Many people think SocialFi is simply social media on a blockchain.
In reality, the bigger idea is giving users ownership over their identity, content and interactions.
@DlicomApp embraces this vision by combining social features with self custody wallets and Web3 tools, creating an ecosystem where participation can have real digital ownership behind it.
Just received a personalized Seismic themed banner from sis @Tori7107 and it turned out better than I imagined.
The details, the atmosphere, and the overall Seismic aesthetic fit together perfectly.
Always cool to see community members adding their own creativity to the ecosystem.
Magnitude keeps growing
@SeismicSys
Presenting Custom Seismic Member Directory.
I’m Susmi, currently a Mag 7 holder, aiming for Mag 8, and a proud member of @SeismicSys 🤎
If you want to make your own version too, don’t forget to tag me.😁
Stay encrypted with Seismic.
@NoxxW3@xealistt@heathcliff_eth
How Fluton Is Building Programmable Private Money
Blockchain technology introduced the idea of programmable money. Through smart contracts, assets could do more than simply move between wallets.
They could participate in lending, trading, payments, and countless other forms of automated financial activity.
However, while money became programmable, the majority of these interactions continued to operate in fully public environments.
That transparency creates a gap between programmability and privacy. Transaction amounts, balances, payment flows, and execution strategies are often visible to anyone observing the network.
As financial activity becomes more sophisticated, exposing every detail of execution can create challenges for users, businesses, and automated systems that rely on confidentiality.
This is the gap that Fluton is focused on addressing through programmable private money. The project combines encrypted intents, shielded balances, and Fully Homomorphic Encryption (FHE) to enable execution on encrypted state.
Rather than revealing transaction details before execution occurs, users express what they want to achieve through encrypted intents.
Computation takes place directly on encrypted data, while assets can exist in a confidential state through Fluton's execution environment.
Under this model, privacy becomes part of how financial activity is executed rather than something added afterward.
Payments, swaps, bridging, and yield-related actions can operate without publicly exposing balances, amounts, strategies, or routing information by default.
By bringing confidentiality directly into execution, Fluton is working toward a model where money remains programmable while sensitive financial information stays protected throughout the process.
@FlutonIO
How Fluton Differs from Mixers and Traditional Privacy Protocols
Privacy has been approached in different ways throughout the history of blockchain systems. Some solutions focus on obscuring transaction history, while others create dedicated environments where users can interact with greater confidentiality.
In many cases, privacy is applied to asset transfers themselves, while the broader execution process remains visible or only partially protected.
This is one of the reasons Fluton clearly distinguishes itself from mixers and other traditional privacy approaches.
Fluton does not describe itself as a mixer, nor does it position itself as an isolated privacy chain. It is also not designed as a single-purpose DeFi application.
Instead, its focus is on confidential execution as a shared capability that can operate across existing blockchain ecosystems.
The foundation of this model is built around encrypted intents and Fully Homomorphic Encryption (FHE).
Rather than concentrating only on transaction privacy, Fluton aims to protect the execution process itself. Users express intents through encrypted data, solver networks fulfill those intents, and computation takes place directly on encrypted state.
This approach extends to activities such as swaps, payments, bridging, and yield execution without requiring users to migrate into a separate blockchain environment.
The distinction is important because the scope of privacy becomes much broader. Instead of only hiding certain transaction relationships, confidential execution can protect balances, strategies, routing information, and intent data throughout the execution lifecycle.
By building privacy at the execution layer, Fluton is working toward infrastructure where confidentiality is integrated into how blockchain actions are carried out rather than existing as a standalone tool alongside them.
@FlutonIO
Axis task 10th April
Join here: https://t.co/QbBtEXhoEQ
There are some tasks at noon, when I were dreaming....
And 14 tasks tonight. Some tasks are very difficult and it took me a lot of time to complete, even an hour. Im not good in control robot arm but I never give up!
Lets train robot arm and contribute quality data for Axis for making our real world AI better.
@axisrobotics
Axis task 9th April - 7 tasks tonight
Join here: https://t.co/QbBtEXhoEQ
How many task have u completed so far?
Tasks are released randomly atm, I missed 5 tasks this morning because of irl work. But now, luckily more tasks came tonight!
The slots is limited so you guys should take chance early.
My 7-consecutive-day Badge is finally unlocked. 😍
Training robot arm on site is not only a game or training online, but you are contributing data for real actions.
@axisrobotics
Discord: https://t.co/xDGHLxQAq8
Tele: https://t.co/KbZ1jnUP3p