
That's the opportunity KAST is chasing.
A future where moving money feels as seamless as sending a message.
@KASTxyz
@Coleta_Cripto
Thần Quang@thanquang9999
TokenNation São Paulo: KAST Event Recap 🇧🇷 Sometimes the most memorable event activations start with a simple idea. At TokenNation São Paulo, KAST set out to create an experience that attendees would genuinely remember. Rather than waiting for people to discover us, we brought KAST directly into the heart of the event through our Koffee Kart and Golden Ticket Giveaway. 🎟️ Throughout the venue, attendees spotted KAST Golden Tickets attached to participants, instantly sparking curiosity and conversation. People wanted to know what the tickets were, how they got them, and where they could participate. Those questions naturally led them to KAST. The activation transformed a simple coffee break into an engaging community experience, combining rewards, interaction, and meaningful conversations around what KAST is building. More importantly, the activation created valuable opportunities to connect directly with attendees, share our vision, and engage with members of the growing crypto community. 📈 The response exceeded expectations, with more than 300 attendee interactions recorded on the first day alone. This success was made possible by incredible collaboration across the entire KAST team from planning and operations to design, content, supplier coordination, payments, and KYC support. Every team played a role in bringing the activation to life. TokenNation São Paulo was more than an event for us. It was an opportunity to build genuine connections, introduce KAST to new audiences, and continue bringing crypto into real-world conversations. Thank you to everyone who joined us, grabbed a coffee, found a Golden Ticket, and stopped by to connect. See you at the next event. 🚀 @KASTxyz
English
Everyone talks about scaling blockchains.
Few talk about scaling the networks that move the data.
As Web3 grows, data transmission is becoming a critical bottleneck.
Optimum is tackling this challenge with advanced network coding designed to improve speed, reliability and efficiency across decentralized systems.
The next leap in blockchain performance may not come from execution.
It may come from communication.
@get_optimum
0xJason@Jason0x1
Most blockchain discussions focus on consensus and execution. @get_optimum looks at a different bottleneck: how data moves across the network. Through RLNC, data is distributed as unique encoded packets rather than identical copies. Nodes only need enough useful combinations to reconstruct the original information. Why is that important? • Less redundant traffic • Better handling of packet loss • More efficient validator synchronization The goal isn't faster blocks by itself. It's smarter propagation, where networks spend less effort repeating data and more effort delivering it efficiently. As blockchains scale, data movement may be just as important as consensus.
English
What happens when nodes receive blockchain data at different speeds?
@get_optimum focuses on one of the most overlooked challenges in blockchain infrastructure: inconsistent data delivery across the network.
When nodes receive blocks and transactions at different times, the network can become less efficient, creating delays that affect validators, consensus, and overall performance.
1. Uneven Network Visibility:
Blockchain networks rely on nodes having access to the same information as quickly as possible.
Geographic Delays: Nodes located in different regions may receive new blocks at different times due to network latency.
Propagation Variance: Data travels through multiple peer to peer connections, causing some nodes to learn about new information faster than others.
Temporary Information Gaps: During propagation, portions of the network may be operating with different views of the current blockchain state.
As networks grow larger, maintaining consistent information distribution becomes increasingly difficult.
2. Consensus Efficiency Can Be Impacted:
Consensus mechanisms depend on validators and nodes receiving timely information.
Delayed Block Reception: Validators that receive blocks later have less time to verify and react to new network activity.
Synchronization Challenges: Nodes must continuously update their local state as new transactions and blocks arrive.
Increased Communication Overhead: Additional messages may be required to ensure all participants eventually reach the same state.
The faster information spreads, the more efficiently the network can coordinate.
3. Optimizing Data Distribution:
Improving blockchain performance often begins with improving how information moves between participants.
Faster Propagation Networks: Reducing transmission delays helps nodes stay synchronized regardless of location.
Efficient Data Transport: Advanced networking approaches can improve delivery reliability while minimizing the effects of packet loss and congestion.
Better Network Coordination: When nodes receive data more consistently, the network can operate with greater efficiency and stability.
@get_optimum is building infrastructure designed to accelerate blockchain data movement, helping information reach participating nodes faster and more reliably across decentralized networks.
As blockchain ecosystems continue to scale, the speed and consistency of data propagation may become just as important as transaction execution itself.
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i want to talk about something most dapp devs never think about
until their users start complaining
your transaction ux is not just about your code
most of the time the chain's own network layer is what's silently slowing things down
today specifically talking about tail latency and why it matters way more than devs give it credit for
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How RLNC Reduces Redundant Traffic in Gossip Networks
In traditional blockchain gossip networks, such as those using standard gossipsub, the same block is often transmitted multiple times across different network paths before it reaches every node. While this redundancy helps improve reliability and protects against packet loss or route failures, it also creates a significant amount of duplicate traffic. As a result, the total bandwidth consumed during a single block propagation event can be several times larger than the block itself.
This trade-off has long been accepted as a necessary cost of maintaining network resilience. However, it also means that a considerable portion of the network's available bandwidth is spent delivering information that many nodes have already received.
Random Linear Network Coding (RLNC) offers a more efficient alternative. Instead of repeatedly forwarding identical copies of the same data, RLNC generates unique coded frames from the original data chunks. Each transmitted frame carries new information, allowing every byte sent across the network to contribute meaningfully toward reconstructing the original block.
Because these coded frames are informationally distinct, the network can achieve the same level of reliability with far less redundant traffic. Rather than relying on excessive duplication, RLNC ensures that redundancy is introduced only where it is actually needed to guarantee successful delivery.
For large-scale blockchain ecosystems, the benefits become increasingly significant. As the number of nodes grows and transaction volumes increase, reducing unnecessary traffic helps lower overall bandwidth consumption across the network. Less traffic leads to reduced congestion, which in turn enables faster and more consistent block propagation.
The result is a more efficient feedback loop: smarter data distribution reduces network load, lower network load improves propagation performance, and improved propagation strengthens the overall scalability of the blockchain. By making better use of available bandwidth, RLNC helps move gossip networks closer to their theoretical efficiency limits while maintaining the reliability required for decentralized systems.
@shariaronchain @blockchainjeff
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Good afternoon 🌅
Today I go to a hotel and order an coffee ☕
Then i pay with kast
I pay $2.4
And got Cashback $0.03 😍
Literally with kast money is like infinity ♾️
Thank you @KASTxyz
AJMUL@riyadhisla58886
Good evening all ✅ Yesterday i buy a bike and got $40.54 cashback from kast card And today i full my bike fuel tank it's cost $12.32 also got cashback $0.19 😍 Using kast card money like infinity😎 Thank you @KASTxyz 🫡
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@riyadhisla58886 @get_optimum Optimum makes Ethereum blocks propagate 6-20x faster
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Speed is money on-chain.
The faster your block arrives, the better your execution.
The slower your node, the more you lose.
@get_optimum makes Ethereum blocks propagate 6-20x faster.
For validators. For traders. For everyone.
Time is money. Optimum buys you time. 🔗
getoptimum.xyz
English
Security. Yield. Utility.
not a tagline. an architecture.
most protocols optimize for one and sacrifice the others.
@ConcreteXYZ built infrastructure where all three exist simultaneously.
qualified custody + automated yield + composable ctAssets.
this is what DeFi should have always looked like. 🟩
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