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Fluton’s GitHub account provides a valuable resource for anyone who wants to examine the project’s privacy focused Web3 infrastructure from a technical perspective. The public repositories on the account help explain Fluton’s goal of creating private interactions between different blockchains and applications through encrypted transaction intents. Among the featured repositories, @FlutonIO contracts contains Solidity based smart contracts, while fluton relayer focuses on relayer software. The docs repository provides documentation that can help users understand the project’s technical structure and approach. The GitHub account also includes Hardhat templates related to Zama and Fhenix technologies. Some repositories forked from the Inco and Fhenix projects may also serve as starting points for those interested in exploring encrypted computation tools. Fully homomorphic encryption, or FHE, lies at the center of Fluton’s approach. This technology allows computations to be performed while the data remains encrypted. It is directly connected to the project’s goal of improving privacy and reducing MEV related risks. However, the fact that a repository is public does not mean that its code is complete, audited, or ready for production use. It is also important to remember that some repositories may be forks or archived projects. Developers should review each repository’s README files, licenses, update history, and usage terms separately. In short, Fluton’s GitHub account offers a useful starting point for exploring the project’s technical components, from smart contracts to relayer software. Reviewing the repositories can provide insight into the project’s development direction, but a thorough technical assessment is essential before making any investment or security related decisions. @cryptoperseus_ @7mc77

Subzero Labs, the entity behind Rialo, announced an initial $20 million funding round on August 7, 2025, led by Pantera Capital. This round provides a significant boost to Rialo’s vision of developing blockchain infrastructure tailored to real world needs. In addition to Pantera Capital, the list of investors includes Variant, Coinbase Ventures, Hashed, Susquehanna Crypto, Mysten Labs, Fabric Ventures, Flowdesk, and Mirana Ventures. Edge Capital is also listed as an investor on Rialo’s official website. This investor composition indicates that the project does not rely on the support of a single fund alone; rather, it has attracted interest from a diverse range of players across the crypto, venture capital, infrastructure, and Web3 sectors. The leadership of Pantera Capital, the participation of Coinbase Ventures, and the backing of blockchain focused teams like Mysten Labs can be seen as signs of confidence in Rialo’s technical and ecosystem potential. @RialoHQ aims to enable developers to build applications that can connect to external data, utilize automation, and communicate across different networks. This infrastructure could facilitate the emergence of practical use cases in fields such as finance, artificial intelligence, and Web3. Nevertheless, investor support is not, in itself, a guarantee of success or returns. When evaluating Rialo, one should consider factors such as its technology, product development, developer activity, community engagement, and actual use cases. Transparent communication, regular product updates, and independent assessment are also important for the community to gauge the project’s long term potential. @ericargent31113 @slymnogunc

Seismic's Closed Mainnet: Who Is Using It and How Much Activity Is Taking Place? Seismic is no longer just a network testing privacy technology; it is positioning itself as infrastructure focused on real financial use cases. So, who is it working with today? @SeismicSys targets neobanks, payment platforms, stablecoin bbased account services, and lending institutions. Its goal is to help these businesses provide payments, transfers, accounts, and credit products without exposing sensitive financial information publicly. Two publicly known examples stand out: Brookwell: Provides stablecoin-based accounts and payment experiences. Fortune reported that transactions through Brookwell use Seismic's private blockchain infrastructure. Cred: A platform operating in the private credit sector. Seismic's founder confirmed that the company also works with Cred. Additionally, Seismic has mentioned working with an unnamed business providing international money transfers. What about transaction numbers and volume? There is an important data limitation here: Verified figures for total transactions, daily activity, or dollar denominated volume on the closed Mainnet have not been publicly disclosed. Therefore, providing specific numbers would be misleading. Privacy focused architecture does not mean transaction statistics cannot be disclosed; the issue is that Seismic has not yet shared these figures. The platform also offers virtual accounts, local payment rails, international card issuing, KYC processes, and transaction monitoring policies. These services are primarily designed for financial service providers rather than individual users. I believe the most important thing to watch is not just how many transactions occur, but which financial products are beginning to scale with real users. Seismic's success depends on turning privacy into a functional part of everyday finance. @xealistt @NoxxW3 @heathcliff_eth

We just held our traditional weekly quiz on @RialoHQ Discord. This week’s topic focused on AGPs. We covered 10 questions based on this theme. Three members of our Turkish team made it into the top 5! @ekinoks_26 @futurehunter01 @fuwiadsad Congratulations to everyone who placed in the top 10, it was another highly educational quiz! As for me, where did I land? Well, I finished in 52nd place. I also had a friendly, playful competition with @alazyilmaz3519 before the quiz started, and I think I won that one! Haha. I look forward to facing new challengers in the next quiz. See you there! @ericargent31113 @ecelannister

Fluton is aiming to carry out privacy focused transactions on existing blockchain networks rather than build a new blockchain from scratch. According to the project’s website, it plans to work with networks such as Ethereum, Arbitrum, Base, Monad, Avalanche, and Solana. Under this model, users would not need to move to a separate chain. Instead, their transaction intents would be encrypted and executed within existing ecosystems. At the core of the project is fully homomorphic encryption, or FHE, a technology that enables computations to be performed while data remains encrypted. @FlutonIO also plans to use zero knowledge proofs during the transaction verification process. Its goal is to keep users’ balances, order details, and strategies hidden from validators and relayers, helping reduce front running and other MEV related risks. The project’s targeted use cases include swaps, transfers, bridging, payments, staking, lending, and yield generation. A TypeScript based SDK for developers is also planned. However, according to the website, the SDK has not yet been released. For now, Fluton appears to be an infrastructure project designed to add a privacy layer to existing blockchains rather than launch an independent network. Its success will depend on network integrations, security, and product availability. @cryptoperseus_ @7mc77

What Is mump2p in @get_optimum and How Does It Work? mump2p in Optimum is a communication protocol designed to help blocks and attestations spread faster and more efficiently between nodes in blockchain networks such as Ethereum. At its core is RLNC (Random Linear Network Coding). So, how does mump2p work? In traditional systems, a node generally forwards the data it receives to other nodes in packets. Repeatedly sending the same data to different parts of the network can increase network traffic and cause delays. mump2p approaches this process differently. First, it divides the data into smaller pieces. It then uses RLNC to transform these pieces into mathematically encoded units called shards. As nodes forward the shards they receive, they can create new mathematical combinations. Here is the key point: a receiving node does not need to obtain the exact same pieces sent by the original sender to reconstruct the data. It only needs to collect a sufficient number of independent coded shards. This means shards received from different nodes can be combined. This approach can reduce the need to transmit the same data repeatedly. It can also help information reach a wider group of nodes more efficiently. If a node does not receive enough shards, a fallback mechanism allows it to request additional ones. Optimum Gateway acts as a bridge between Ethereum’s existing communication layer and the mump2p network. This makes it possible to benefit from the protocol without making fundamental changes to existing consensus clients. Ultimately, mump2p is not designed to change blockchain consensus rules. Its goal is to improve how data travels across the network. Faster propagation may help validators receive blocks on time and participate more effectively. However, actual benefits depend on network conditions, implementation, and measured performance. RLNC alone does not guarantee security or decentralization. In other words, mump2p does not aim to change the blockchain’s engine. It focuses on optimizing the data routes between nodes, with more efficient communication as its goal. @discordflash @ada_pegasus @vssema11

This evening at 16:30 UTC, there will be a quiz on the @RialoHQ Discord channel. It’s a valuable opportunity to learn more about the projects and better understand their role in the ecosystem. The quiz will help us discover what the projects aim to achieve, which problems they seek to solve, and how they contribute to the Rialo ecosystem. It also allows us to explore technical details in a more engaging and memorable way. By answering the questions, we won’t simply test our knowledge. We’ll also gain a clearer understanding of the projects’ vision, use cases, and future potential. This creates a shared learning experience for community members and helps everyone contribute to the ecosystem more consciously. The quiz encourages us to actively explore the projects instead of simply listening to presentations. It’s a great opportunity to discover new ideas, ask better questions, and support the work of builders. As members of the Rialo community, this event offers a valuable chance to improve our knowledge and strengthen our connection with the projects. Join us on Discord to learn together and enjoy the quiz. @ericargent31113 @slymnogunc

Optimum & Blockdaemon: First Individual Operator Case Study on Ethereum Mainnet Optimum has published its first individual operator case study, conducted with Blockdaemon. The study examined the effects of mump2p across Blockdaemon’s 2,185 Ethereum mainnet validators (approximately 69.9k ETH). The results show clear performance gains achieved without any changes to the existing validator setup. mump2p is a peer to peer protocol based on Random Linear Network Coding (RLNC). The @get_optimum Gateway is added alongside each consensus client, creating a parallel fast lane next to the native libp2p gossip network. Blocks and attestations are delivered more quickly through this channel, allowing validators to see blocks earlier and cast more accurate head votes. The measurements are clear. When the same 2,185 validators were compared between a June 2026 control week and the period of 25 September-2 October 2026, the wrong head vote rate dropped by 39.7%. In June, 0.452% of attestation duties resulted in wrong head votes; after mump2p, this fell to 0.273%. As Blockdaemon ETH Infra Lead Dan Spina stated: “We were already running above 99% head vote accuracy, so we didn’t expect much room to improve. mump2p found it anyway, cutting our wrong head votes by nearly 40% without any changes to our validator setup.” Block arrival times tell a similar story. On public libp2p, the average block arrival time was 2,321 ms per slot; with mump2p it fell to 1,956 ms meaning blocks arrived 366 ms earlier on average. Propagation spread also tightened by 3.4× (from 515 ms to 152 ms). In 92% of the measured slots, blocks were seen first via mump2p. These measurements compared Blockdaemon’s gateways with 151 public Xatu sentry nodes across 50,232 slots. Late blocks directly affect the most time critical part of attestation: the head vote. A validator must vote for the most recent block; delay means a wrong vote. Even though Blockdaemon was already operating at high accuracy, residual losses caused by network speed remained. mump2p reduces those losses and provides an additional advantage, especially for geographically distant validators or during peak periods. Because the system does not replace native gossip, risk stays low, integration is simple, and no extra hardware or client changes are required on the validator side. This case study demonstrates that mump2p is not merely a theoretical speed improvement. It delivers measurable and repeatable results under real mainnet conditions. Faster block propagation, more consistent attestation performance, and gains achieved without touching the validator setup offer a concrete value proposition for staking operators. As mump2p adoption continues to grow on mainnet, further operator level studies are expected. Detailed figures and methodology are available in the published case study document. For operators looking to accelerate data propagation on Ethereum, mump2p stands out as a free, low risk layer that can be added to existing infrastructure. @discordflash @ada_pegasus @vssema11

What Does Fluton’s Move Toward Mainnet Mean? Why could @FlutonIO approaching the mainnet stage be an important development? Let’s break it down simply. First, what is a mainnet? During the development of a blockchain project, transactions are often tested in an environment called a testnet. The goal is to evaluate how the system works, identify bugs, and improve the infrastructure. Mainnet means a system operating on a live blockchain network. Transactions move beyond the testing environment and begin running under real network conditions. Why does this matter for Fluton? Fluton’s core goal is to make financial transactions on blockchain more private. Through Fully Homomorphic Encryption (FHE) and encrypted transaction intents, it aims to reduce how much information about users’ transaction strategies is publicly exposed. The mainnet stage could be an important step toward evaluating how this approach performs under real world conditions. What could it mean for users? Once supported features become available on the live network, users may be able to perform eligible transactions under real blockchain conditions rather than in a test environment. Developers could also move closer to integrating Fluton’s privacy infrastructure into their applications. Of course, launching a mainnet does not automatically mean every feature is ready or that all risks have disappeared. Security, performance, usability, and supported networks must still be evaluated. Here’s what matters most to me: Protecting financial information while preserving the transparency of blockchain is an important goal for the future of Web3. How successfully can Fluton deliver this in real world applications? This could be an exciting phase to watch. @cryptoperseus_ @7mc77

Rialo BuilderHub is more than a space where projects are presented. It is an important part of the ecosystem where developers, community members, and new ideas come together to explore how Web3 is evolving. Yesterday, we had the opportunity to listen to two projects, VELORA and RİALOVERSE. Both projects demonstrated the value of building, experimenting, and creating real use cases within the @RialoHQ ecosystem. The importance of BuilderHub becomes clear here: the community is not just an audience. It becomes an active force that contributes to projects by asking questions, sharing feedback, and creating the foundation for new collaborations. Listening directly to builders explain their ideas, the problems they aim to solve, and how their projects could grow helps us understand the development of the ecosystem more clearly. It also provides builders with visibility, community support, and valuable feedback. While listening to the presentations from VELORA and RİALOVERSE, we were reminded once again that a strong ecosystem is built not only through technology, but also through people sharing ideas and supporting one another. BuilderHub makes this culture of collaboration visible and inspires the creation of new projects. Everyone who listens, asks questions, contributes, and builds adds a small but meaningful piece to Rialo’s future. We congratulate the VELORA and RİALOVERSE teams for their efforts. Thank you to all the builders who shared their projects, the community members who contributed with their questions, and the Rialo team for making these gatherings possible. We will continue meeting at BuilderHub to listen, learn, create, and grow together. The future of Web3 is shaped not only by code, but also by shared visions, meaningful connections, and collective action. @ericargent31113 @ecelannister

Bizlere yokluktan var ettiğin Cumhuriyeti hediye ettiğin için ne kadar teşekkür etsek az Ulu Önder Mareşal Gazi Mustafa Kemal ATATÜRK! Özellikle son çeyreğinde değerini daha iyi anladığımız bu özgürlüğün kimliği olan Cumhuriyeti, ilelebet ayakta tutmak için ecdadımız gibi biz de zamanı geldiğinde elimizden geleni yapacağız. Çünkü ya özgürsündür ya da yaşamıyorsundur! #29EkimCumhuriyetBayramı

Why Do AMAs Matter? A Closer Look Through @get_optimum Getting to know a crypto project is about more than just reading announcements. Listening to the team, asking questions, and understanding its technical vision directly are equally important. That’s where Discord AMAs (Ask Me Anything) come in. AMAs act as a bridge between projects and their communities. Members can ask questions, teams can explain developments, and misunderstandings can be addressed. More importantly, the community can move beyond simply following updates and become an active participant that contributes to the project’s growth. Why does this matter for Get Optimum? Optimum is an infrastructure project focused on making data propagation across blockchain networks more efficient. Its technical approaches, including RLNC and mump2p, raise important questions about how blockchain communication can be improved. AMAs provide a valuable opportunity for the community to better understand the technology, learn about the team’s goals, and ask questions directly. Get Optimum is hosting an AMA today at 10:00 UTC on its Discord server! That’s 13:00 in Türkiye. Let’s use this opportunity not only to learn something new, but also to ask meaningful questions and help build a more informed community. Remember: a strong ecosystem grows through more than technology. Open communication and mutual trust matter, too. Listen, ask, learn, and contribute. Be part of the community and discover more about Optimum’s vision for the future! @discordflash @ada_pegasus @vssema11

If I Ran a Company and Used Optimum for Payments, What Benefits Could I Gain? First, an important distinction: Optimum is not a bank or a payment application. It is an infrastructure layer designed to make data propagate more efficiently between nodes on blockchain networks such as Ethereum. Its potential contribution lies not in processing transfers directly, but in improving communication across the network where transactions take place. 1. A Smoother Payment Experience If my company paid customers, employees, or suppliers through blockchain, faster block propagation could help transaction information reach the network more efficiently. However, this does not guarantee that every transfer will be confirmed faster. 2. Potential Operational Efficiency More efficient data transmission could improve the use of network resources. Whether this translates into lower fees or operating costs depends on the blockchain, transaction volume, and application design. Using Optimum does not automatically mean lower gas fees. 3. Infrastructure Benefits for Global Business For a company working with customers across different countries, blockchain based payments can offer an alternative that operates around the clock. An infrastructure layer like Optimum could help improve data propagation on supported networks. What Would I Check Before Making a Decision? I would examine real world performance metrics, security assessments, compatibility with my existing infrastructure, supported networks, and total costs. I would also assess currency, regulatory, custody, and accounting risks separately. For high transaction volumes, I would compare confirmation times, failed transaction rates, and total expenses against my current solution. I would base my decision on measurable evidence rather than assumptions, validating the results through real tests first. The bottom line: @get_optimum could help improve the blockchain communication behind business payments. But its actual value must be measured through proven performance, compatibility, and total cost. Starting with a small pilot and evaluating the results before scaling up would be the more prudent approach. @cryptooflashh @ada_pegasus @vssema11

How Could @SeismicSys Benefit My Business? Imagine I own a company and use Seismic for my financial operations. What advantages could it offer? One of the biggest challenges of using public blockchains for business is financial privacy. Competitors may analyze on chain transactions to estimate treasury balances, payment amounts, and business activity. Seismic aims to address this problem through privacy enabled blockchain infrastructure. 1. Protecting Financial Information Imagine paying a supplier $50,000 in stablecoins. With appropriately designed privacy enabled contracts, the payment amount and relevant balances could remain shielded from public observers. This could make it harder for competitors to estimate my company's financial position. 2. International Payments If my company works with suppliers in different countries, stablecoin based payment applications built on Seismic could support global transactions. Depending on the application and its integrations, this could offer an alternative to traditional payment processes. 3. Protecting Business Strategy Imagine managing a treasury or preparing a major investment. Keeping sensitive financial positions private could reduce the information competitors can gather from public blockchain data. 4. Confidential Financial Applications Seismic could enable developers to build lending, payment, and other financial applications where sensitive information is protected while necessary verification and compliance processes remain possible. However, privacy does not mean complete anonymity. Some transaction metadata may remain visible, and actual benefits depend on the application's design, integrations, and compliance requirements. For me, the real value is clear: businesses need transparency where verification matters, but confidentiality where sensitive information is involved. Seismic could help bring these two needs closer together, opening new possibilities for businesses using blockchain technology. Would you consider using a privacy focused blockchain for your company's financial operations? @xealistt @NoxxW3 @heathcliff_eth

If I Owned a Company, Why Would I Consider Using @FlutonIO for Financial Operations? Imagine running a company that regularly pays suppliers, transfers assets across different blockchains, and manages investments. Every public transaction can reveal valuable information about your business strategy, payment flows, and financial activities. This is where Fluton could make a difference. 1. Financial Privacy With Fully Homomorphic Encryption (FHE), Fluton aims to enable operations on encrypted data without revealing the underlying information. For a company, this could help protect sensitive financial details and reduce how much competitors can learn from public transactions. 2. Flexibility Across Networks Businesses may need to operate across multiple blockchain networks. Fluton is designed to support privacy focused interactions across different chains, potentially making cross chain financial operations more convenient without sacrificing confidentiality. 3. Reducing MEV Risks Public transactions can expose users to risks such as front running and sandwich attacks. By encrypting transaction intentions, Fluton aims to reduce opportunities for attackers to exploit visible information before a transaction is executed. 4. Protecting Competitive Advantages Imagine your company is preparing a large investment or moving funds to support a new business strategy. Keeping sensitive transaction details private could make it harder for competitors to anticipate your next move. Fluton’s approach could offer businesses a new way to combine blockchain transparency with financial confidentiality. However, these are potential benefits rather than guaranteed results. Fluton’s official website lists its SDK as “coming soon,” so availability may depend on future development. Do you think financial privacy will become a basic business requirement in Web3, rather than just an option? @cryptoperseus_ @7mc77

In crypto communities, Spotlight is not just about gaining visibility; it is about having your contributions recognized. Consistently contributing to a project, sharing knowledge, supporting other members, and helping the ecosystem grow can gradually make you an important part of the community. For @RialoHQ , Spotlight represents exactly this. Spotlight makes community members' efforts visible while inspiring others to get involved. Shared ideas, projects built, and dedication demonstrate that the Rialo ecosystem grows not only through technology but also through people. I believe the real goal should not be contributing just to get featured on Spotlight, but being featured because of the value you bring to the community. Strong communities are built not only on followers, but on people who support one another, create together, and grow as a team. That collective effort is what helps shape Rialo's future. Every contribution matters, and sometimes even a small step can inspire others to take action. Spotlight is the recognition; the real achievement is the impact you leave on the community... @ericargent31113 @ecelannister

Seismic in Everyday Life: Privacy While Shopping Imagine walking into a supermarket. You pick up coffee, groceries, and a few personal items. At checkout, you pay with stablecoins through your digital wallet. The payment goes through, but you don't want everyone to see the transaction amount or your wallet balance. This is where Seismic's privacy approach could become meaningful in everyday life. On traditional public blockchains, transaction amounts and wallet activity can often be examined on chain. This transparency enables verification, but it can also reveal information about people's spending habits. @SeismicSys provides blockchain infrastructure designed to protect sensitive data in smart contracts. With privacy enabled tokens and encrypted transactions, appropriately designed applications may keep information such as balances and transfer amounts from being publicly visible. What could this change? More private digital payments in physical and online stores Less exposure of financial activity when paying at cafés and restaurants Protecting transfer amounts when sending money to friends Stablecoin based payment experiences across different countries One important detail: these examples represent potential use cases enabled by Seismic's privacy technology. They don't mean every store already accepts Seismic payments. That requires user friendly wallets, payment providers, and merchant integrations. Privacy also doesn't mean ignoring legal obligations. Applications can incorporate necessary compliance checks into their design. The goal is to find a better balance between verifiable financial transactions and protecting personal information in everyday use. I believe blockchain's real contribution to daily life isn't just faster transfers. It's giving us greater control over our financial data. @xealistt @NoxxW3 @heathclieth

Fluton: Privacy Isn’t Just for Companies. It’s for Everyone! When we talk about blockchain technology, we shouldn’t think only of corporations, investment funds, or major investors. Individual users need financial privacy, too. This is where Fluton’s vision becomes important. Today, transactions on public blockchains can be tracked transparently. Wallet activity, transaction amounts, and trading strategies can be analyzed to reveal valuable information about users. This creates risks not only for businesses but also for anyone using crypto in their daily life. Fluton aims to enable privacy focused transactions across different blockchain networks by combining Fully Homomorphic Encryption (FHE) with Zero Knowledge Proofs (ZK). So, what could this look like in everyday life? A user could protect their transaction intent while swapping tokens, reduce the visibility of sensitive transaction details when moving assets across networks, or gain better protection for their financial strategies when interacting with DeFi applications. In the future, privacy focused use cases could also expand into staking, lending, and other financial services. The key point is that users shouldn’t have to move to an entirely different blockchain just to benefit from greater privacy. @FlutonIO aims to bring privacy to the applications people already use by integrating with existing ecosystems. Of course, this doesn’t mean every piece of information will always remain hidden. Actual protection depends on the technical implementation and which data remains public. Fluton’s official website also lists its SDK as still in development. Privacy shouldn’t be a privilege reserved for large companies. Individual users deserve greater control over their financial data, too. @cryptoperseus_ @7mc77