Does Everything on the Blockchain Really Need to Be Transparent?
One of blockchain’s greatest advantages is transparency. However, this transparency can also mean that anyone can see users’ financial strategies, transaction details, and balances.
Imagine you want to swap tokens. If your transaction details become visible before execution, certain actors could use that information to position themselves ahead of you. This is where MEV related risks, such as front running and sandwich attacks, come into play.
@FlutonIO takes a different approach to this problem: Encrypted Intents.
So, how does it work?
First, the user requests an offer from the relayer network. Then, the transaction intent is encrypted using Fully Homomorphic Encryption (FHE) and verified with Zero-Knowledge Proofs (ZK). Finally, the transaction is submitted for execution on chain.
The key idea is to prevent sensitive transaction intentions and details from being exposed in plain text during the process.
Fluton’s vision goes beyond providing privacy on a single network. It aims to enable private interactions across different blockchains, including Ethereum, Arbitrum, Base, Monad, Avalanche, and Solana, without requiring users to move to an entirely new blockchain.
Its modular architecture also allows developers to integrate Fluton’s privacy components into their own applications.
This approach could become valuable for DeFi transactions, payments, asset transfers, and yield strategies. Users should not have to expose every financial move to competitors, bots, or external observers just to benefit from blockchain accessibility. In the long run, privacy could give users greater control.
@cryptoperseus_ @7mc77
Fluton Ceremony is coming your way very soon.
Clues are hidden in the video below.🤫@FlutonIO
@cryptoperseus_ @7mc77
Optimum has reached an important adoption milestone in the Ethereum ecosystem: the amount of staked ETH represented by validators using its mump2p technology has surpassed 3 million ETH. This accounts for approximately 8% of Ethereum’s total staked ETH.
But why does this matter?
On @ethereum , validators must do more than simply confirm transactions. New blocks and the data required to process them must also reach other network participants on time. Delays in data transmission can cause validators to receive blocks late, create timing issues, and reduce overall performance.
This is exactly the layer Optimum is working to improve. Its mump2p technology uses Random Linear Network Coding (RLNC) to make data distribution across the network more efficient.
With traditional transmission methods, receivers wait for specific data packets. RLNC takes a different approach by mathematically encoding multiple packets. Once the receiver collects enough independent coded packets, it can reconstruct the original data. This approach can help reduce the impact of packet loss and limit unnecessary retransmissions.
One important clarification: the 3 million ETH is not deposited into @get_optimum . It represents the total ETH staked by Ethereum validators using mump2p. This makes the milestone a strong indicator of real-world adoption.
Blockchain scalability is not just about processing more transactions. Delivering data to the right place at the right time is equally important.
That's why Optimum's progress is worth following. Its measurable performance improvements across different networks will reveal the long term value and broader potential of this approach.
@discordflash @ada_pegasus
After crossing the 2 million ETH mark just a few days ago @get_optimum has now hit another milestone!
Over 3 million staked ETH is now running mump2p, nearly 8% of all stake. It's amazing to see so many node operators recognizing the value of what we've built, and we look forward to welcoming many more onto our data acceleration network.
Rialo BuilderHub: PropChain by @onuiyke001 and @0xwakes
On November 4, 2026, community members BigIYKE and Wakes introduced their joint project, PropChain, in the BuilderHub channel of the @RialoHQ Discord server.
PropChain is a real estate marketplace designed to connect buyers with sellers and landlords with tenants. The project aims to support property sales and rentals through onchain payments, escrow, and reputation records. Its core approach is to link the digital payment process to the physical inspection of a property: the buyer inspects the property and approves the transaction if everything meets their expectations. Legal documents and official ownership procedures, however, remain part of the process carried out offchain by the parties involved.
On the platform, users can create listings for properties for sale, rent, or long term lease. Listings can include the property type, location, description, price, and up to eight photos. Users can explore published listings, remove their own listings, and filter properties by country, city, or property type. The goal is to make it easier to find properties that match individual needs.
PropChain uses USDC and wallet approvals for its payment flows. In the purchase process, the steps include initiating the transaction, approving USDC spending, funding the escrow pool, inspecting the property, and finally completing the purchase with the buyer's approval. According to the team, a 30 day dispute period begins once the escrow is funded. If a dispute is opened, the funds are returned to the buyer's wallet. However, the evaluation and authorization mechanism behind this refund process was not explained in detail during the presentation.
For rentals, the team demonstrated a model involving a two month security deposit, the landlord activating the tenancy onchain, and monthly rent payments. They also stated that if a tenant decides not to proceed after inspecting the property, a refund would be issued within three days. However, the exact stage and amount to which this refund applies were not clearly explained.
Users can add a phone number to their profiles to communicate directly with other parties. During the presentation, the team clarified that these numbers would be publicly visible. Users can also leave star ratings and written reviews using the other party's wallet address and agreement ID. In addition, PropChain introduces an onchain reputation score ranging from 0 to 500. Completed transactions and positive reviews increase the score, while disputes reduce it.
During the Q&A session, the team clarified that PropChain aims to serve a global market rather than operating exclusively in Nigeria. To address different countries' legal requirements, they plan to work with legal professionals and conduct escrow audits. For ownership verification, they emphasized physical inspections, meeting property owners in person, and signing legal documents. However, integration with official land registries and how onchain transactions would connect to legally recognized ownership transfers were not explained.
The team also discussed plans for contract audits to improve escrow security. However, the identities of the parties authorized to manage escrow and the limits of their control over funds have yet to be clarified.
The presentation demonstrated listing creation and removal, purchasing, renting, and review flows. Document verification, ownership security, and improvements to the user experience were highlighted as areas requiring further development. PropChain aims to make real estate transactions more transparent and traceable, but questions remain regarding legal compliance, the conditions for releasing escrow funds, and independent audits.
propchain-market.vercel.app/
@ericargent31113 @slymnogunc
Optimum has announced its new Senior Data Scientist: Joanne Fuller.
She holds a PhD in cryptography from Queensland University of Technology and previously worked on Consensys’ R&D team, contributing to formal verification and Ethereum’s Merge.
At @get_optimum , she will analyze network performance and quantify its impact on users.
@discordflash @ada_pegasus @aqccapital
Introducing Joanne Fuller, Optimum's new Senior Data Scientist!
She comes from an academic background, earning her PhD in cryptography from Queensland University of Technology in Australia. From there she took her talents to Consensys' R&D team, working on both formal verification and The Merge.
Now she brings her passion for numbers and deep Ethereum infrastructure knowledge to our data team, analyzing Optimum Network performance and quantifying the impact it has for our users.
Rialo BuilderHub: Introducing Clause by @io_enthusiast & @ekinoks_26
On November 4, 2026, WeLoSu and ecamli introduced Clause, a project they have been developing together, to the community in the BuilderHub channel of the Rialo Discord server.
Clause is a parametric insurance prototype built on Rialo. It connects users, insurers, and capital providers through a system designed to automate insurance payouts based on predefined conditions.
The core idea is straightforward: users select a risk and define the conditions under which they should receive compensation. These rules are recorded onchain, while external data sources verify whether the specified event has occurred. If the conditions are met, the decision and payment can be recorded in the same block. This aims to remove the traditional claims process, including lengthy reviews, expert assessments, and waiting periods.
Clause currently uses external data from sources such as USGS for earthquakes, Open Meteo for weather, and AirLabs for flight information. Its “Ask the Source” feature allows users to check relevant data before purchasing coverage. For example, if the wind speed in Yalova is 41 km/h while the policy requires 60 km/h, the condition has not been met and no payout is triggered.
On the Rialo side, REX validators independently retrieve external data. At least three out of four validators must report the result, and the median value is used. Readings that differ by more than 5% are rejected.
The project also includes a user agent called Rider. Through Latch, users can define policies that restrict its budget, permitted addresses, transaction types, and request frequency. Rider does not have access to API keys. The SDK also allows users to inspect policy conditions, triggers, and the measurements used to determine payouts.
The earthquake coverage demo considers factors such as location, distance from the epicenter, property type, size, and construction year. One example involved a 150 m² apartment built in 2002, with an estimated rebuilding cost of approximately $59,899 USDC and a premium of $106.29 USDC for 365 days. Importantly, payouts depend on the specified measurement conditions, not on an assessment of actual property damage.
The flight insurance demo uses a similar model. Depending on the delay or cancellation, a policy with a maximum coverage of 5,000 USDC could pay 1,500 USDC for a delay of 2–4 hours, 3,500 USDC for a delay exceeding 4 hours, or the full 5,000 USDC in the event of cancellation. The example premium for two days of coverage was approximately 117 USDC.
Applications are submitted to an insurer, and the required amount is held while approval is pending. Once approved, the policy becomes active. If the application is rejected or no decision is made within three days, the amount is returned.
Clause also explores a capital pool funded in advance by providers, with losses distributed according to predefined tranches. Regional risk density can also influence pricing.
It is important to note that Clause is still a prototype. Balances, premiums, capacities, and rewards shown in the demo are illustrative data, not real funds or tokens. The demonstrated performance figures should not be interpreted as independently verified Clause benchmarks on @RialoHQ .
Clause presents an interesting approach to connecting real world data with automated financial processes.
clause.insure/
@ericargent31113 @ecelannister
For Ethereum validators, latency is no longer just a technical detail it directly translates into lost revenue. Slow or inconsistent block propagation across the network leads to missed deadlines, weaker blocks, and ultimately lower APY.
Optimum’s mump2p addresses exactly this problem. Built on RLNC (Random Linear Network Coding) a network coding technology coinvented at MIT by Muriel Médard mump2p makes block propagation both faster and more predictable. Validators reduce the risk of missing deadlines, gain more time to construct better blocks, and earn higher rewards on average.
Node operators can onboard to mump2p for free. As highlighted in Muriel Médard’s interview with Cami Russo on The Defiant, many of the largest node operators have already started adopting the technology. mump2p does more than increase individual validator revenue; it also improves the overall stability and efficiency of the Ethereum network.
Faster and more consistent block propagation means fewer orphaned blocks, stronger consensus, and a more robust Ethereum. If you’re a validator looking to increase your earnings while strengthening the network, trying mump2p is straightforward. @get_optimum ’s solution stands out as an important step in Ethereum’s journey toward greater scalability and efficiency. With mump2p, latency is no longer a source of lost revenue it becomes an opportunity for higher returns.
@discordflash @ada_pegasus @aqccapital
For validators, latency is money.
Faster, more predictable block propagation means less risk of missing deadlines, more time to build better blocks, and higher APY.
That's what @get_optimum's mump2p brings to Ethereum, built on RLNC, the network coding tech co-invented at MIT by Optimum CEO & Co-Founder @MurielMedard
Node operators can onboard for free → getoptimum.xyz
Full conversation with @CamiRusso on The Defiant 🔗
Fluton’s Trusted Setup Ceremony Is Coming!
Fluton is preparing an important milestone: its Trusted Setup Ceremony, designed to strengthen the security of the zero knowledge proofs behind its privacy infrastructure.
But what is a trusted setup, and why does it matter?
Zero knowledge proofs let a system verify something without revealing the underlying information. The cryptographic setup behind these proofs must be handled carefully. Fluton’s ceremony uses a multi party process: each participant contributes randomness and then securely destroys their secret contribution.
The idea is simple: no single participant controls the setup. As long as at least one participant acts honestly and securely destroys their contribution, the setup remains secure.
Who can participate?
According to Fluton’s announcement, participation is exclusive to community members holding the Encrypted role. Dedicated members will have the opportunity to contribute directly to the project’s security.
How will it work?
Participants connect a wallet and sign a message, with no transaction or gas fees. They then link a GitHub or Google account and wait for their turn. Their browser automatically handles the contribution, and participation is publicly recorded under their linked identity.
This is more than a community activity. It is an opportunity to take part in a cryptographic process supporting the trust and security of Fluton’s privacy technology. It puts cryptographic security in community hands.
The ceremony will open soon. Follow the official Discord for the launch announcement and further instructions.
Don't trust us. Trust yourself. @FlutonIO
@cryptoperseus_ @7mc77
A new creative competition has arrived for the Seismic community: SEISCREATE #03: ROCKYHALLOWEEN!
This time, Rocky takes center stage, and it's time to bring him into the world of Halloween!
Imagine transforming Rocky into a terrifying monster, a mysterious ghost, a wicked vampire, or an entirely different character. The goal is to give Rocky your own unique Halloween inspired identity.
And the best part? You're not limited to a single format. You can participate with artwork, animation, video, 3D design, memes, or any other original creation that showcases your creativity.
The participation rules are simple:
Your submission must be original, creative, and related to both Rocky and Halloween.
AI generated content is not allowed.
Share your creation on X using the #ROCKYHalloween hashtag.
Submit the link to your X post in the #rockyhalloween channel on Discord.
Important Dates:
Start: November 1, 2026 – 12:00 (UTC+3)
Deadline: November 7, 2026 – 12:00 (UTC+3)
What's the reward?
This competition is more than just an art event. Regular participation in @SeismicSys competitions and being among the winners can give you an advantage on your Magnitude journey.
So, you're not just creating something fun; you're also showcasing your creativity and strengthening your presence within the Seismic community.
I think this is a great opportunity to give Rocky a completely new look with our own creative touch.
Now it's your turn!
Who will create the scariest Halloween version of Rocky?
#ROCKYHalloween #Seismic
@xealistt @NoxxW3 @heathcliff_eth
Hello everyone, dear Rialo family!
It’s Friday today. And what does that mean? Quiz day!
Projects can ask their communities questions about the work they’re doing. There are usually 10 questions, with 20 seconds allowed for each. Depending on how quickly you answer each question correctly, you earn between 500 and 1000 points and secure a spot on the leaderboard.
Event:
Today at 16:30 (UTC)
@RialoHQ Discord quiz channel
Remember, this is all just for fun!
See you there!
@ericargent31113 @slymnogunc
yatkomic retweeted
Fhenix Synergy: Dual Mode Assets + Encrypted Intents
The biggest problem in on chain finance isn’t transparency itself it’s forced transparency. To execute a trade, you have to expose your strategy, position size, and intent to the entire network. This opens the door to front running, sandwich attacks, and strategy copying.
Fhenix changed this equation by bringing CoFHE to Ethereum and Arbitrum mainnet. With dual mode assets, the same token can exist in both public and confidential states without fragmenting liquidity or breaking composability. Public when you want it, private when you need it.
Fluton is one of the first design partners on this infrastructure. When Fluton’s encrypted intents model is combined with Fhenix’s dual mode assets, a powerful execution layer emerges. Users simply express what they want a swap, bridge, payment, or yield action as an encrypted intent. Thanks to fully homomorphic encryption (FHE), the details of that intent (amount, direction, strategy) never become visible. Solvers and validators can only produce the correct outcome; they cannot see the underlying data.
This combination delivers three critical advantages. First, Zero MEV: transaction details stay hidden, so bots lose their informational edge. Second, real privacy: balances and positions remain confidential by default. Third, full compatibility with the existing ecosystem no need to migrate to a new chain or split liquidity. It works with current wallets and current protocols.
Fluton isn’t just another application here. It functions as the confidential execution layer sitting on top of dual mode assets. Fhenix makes confidential assets possible; Fluton makes private by default interactions with those assets practical. The “public when you want, private when you need” idea is no longer theoretical.
Fhenix Synergy: Dual Mode Assets + Encrypted Intentspoints to the next phase of on chain finance: privacy as the default, not a feature. Strategies stay protected, MEV decreases, and institutional capital can move on chain with less friction. @FlutonIO and @fhenix are leading that shift.
@cryptoperseus_ @7mc77
Staff changes at Optimum Discord:
As you know, our general Community Manager (CM) was Jeff. However, during today’s AMA session, he announced that he is stepping down from his role to pursue other ventures. He will be with us one last time tomorrow.
Moving forward, the management will be handled by @discordflash . On a personal note, I would like to thank Jeff for everything he has contributed to us during his time here. I wish him all the best on his future journey goodbye, Jeff!
Stay with @get_optimum
@ada_pegasus @aqccapital
yatkomic retweeted
The main reason Fluton did not build its own blockchain is that it wants to add privacy features to networks and applications that are already in use, rather than moving users, developers, and liquidity to a new ecosystem. Building a new network could lead to fragmented liquidity, additional security risks, and adoption challenges. Instead, @FlutonIO aims to serve as a privacy layer compatible with applications running on networks such as Ethereum, Arbitrum, and Base.
Its service model will operate through transaction intents. When a user wants to make a swap, transfer, or another transaction, they will submit their intent to the system in encrypted form. Relayers and solvers will then submit offers for the transaction, allowing the user to choose the most suitable one. The transaction will take place on an existing blockchain while reducing the visibility of sensitive details.
FHE technology is at the core of this structure. It enables computations to be performed while data remains encrypted. As a result, Fluton aims to help users conduct more private transactions without requiring them to move to another chain. Developers will be able to integrate these features into existing applications through an SDK. However, the level of privacy will depend on the methods and integrations used. Therefore, Fluton can be considered a privacy infrastructure operating on existing networks rather than a new blockchain. Its success will depend on its security, integrations, and launch timeline.
@cryptoperseus_ @7mc77
Your strategy is your edge. Keep your next move private.
This single line captures one of the biggest unsolved problems in crypto today.
On public blockchains, every trade, every bridge, every yield position is visible by default. Searchers, bots, and competitors see your size, timing, and intent before it even settles. Front running, sandwich attacks, and strategy copying have become normal. The moment your edge becomes public, it stops being an edge.
@FlutonIO is building the infrastructure that makes privacy the default without forcing you to leave the chains you already use.
Instead of broadcasting a transparent transaction, you submit an encrypted intent. Solvers fulfill it using Fully Homomorphic Encryption, so amounts, routing preferences, and strategies stay encrypted throughout the entire lifecycle from submission to settlement. No one sees your next move until it is already done.
This is not a mixer. It is not an isolated privacy chain. It is an application level confidential execution layer that works across Ethereum, Arbitrum, Base, and more. You keep composability, DeFi access, and cross chain functionality while gaining confidentiality.
The result is simple but powerful: your strategy stays yours. Positions stay private. MEV extraction becomes dramatically harder. Institutional capital can finally move on chain without putting its entire book on display.
As FHE infrastructure matures (with partners like Fhenix bringing CoFHE live), this vision is moving from research to production.
The next era of on chain finance does not require sacrificing privacy for liquidity or usability. It requires making confidentiality the baseline.
Your strategy is your edge.
Fluton exists to keep it that way.
@cryptoperseus_ @7mc77
Fhenix Synergy: Dual Mode Assets + Encrypted Intents
The biggest problem in on chain finance isn’t transparency itself it’s forced transparency. To execute a trade, you have to expose your strategy, position size, and intent to the entire network. This opens the door to front running, sandwich attacks, and strategy copying.
Fhenix changed this equation by bringing CoFHE to Ethereum and Arbitrum mainnet. With dual mode assets, the same token can exist in both public and confidential states without fragmenting liquidity or breaking composability. Public when you want it, private when you need it.
Fluton is one of the first design partners on this infrastructure. When Fluton’s encrypted intents model is combined with Fhenix’s dual mode assets, a powerful execution layer emerges. Users simply express what they want a swap, bridge, payment, or yield action as an encrypted intent. Thanks to fully homomorphic encryption (FHE), the details of that intent (amount, direction, strategy) never become visible. Solvers and validators can only produce the correct outcome; they cannot see the underlying data.
This combination delivers three critical advantages. First, Zero MEV: transaction details stay hidden, so bots lose their informational edge. Second, real privacy: balances and positions remain confidential by default. Third, full compatibility with the existing ecosystem no need to migrate to a new chain or split liquidity. It works with current wallets and current protocols.
Fluton isn’t just another application here. It functions as the confidential execution layer sitting on top of dual mode assets. Fhenix makes confidential assets possible; Fluton makes private by default interactions with those assets practical. The “public when you want, private when you need” idea is no longer theoretical.
Fhenix Synergy: Dual Mode Assets + Encrypted Intentspoints to the next phase of on chain finance: privacy as the default, not a feature. Strategies stay protected, MEV decreases, and institutional capital can move on chain with less friction. @FlutonIO and @fhenix are leading that shift.
@cryptoperseus_ @7mc77
This week, I walked the catwalk once again on a spotlight stage under the @RialoHQ banner.
I put a lot of hard work into this, and it’s wonderful to see that effort pay off. I’d like to thank all my friends who have supported me.
@ericargent31113 @ecelannister
Debugz & Bugz...
What should your strategies be? What kind of opportunities and details does Unvault offer you?
A "Bugz" invasion is on the horizon! Would you like to own a "Bug" during this invasion? Honestly, I certainly would!! @unvault
yatkomic retweeted
@ALiiii4646 sayesinde haberim oldu. FungoLabs bir x kampanyası başlatmış. 300M adet tokenı içerikleri üzerinden dağıtacaklar. Sanırım kaliteli içerik ya da görüntülenmelerden seçilim yapılacak.
Pekala ne yapacağız?
fungolabs.org/launchpad/c/cf… adresine gidip cüzdanım ile giriş yaptım. Ardından X hesabımı bağladım. toplamda 5 adet post linki yükleyebiliyoruz siteye. Bakalım belki de şans yüzümüze güler, güzel bir hype var bu tarafta.
Bu arada postlarda @FungoLabs ve $FUNGO ekleyeceğiz. Ve bu içeriği postlarken şuanda 9140 kişi başvurmuş gözüküyor.
Başarılar dilerim.
FungoLabs X kampanyası için 300.000.000 adet token ayırmıslar hıcte fena bır oran degıl ve aktıf 8200 katılımcı var yarın buyuk gun ve sansınızı deneyın @FungoLabs $FUNGO
