ＹＡＰＭＡＳＴＥＲ

Seismic vs Aztec Network Two Approaches to Privacy in Finance In the evolving landscape of blockchain based financial services privacy has emerged as a critical differentiator Two projects @SeismicSys and Aztec Network both prioritize privacy but they do so with fundamentally different architectures target audiences and business models This article breaks down their core differences to help you understand which approach fits which use case 1 Network Architecture Seismic operates as a standalone layer one blockchain built specifically for fintech applications It does not rely on any existing blockchain network giving it full control over transaction throughput fees and governance This independence allows Seismic to embed compliance tools directly into the protocol itself Aztec Network functions as a layer two privacy solution on top of Ethereum It uses zero knowledge rollups ZK Rollups to bundle and encrypt transactions before settling them on Ethereum This means Aztec inherits Ethereum security but remains dependent on Ethereums network conditions and gas fees 2 Target Audience Seismic targets fintech companies banks and financial institutions Its infrastructure is designed for businesses that want to launch regulated products such as checking accounts paycheck advances auto loans and savings accounts with privacy enabled by default Aztec Network targets decentralized finance DeFi developers and individual crypto users Its tools are meant for those already operating within the Ethereum ecosystem who want to add optional privacy to activities like swapping lending or transferring tokens 3 Privacy Model Seismic implements privacy by default Every transaction whether a transfer loan or swap is private without requiring user action This model is designed to give fintechs a competitive advantage while maintaining user trust Aztec Network offers opt in privacy Users and applications choose when to use private transactions via Aztecs zero knowledge proofs For users who prefer transparency or are interacting with public DeFi protocols the option to remain on the public layer remains available 4 Compliance and Regulation Seismic builds compliance directly into the protocol Features like transaction screening reporting and investigations are native to the blockchain This allows fintechs to meet Know Your Customer KYC and Anti Money Laundering AML requirements while still offering private transactions Aztec Network does not include built in compliance tools Regulatory adherence is handled by third party applications or by users themselves when moving funds between Aztecs private environment and Ethereums public layer This makes Aztec more aligned with the permissionless ethos of DeFi 5 Business Model Seismic operates as a B2B infrastructure provider It offers deep integrations with on ramp and off ramp services as well as card providers worldwide Fintechs pay for access to a ready to use compliant blockchain backend Aztec Network operates as a B2B2C tool Developers integrate Aztecs privacy features into their dApps while

.@fermah_xyz is partnering with Labyrinth Protocol to solve the biggest bottleneck in crypto privacy: the trade-off between privacy and user experience. We’re bringing Confidential Proving Delegation (CPD) to Labyrinth’s modular privacy framework. First, what is Labyrinth? It’s a multi-chain modular privacy framework that uses ZK and threshold cryptography to enable compliant private transactions. Their vision is for every on-chain address to have a corresponding private account layer by default and by design. The problem they face, and everyone in privacy faces, is that privacy usually comes at a cost: bad UX. Generating zero-knowledge proofs on the client side is slow and computationally heavy. Users wait minutes. Builders wrestle with complex infrastructure. This kills adoption. This is where Fermah’s Confidential Proving Delegation (CPD) changes the game. We offload proof generation to a universal market, making it fast, cheap, and confidential. No more lag. No more heavy client-side compute. The numbers speak for themselves Proof generation drops from minutes to seconds. End-user compute costs fall dramatically. User experience feels like Web2: fast and seamless. Throughput scales for high-volume applications. Developer overhead disappears. No more managing prover infrastructure. Why does this matter? Because privacy shouldn’t feel like a trade-off. With Fermah and Labyrinth, you get true privacy, compliance built in, and a user experience that doesn’t compromise. Privacy becomes the default, not a friction point. This is a big step toward making private, performant applications the norm across DeFi, DAOs, AI and ML, and social apps. If privacy is ever going to be mainstream, it needs to be just as fast and easy as centralized services, without the trust trade-off

Big news in Web3 privacy @fermah_xyz x Reclaim are teaming up to bring fast private and scalable zero-knowledge TLS to Web3 applications Here’s why this matters 1/ Reclaim Protocol allows users to bring Web2 credentials into Web3 securely and privately But privacy usually comes at a cost slow proof generation and UX trade-offs 2/ Enter Fermah's Confidential Proving Delegation CPD it offloads proof generation to a fast confidential network making privacy-native apps feel like Web2 apps fast and seamless 3/ Together Fermah and Reclaim enable Private zkTLS meaning users can prove credentials without revealing sensitive info with near-zero latency 4/ Practical example 3Jane the first credit-based money market on Base offering instant trustless lines of credit 5/ 3Jane integrates Reclaim to validate proofs from Web2 platforms like Credit Karma and Plaid Fermah's CPD handles confidential proof generation Result Proofs generated in seconds instead of minutes End-user devices don’t do heavy computation Privacy tasks delegated securely to the network UX feels indistinguishable from Web2 apps 6/ Performance gains are huge Lower wait times Reduced compute costs Massive scalability Simplified developer overhead Privacy no longer means slow apps or painful ZK infrastructure CPD makes privacy frictionless 7/ The big picture this is infrastructure that could make privacy the default for Web3 Fast confidential scalable without compromising trust 8/ Excited to see how this collaboration powers new apps that were previously too heavy for privacy-first design Web3 UX just got a serious upgrade

Vend has been selected for the @SeismicSys Builders Program and we are beyond excited to join forces with SeismicSys who are building the financial infrastructure for the next generation of fintech combining privacy preserving execution compliance aligned architecture and embedded financial rails This program gives us the opportunity to collaborate with visionary thinkers to create solutions that are secure scalable and fully aligned with regulations We believe the future of finance requires systems that protect user data enable seamless financial operations and adhere to global standards We are committed to contributing our expertise and energy to push the boundaries of what is possible in fintech and to help shape an ecosystem where innovation responsibility and trust coexist We look forward to sharing our journey insights and milestones with our community as we take part in this transformative initiative together with SeismicSys This is a moment to build not just technology but also confidence and trust in the new era of finance Every challenge we encounter will teach us something new and every solution we develop will help set the standard for what is possible in the fintech space Our mission is to enable financial experiences that are secure seamless and accessible to everyone

Blend and @SeismicSys Treasury Revolution in Fintech In the world of fintech speed and flexibility in delivering financial services to users is one of the most important factors for success Blend at blend_money is taking a significant step forward with the vision of becoming a leader in innovation in this space and is now building on the Seismic platform But what makes this collaboration so compelling The answer is simple Blend is creating a treasury as a service platform that allows fintech companies to offer advanced financial services to their users without the need for complex banking infrastructure By leveraging Seismic Blend can now provide private and secure solutions including multi currency accounts money market instruments and local pay in rails Multi currency accounts allow users to manage assets in different currencies without complex conversions or wasted time This capability is a critical advantage for companies operating in international markets Money market instruments enable short term investments with high liquidity allowing users to access sophisticated financial tools without the fintech company directly managing the complexities of the market Local pay in rails connect to domestic payment networks enabling fast and secure payments and deposits both nationally and internationally This combination of technology and innovation empowers fintech companies to scale faster reduce infrastructure costs and deliver a modern fast and secure experience to their users The partnership between Blend and Seismic is an example of how modern platforms can reshape financial services making them not only faster and more secure but also smarter and highly customizable The future of treasury and financial operations is increasingly in the hands of fintechs and Blend powered by Seismic is leading the way setting a standard for how financial services will be delivered in the years to come

First Mentionboard tournament with 5,000 $USDC prize pool is LIVE now! @menacedotcom x @duel_duck

24 hours until the @rakebitcom X duelduck tournament's active season ends

In blockchain technology, transparency has always been celebrated as a key advantage however the same openness can create major challenges for financial and enterprise applications when sensitive data needs protection @SeismicSys Solidity is an innovative adaptation of the Solidity programming language developed for the Seismic ecosystem Traditional Solidity, used for writing smart contracts on Ethereum and other EVM-compatible chains, exposes all contract state on the blockchain even when marked private at the code level this visibility remains public This limitation makes handling sensitive information such as financial records organizational data or personal identity onchain problematic Seismic Solidity solves this by introducing new encrypted data types that allow smart contracts to handle confidential information safely These new types include encrypted integers addresses booleans and more enabling storage of sensitive data in a way that remains hidden from the public while still allowing computation directly on encrypted values Seismic Solidity is designed to be compatible with the EVM meaning existing Solidity developers can adopt confidential smart contract practices with minimal adjustments The applications are broad Private decentralized finance protocols can keep user balances internal transactions and trading strategies hidden Organizations can manage payroll onchain conduct confidential votes or oversee treasury operations without revealing sensitive numbers Digital identity solutions can store personal data securely allowing authentication without exposing full details Unlike privacy-focused blockchains which require protocol-level changes Seismic Solidity gives developers control over privacy within the contract itself allowing a mix of public and private data in the same application Challenges include more complex cryptography increased gas consumption and the need for specialized testing and auditing but for many enterprise scenarios the benefits of confidentiality outweigh these costs Seismic Solidity represents a shift toward private smart contracts providing a path to secure onchain computation where both privacy and transparency can coexist

GN

Gm

While working with @idOS_network, what stood out most is its selective disclosure and proof-based verification model. Instead of sharing full identity details with every app, your data stays encrypted under your control.

@ShahinGh11 @fermah_xyz thanks for information

Instead of vertically integrated proving stacks, Fermah introduces a neutral proof marketplace where proof seekers submit circuits and inputs, and distributed prover nodes execute them across GPU and CPU infrastructure. At the core of the system is the Matchmaker, an orchestration engine that dynamically allocates workloads based on hardware capability, latency profile and market pricing. This abstracts coordination complexity from rollups, zkVMs and application specific circuits. The architecture is proof system agnostic. Any proving binary can be executed, enabling compatibility across Groth16, PLONK based systems, zkVM environments and custom circuits. Result: higher hardware utilization, competitive proof pricing and scalable on demand ZK generation without locking into a single proving stack. ZK infra is moving toward modularity. Fermah is positioning itself at the proving layer.

GFERMAH @fermah_xyz

@MasoudsNft @SeismicSys gmic

That should be our goal. I support what I choose with open eyes because I believe in it. @SeismicSys

After 13 days of activity on Discord @SeismicSys I’ve created 27 pieces of content 20 tweets 7 artworks 1,238 chats I got the mag3 role today. From now on it gets much harder I need to be even more active for the next roles. How are your stats?

@SeismicSys @NoxxW3 @xealistt @heathcliff_eth

Keep in mind that @idOS_network identity layer aims to make verification and KYC a safe and easy process They don’t store your data they just deploy them on the blockchain so that you can use them at your preference What’s your expected $IDOS mc?

@irony1998 @0xXavim It is very beautiful

Local event champion: @0xXavim This pfp is my gift to the king himself. Hope it hits right, man! 🫡✨