Henceforth, I’ll be on the side that prints ✍️

Boxing Day but we still $BOOST regardless

Another day to $BOOST before year ends

Don’t forget to $BOOST today

guuuud morning The $BOOST continues

gm $BOOST

gm $BOOST

e don tey i hear “keep clicking” una no dey click again? 😂

felt like sharing my progress on @KaitoAI today been months on kaito and i haven’t earned a single yap 5 smart followers, and my followers count also increased, but still pushing everyday, nothing to be sad about! 😅 currently on @union_build top 100 yapper leaderboard - 36 on 7d - 64 on 30d expecting to be on the 30d top 100 soon tho, i’m not stopping i’m grateful for all the accounts that engage with me steady, yall are the real chads! may we all win together and win big 🫡 zkgm to all union believers! 🦈

daily @alphabot $BOOST

a deep dive Into @DroseraNetwork: pioneering decentralized security for web3.

6 figs for me and my guys in 2025🤲

“Create a group of 5” E don do nau, this is just day one 😭😂

i’m eligible for 92k $U how’s your @union_build allo? are you eligible?

well, days later and i finally got in the 3M top 100 @union_build leaderboard on @KaitoAI currently ranked: - 36 on 7d - 54 on 30d - 97 on 3M - 199 on 6M - 221 on 12M it’s not much but it’s honest work 🙂‍↕️😂 i’ll keep preaching the word about union 🫡 zkgm to every union believer! 🦈

Hi, whats your solana address?

zkgm and happy sunday goblins! 🦈 most people think sundays are for rest, but we? we reflect, refine, and recalibrate. so here’s what I’ve been thinking about: @union_build isn’t just making crosschain messaging easier, it’s rewriting how we coordinate trust in web3. let me explain: • web3 is fragmented. - every chain speaks its own language - every bridge is its own silo - most “interoperability” projects are a duct tape at best, relying on relayers, multisigs, or insecure assumptions we don’t need more bridges we need a unified grammar for blockchains to talk without trusting middlemen. this is where union comes in: - it introduces trustless messaging, verified onchain, secured by zk proofs, and chain-agnostic from day 1. - it doesn’t need to wrap assets, or rely on fragile offchain validators. - it proves a message happened, cryptographically. nothing more, nothing less and that’s the magic this is what calm coordination feels like - no more chaos of “did it bridge?” - no more stress of “can I trust this relayer?” with union, chains just understand each other. quietly, reliably, elegantly. that’s real interoperability, that’s real peace.

zkgm union believers! 🦈 @union_build is building the connective tissue for the modular stack. - DA Layer: compatible with celestia, Avail, etc. - execution layers: connects rollups, alt-L1s, even non-EVM chains. - settlement layers: bridges state commitments and finalized results. this makes it like the “zk Router” of modular web3.

update on my @union_build progress when i made this tweet, i was already out of the top 100 on the 7D lb, but i didn’t let it stop me i kept pushing and finally i’m now back on the 7D lb 😅 currently: - 89 on 7D - 46 on 30D - 51 on 3M unable to see where rank on the 12M but should be within < 200 zkgm to all frens who believe in interoperability 🦈

why @union_build is the zk bridge layer to watch out for! everyone’s hyped about zk rollups but only few are solving the actual problem: • how do you send trustless messages across rollups? that’s where union comes in. cross-chain zk messaging: secure, modular, scalable. • the v2 testnet onboards you into multisig flows, cross-chain tasks, & dev tooling. already supports multiple chains. zk bridges are the next meta @union_build is quietly becoming the foundation layer. follow the code, not the hype. build with Union. Zkgm!.

most chains process every transaction individually. that’s slow, expensive, and hard to scale. @union_build flips the script using zk proofs. instead of verifying every action, union bundles them together, then proves everything was valid with one tiny cryptographic receipt. - faster - cheaper - more secure and because Union is modular, this scaling logic works across chains, not just one. that’s how Union scales web3 zkgm to those who believe in union!

what if the future of crypto isn’t multichain, but crosschain native? If @union_build wins, everything changes walk with me; multichain was the first phase of scaling crypto, different chains solving different problems. But the result? A fractured UX, scattered liquidity, and bridges everywhere. we ended up with more blockchains, but not more interoperability. @union_build is rewriting that! union introduces a zk-IBC architecture, a modular, trustless messaging protocol powered by zk proofs. this means chains can finally talk to each other natively, securely, and cheaply no more relying on middlemen or sketchy bridges. now imagine this; • you open an app on ethereum • it pulls yield opportunities from solana • executes swaps on arbitrum • and you never leave the original UI all without bridging manually all without gas juggling all powered by union this is the crosschain native future - apps won’t have to deploy 5 separate contracts for 5 chains - they build once, and union makes them everywhere compatible. ~ code becomes portable ~ liquidity becomes unified ~ the chain fades into the background

zkgm chads my @union_build rank looks good here, but being in the top 100 would look even better

new month, new energy, same mission august is here, and with it comes more momentum, more purpose @union_build is laying the foundation for a trustless, bridgeless, and universal messaging layer, designed for a multichain world where apps and assets can connect without middlemen. • every post, every xp, every interaction is part of this bigger picture - you’re not just earning - you’re building the future of interoperability stay consistent, stay intentional the rewards? closer than you think! let’s go harder this august, for the chain, the mission, and for those who stayed early. union is for everyone! zkgm goblins 🦈

why i think zk Router is union’s secret weapon? everyone talks about modular blockchains but how do they all connect? @union_build’s zkRouter lets multiple chains connect securely and instantly. imagine sending data across chains without lag or trust assumptions! that’s not a dream, that’s Union. • union is built for a modular, scalable, and privacy, making cross chain, DeFi, NFTs, intents, and assets secure and efficient.

It’s the weekend, and that means we get to zoom out and look at the big picture, not just the trends, but the infra beneath them. @union_build is building a universal router that allows users to seamlessly move assets across chains, with zero-knowledge proofs powering it all. but this isn’t just another cross chain bridge. its trustless interoperability! the kind that doesn’t rely on centralized relayers, wrapped assets, or fragile assumptions. It’s designed to make every L1 and L2 talk to each other, in real time, without compromising on security or user privacy. union combines multiple key primitives: • zkRouter: A zk native cross chain execution layer. • universal messaging layer: for secure communication between chains. • minimal trust sssumptions: everything is verified on-chain with proofs, not trust. this means no more siloed liquidity or fragmented user experiences.

most people sleep on light clients but they’re the secret to unlocking a bridgeless, trustless future here’s how @union_build is using them to reshape interoperability traditionally, moving assets across chains meant relying on: - centralized bridges - wrapped tokens - third-party relayers - a ton of trust union changes this with onchain light clients, smart contracts that verify the state of other chains using cryptographic proofs. no middlemen, no wrapped assets, just secure, native transfers. imagine verifying an ethereum transaction directly on solana, without asking anyone for permission that’s what union enables. they’re using zk and ultra-efficient proofs to make it scalable across EVMs, Solana, Cosmos, and beyond. light clients aren’t just a feature, they’re the foundation of truly decentralized interoperability. the future is: → bridgeless → trust minimized → chain native → powered by @union_build

Proof that I was here on day 1 and I’ll be here till the end zkgm @union_build 🦈 SZN 0. SZN 1.

zkgm goblins 🦈 union is designed for trustless crosschain messaging, meaning you don’t need to trust anyone to send or receive messages between blockchains. instead of relying on third party relayers (which can be hacked, go offline, or act dishonestly), @union_build uses cryptographic proofs. these proofs show that an event really happened on one chain, and anyone can verify it on another, just like checking math, not taking someone’s word for it. this ensures: • no single point of failure • no need to trust middlemen • secure, permissionless communication between chains bottom line: @union_build turns crosschain messaging into something provable, secure, and decentralized, without relying on trust, and that’s a big leap for web3 infrastructure.

most people think @union_build is just about sending messages across chains. but a lesser known fact: union supports multi-origin proofs: meaning a single message can be proven to originate from multiple chains at once in normal crosschain setups, you prove something happened on Chain A, then verify it on Chain B. but with union, you can prove that a message originated simultaneously on Chain A, B, and C, and send it to Chain D to act on it only if all origins align. this unlocks powerful coordination use cases: - multichain governance triggers - conditional execution based on multiple state changes - collaborative interchain security setups (ICS++) - DAO logic that spans ecosystems, not just one chain It’s not just a trustless messaging protocol It’s a coordination fabric for interchain logic this is the kind of feature that doesn’t just scale messages it scales agreements across entire networks.

new week, same mission! • preach union 🫡 the future of onchain coordination is being built right now, and it’s happening at @union_build. - with Orbital, we’re not just connecting blockchains. - we’re creating a seamless, scalable layer where applications can thrive without borders. to every early union believer, this is your reminder don’t just watch the change. be part of it! zkgm to everyone that believes in the union mission 🦈

modular chains are fragmented @union_build fixes that! apps today are split across layers: - DA - execution - settlement. union bundles these layers with its metalayer tech. • result? seamless UX across chains. one unified abstraction, no more clunky switching. that’s what real scaling feels like. zkgm!

while we’re all waiting patiently the @union_build team were steady cooking hard yesterday - they deployed the union token on ethereum mainnet yesterday - with the $U contract address beginning and ending with BASED! haha they’re proving that they’re fr based devs, they even hinted this a while ago, we just weren’t paying attention - with the total supply being 10B waiting patiently to see how they roll out the distribution of tokens soon we should be expecting checker, tokenomics and the updated roadmap soon i suppose are you still all in on union?

building in web3? you shouldn’t have to rebuild for every chain. @union_build gives developers a single stack to build once and reach many chains, with native asset messaging and zk verified state. - no relayers - no wrapped assets - no chain specific hacks just real composability across ecosystems. union makes multichain apps feel like single chain apps. that’s power! zkgm goblins!

happy new week everyone especially @union_build believers still here, still grinding, still yapping 🦈 web3 was never meant to be a maze of disconnected chains, fragile bridges, and endless friction. its original promise was open coordination, trustless systems, and composable ecosystems, but somewhere along the way, fragmentation took over. that’s where @union_build steps in. union reimagines crosschain activity with a seamless, secure intent based messaging layer. Instead of forcing users to figure out how to move assets or execute actions across chains, Union lets them simply express what they want, the “what”, not the “how.” → no bridges → no centralized relayers → no brittle scripts union uses zk proofs and BLS signature aggregation to deliver trustless, efficient, and verifiable coordination between chains. the result is a network where chains can communicate directly, reliably, and securely, without compromising decentralization. this isn’t just better infrastructure, It’s a return to what web3 was always meant to be: open, composable, and unstoppable. union isn’t building a patch, it’s building the foundation.

a new week, a new era in web3 w @union_build the multichain world is growing, but fragmentation still holds us back. every chain is doing its own thing. we have rollups here, but communication is still clunky, unsafe, and slow. union flips the script, by building a trustless cross-chain architecture from the ground up. union doesn’t rely on external oracles or middlemen. instead, it uses CometBLS, a next gen consensus engine that enables verifiable message passing across chains, fast, provable, and secure. No assumptions. No exploits. Just truth. zkgm if you’re bullish on real interoperability! 🦈

happy sunday and a happy weekend to all @union_build believers! 🦈 in a multichain world, security isn’t optional, it’s everything. and that’s where @union_build takes the charge. union is leading a fundamental shift in how we think about crosschain communication. - Instead of patching together temporary solutions, Union is building from the ground up with a zero compromise approach to security and modularity. - no bridges - no middlemen - just pure, cryptographic truth union combines zero knowledge proofs, BLS signature aggregation, and a modular intent-based architecture to deliver a system where messages are verified, authenticated, and executed trustlessly across chains. this means actions like token swaps, contract calls, and data syncs can happen across ecosystems, without ever handing over control to a third party. and mainnet is coming faster than many expect. a mainnet ready, secure multichain future is no longer a distant dream. It’s being built, block by block, by the believers who understand that in the next phase of crypto, security isn’t just a feature. It’s the foundation! zkgm to those who see the vision early.

in a multichain world, the future belongs to protocols that can talk to each other seamlessly, without middlemen, trust assumptions, or UX headaches. that’s what @union_build is building crosschain communications are broken → relayer bridges = trust assumptions → wrapped assets = fragmented liquidity → app devs = forced to integrate multiple SDKs → users = stuck switching chains & wallets Interoperability today ≠ seamless, it’s friction. union envisions a unified cryptographic messaging layer where any chain, L2, or app can verify crosschain messages without trusting anyone else. built from first principles, powered by zk. zk-proofed messaging: union replaces trust with math. → every message is backed by a zk validity proof → messages are verified natively on the destination chain → no relayers, no oracle middlemen, no replay risks. trustless by default union isn’t building another bridge, it’s building the end of bridges.

I wake up, I $BOOST here @alphabot

with all the noise in modular tech, @union_build is staying focused. • zkRouter • zkVM • Metalayer • Programmable Interop - union is not building another rollup. - they’re building the layer that connects them all. this is not a hype chain. this is foundational tech. zkgm to all union believers!

zkgm and happy sunday to all union believers!🦈 the future of crypto isn’t just multichain, it’s interoperable by design. that’s what @union_build is making possible with its fast, modular zkVM and trustless message verification. - seamless communication between chains, without sacrificing security or speed. - from DeFi to gaming to identity, Union unlocks real crosschain use cases that actually work. the era of isolated chains is ending! Interoperability is the future.

$BOOST will save us

the future isn’t bridges. it’s programmable interoperability. bridges? slow and risky • @union_build lets devs program how chains talk to each other directly. - less friction - more power. you’re not just moving tokens. you’re moving logic, data, and execution.

union vs layerzero: security deep dive both are solving interoperability, but how they secure crosschain messaging is very different. let’s break it down: • @LayerZero_Core uses an oracle + relayer model. • @union_build uses zk proofs + shared security. big difference in trust assumptions in layerzero: - an oracle (like chainlink) delivers the block header - a relayer sends the transaction proof - you need to trust that BOTH behave honestly. - if one is compromised, messages can be spoofed. - it’s a “two party” trust model, not fully trustless. in union: - messages are verified cryptographically using zk proofs. - validators generate validity proofs. these are independently verifiable onchain. ~ no reliance on offchain middlemen. ~ trustless by design. ~ message tampering = cryptographic impossibility union also introduces: → proof aggregation: one proof can verify many messages → shared sequencer: reduces latency without compromising security → modular verifier contracts: anyone can plug in and verify zk proofs built like a public utility, not a private API. • layerzero prioritizes UX simplicity and speed, but security is bounded by the weakest actor (oracle or relayer). • union prioritizes verifiability and programmable trust, with cryptographic security from first principles. it’s security by math, not trust. > layerzero = fast, but trust based > union = modular, zk-secure, trustless when the stakes are high, you don’t want “just works”, you want provable security. that’s what union is built for.

wake up bro! 🤯 union just announced positioning its token as fully ERC 20 as per @UnionFDN, the @union_build token will be ERC 20 compatible and issued on Ethereum this should enhance usability and adoption while avoiding the pitfalls of scattered token ecosystems. what this means and the benefits: 
• the token will adhere to the widely used ERC‑20 standard on Ethereum: this ensures seamless integration with wallets, DEXs, DeFi platforms, and tooling that already support ERC‑20 tokens. • by launching directly on Ethereum, Union aims to tap into the largest DeFi ecosystem, leveraging deep liquidity and broad user adoption. • ERC 20 tokens work out of the box with virtually all DeFi protocols (e.g., Uniswap, Aave, Curve), enabling instant access to lending, liquidity provisioning, staking, and more. • with so many tokens split across various chains, liquidity gets "fragmented" and scattered. A token on Ethereum consolidates that liquidity, making it more efficient and accessible. • day 1 support from partners like @escher_fi • proven tooling for token operations • low friction and smooth onboarding for users and institutions alike building on ethereum reflects a clear strategy to prioritize interoperability and broad DeFi adoption, a central theme for Union’s overall mission in the blockchain infrastructure space. while the token hasn’t launched yet, here’s some utilities for the token: - staking by relayers/provers for slashing protection - fee token for cross-chain messaging - governance: voting on chain additions, circuit upgrades, and relayer incentives - XP to token conversion potential

so the @union_build announcement is actually official rn Mad Yaps program is live! here's my position on the season 0: and season 1 currently: mad yaps is union’s onchain rewards program powered by @KaitoAI season 0 has concluded today and the final snapshot is now live on the union app. - 1% of the Union token supply will be distributed to early believers across Season 0 and Season 1 of Mad Yaps. - 0.75% is reserved for Mad Yaps across Season 0 and Season 1 - 0.25% is for Kaito stakers, genesis NFT holders, and the broader Kaito community. how to participate • sign up at app.union.build/dashboard and connect your X account + wallets • start yapping about Union on X, Share content that spreads the mission, tech, and vibes • climb the leaderboard: The top 1,000 yappers will be displayed at app.union.build/yaps. there’s no cap to eligibility, all yappers will see their rank once Season 1 concludes. also no mention on how long it runs for, i hope its not too long tbh.

why @zama_fhe makes FHE feel simple. FHE (Fully Homomorphic Encryption) has always been known as one of the most complex areas in cryptography, powerful, but notoriously difficult to use in practice. zama changed that, instead of expecting devs to be cryptographers, @zama_fhe abstracts all that math-heavy complexity into familiar tools and frameworks: > concrete: an open-source FHE library with simple APIs for building encrypted apps. > fhEVM: a fully homomorphic EVM that lets Solidity devs run private smart contracts without learning cryptography. > compiler & SDKs: they handle key management, bootstrapping, and parameter tuning under the hood, all you do is code normally. FHE no longer feels like rocket science. it feels like web3 development, just with privacy baked in. that’s the beauty of zama’s approach: they’re not just building tech; they’re building accessibility. privacy becomes plug and play. #ZamaCreatorProgram

union v3.2 is now live! here’s a breakdown regarding @union_build v3.2 according to @corcoder this update introduces several notable improvements across the platform: • resolved dashboard XP and achievement update issues. this means users should now see accurate tracking of their progress and earned badges. • union has migrated its testnet from PoA (Proof of Authority) to PoS (Proof of Stake), aligning better with decentralized and secure consensus practices. • the mobile app now features new navigation, likely improving user accessibility and interface flow. • a new dashboard for Light Client heights has been added. this is essential for tracking crosschain sync status and verifying chain communication health. • @BandProtocol is now integrated into Union, enhancing data availability, especially useful for projects like Osmosis that depend on accurate oracle feeds. this v3.2 update continues union’s push toward production readiness and a smooth, modular user experience, bringing mainnet one step closer.

here’s something to note about @union_build union separates proving (off-chain) from verifying (on-chain), enabling: - fast finality: zk-proofs can be generated off-chain and verified quickly on-chain. - chain-agnostic compatibility: only the verifier needs to be deployed on the destination chain, keeping the setup lightweight. this separation also enables scaling to thousands of messages, since proof generation is parallelizable and doesn’t congest L1s. zkgm union believers!

with fhEVM, deFi liquidity doesn’t have to come at the cost of exposure. imagine AMMs and pools where balances, swaps, and strategies stay encrypted, yet every transaction still computes correctly and verifiably under encryption. that’s the power of Fully Homomorphic Encryption (FHE) inside the EVM. built by @zama_fhe, fhEVM enables developers to design private by default liquidity protocols, where transparency is about verifiability, not visibility. you can still audit and prove correctness, but no one sees your liquidity positions, order flow, or pool strategies. it’s a shift from open exposure to provable privacy, bringing institutional-grade confidentiality to DeFi without breaking composability or trust. fhEVM lets liquidity stay fluid, markets stay honest, and data stay private. #ZamaCreatorProgram

good morning to absolutely everyone and especially to @union_build believers it’s a new week to: - keep up those chain streaks - stack up xps - and complete pending transactions - and ofc yap about union we’ve been here from the onset and we’re not stopping now 🫡 union is for us union is for everyone zkgm!

centralized relayers are the weak spot of interop. - they break - they censor - they spy @union_build doesn’t trust relayers union uses math, zk proofs. If your bridge or message relies on humans, it’s not secure. union fixes this. zk messaging is inevitable.

the internet today runs on exposed data, everything from search queries to wallet interactions gets harvested, analyzed, and monetized. but Fully Homomorphic Encryption (FHE) changes that it allows apps, blockchains, and AI systems to compute directly on encrypted data, without ever decrypting it. that means a future where: – your wallet balance stays private even onchain – your AI assistant learns from you without seeing your data – your messages, transactions, and identity stay encrypted end to end, even while in use this is the “private internet” era, where privacy isn’t an option, it’s the default. and @zama_fhe is building the rails for it, making FHE practical, fast, and open for all developers to build on. the same way TCP/IP powered the first internet, FHE will power the private one #ZamaCreatorProgram

gidOS frens I just set up and created my profile on @idOS_network idOS is a decentralized storage and access management network bringing Identity portability for the stablecoin economy. - verify once, store your data in self-custody, share anywhere. very seamless onboarding and pretty easy to get it done to get it done as well for yourself: > visit app.idos.network?ref=C592241… (my ref) > here to set up a profile, you need to first create your idOS passkey, you can decide to do this on mobile or pc. > verify that you're human > and add a credential and that's all to set up your profile! you can as well complete the quests available to earn points. will be delving deeper into @idOS_network now, they've got a campaign LIVE on @wallchain_xyz with 0.8% of supply allocated to top contributors

most blockchains can’t talk to each other @union_build is fixing that, with zero knowledge proofs (ZKPs) union enables trustless crosschain communication: - no bridges - no middlemen - full privacy & security in the modular web3 future, chains won’t compete, they’ll connect. union is quietly building the rails for that future. zkgm to every union believer! 🦈

zkgm union fam update on my @union_build progress on @KaitoAI hit the 3M leaderboard days ago, few hours later i was moved from my rank 🤣, but now we back on it! currently i’m: - 36 on 7D - 43 on 30D - 73 on 3M - 182 on 6M - 203 on 12M it’s not easy, but every waking day i stay preaching the union sermon regardless 🦈

let’s talk scalability, not just for single chains, but across all of crypto. here’s how @union_build scales modular interoperability better than most • union replaces bloated relayers and risky bridges with a zk powered messaging layer. messages are validated by cryptographic proofs, no middlemen, no delays. fast, lightweight, trustless. • modularity is key: union separates execution, settlement, and proving, so each part can scale independently. like upgrading parts of an engine without replacing the whole car. • Galois: union’s permissionless zk-proving layer. Anyone can generate proofs. more activity = more provers = scalable throughput without central bottlenecks. • it’s chain-agnostic: union plugs into any chain, L1s, L2s, rollups, appchains, without needing custom built integrations. this composability scales fast and wide. no wrapped assets, no bridges. union verifies state directly from source chains via zk-proofs. fewer steps = less gas + faster communication = a future that can actually scale. union isn’t just a message passer, it’s a scalable backbone for the modular future. powered by zero knowledge cryptography, built for interchain scale.

scaling isn’t just about speed, it’s about trustless interoperability. that’s exactly what @union_build is solving, - by using zk technology, union enables trustless crosschain interoperability, allowing different blockchains to exchange messages and data without revealing sensitive information or sacrificing decentralization. the result? - scalable communication across chains - enhanced privacy - lower costs - stronger security - less liquidity fragmentation in the modular future of web3, chains won’t work in isolation. • they’ll be interconnected, seamless, and sovereign. that’s the future union is building, quietly but powerfully.

the future of confidential computing is being rewritten, and @zama_fhe is leading that transformation. today, most onchain data is public by default, balances, transactions, smart contract logic, everything is exposed. that transparency gave blockchain its trust, but it also became its biggest privacy flaw. zama changes that model with Fully Homomorphic Encryption (FHE): allowing data to stay encrypted even while being processed. no need to trust hardware enclaves, third parties, or complex zk circuits, your data remains private at the cryptographic level, always. this breakthrough turns blockchains into confidential compute environments, where smart contracts can run securely on encrypted inputs and still produce verifiable results. with fhEVM, zama brings this power directly into the Ethereum ecosystem, enabling developers to build the next generation of private deFi, encrypted AI models, private DAOs, and user protected social apps. the future of confidential computing isn’t in silos or black boxes, it’s decentralized, composable, and encrypted end-to-end. and zama is building that future right now. #ZamaCreatorProgram

as @zama_fhe's season 3 wraps up today, it’s more than just the end of a creator program, it’s the continuation of a privacy movement that’s reshaping how we think about data, trust, and creativity online. zama’s role in privacy advocacy goes beyond tech, it’s about building a future where encryption is culture. they’ve turned Fully Homomorphic Encryption (FHE) from a research idea into a rallying cry for onchain privacy, empowering creators, builders, and thinkers to spread a single message: privacy is a right, not a feature. through the zama creator program, hundreds of us became digital ambassadors of that vision, translating complex cryptography into stories, threads, art, and ideas that connect with real people. each post, meme, and insight wasn’t just content, it was advocacy in motion. today might mark the end of season 3, but it’s really just a checkpoint in a much bigger mission: to make the private internet real, and to keep reminding the world why confidentiality deserves a seat at the heart of web3. #ZamaCreatorProgram

zkgm! 🦈 @union_build has officially concluded its Trusted Setup Ceremony, hitting a final count of 5,866 participants! this marks a record breaking moment, the largest Groth16 ceremony ever conducted. - It takes just one honest contributor for the cryptographic integrity of the system. this ceremony was essential for setting up zero knowledge (zk) cryptographic parameters securely. • the trusted setup began on Feb 10, 2024 and just wrapped up. It featured: • an engaging UI to guide users through the private contribution phase. • code giveaways to increase participation. this is a big milestone in @union_build zk infrastructure, laying the foundation for secure, private interoperability across chains.

let’s break down how @zama_fhe could level up crosschain bridges. bridges today are transparent and risky, every transaction and asset transfer is exposed, and centralized validators remain huge attack targets. with Fully Homomorphic Encryption (FHE), that changes completely > private validation: FHE allows bridges to verify encrypted states and transactions without ever decrypting them. > confidential messaging: data moving between chains, like balances or logic, stays encrypted end to end. > trustless security: no single relayer or validator sees private info; computations happen directly on ciphertexts. this means interoperability without exposure, assets and data flow across chains privately, securely, and verifiably. the next generation of bridges won’t just be crosschain, they’ll be FHE-secure and confidentiality-first. #ZamaCreatorProgram

union uses cryptographic proofs and decentralized consensus instead of relayers. It’s designed to be trustless and permissionless from day one. here’s what @union_build does differently: ➠ union nodes watch multiple chains directly, no middlemen. ➠ when an action happens on Chain A, Union nodes generate a proof that the event really happened. ➠ this proof can then be verified on Chain B. ➠ the receiving chain doesn’t have to “believe” a relayer, it just verifies the math. think of it like: instead of someone telling you, “trust me, I saw it happen,” Union says, “here’s the proof, verify it yourself.” the advantages? ➠ no trust required: it’s backed by cryptography, not human actors. ➠ permissionless participation: anyone can join and validate. ➠ faster recovery: invalid messages can be detected and rejected by all. ➠ scalable and secure: union can serve many apps and chains without bottlenecks. in simple words: - relayer-based bridges rely on trusted actors (relayers) to pass messages between chains, more fragile and centralized. - union uses decentralized cryptographic proof, trustless, secure, and built for a scalable future.

imagine a world where blockchains don’t just pass tokens, they understand each other. a world where smart contracts from Ethereum, Solana, and Cosmos can communicate intent, not just execute blindly. this is exactly what @union_build is making possible with zk powered intent messaging. • at its core, intent based messaging shifts the focus from how something happens to what the user wants. - instead of issuing step by step instructions, users express outcomes, “swap this,” “stake that,” “bridge here”, and Union’s infrastructure figures out the optimal, trustless path to execution. by combining zero knowledge proofs with BLS signature aggregation, Union ensures that every message is verifiable, secure, and private, without relying on bridges, relayers, or centralized services. It’s not just interoperability, it’s composability at the intent level this is how you unlock seamless coordination across ecosystems, and start building truly modular applications. not fragmented chains, but an Internet of chains, secure, scalable, and synced by design. union is not the future of crosschain, It’s the foundation of it.

Suddenly everyone of one them forgot to short the token, hmmm

bridges move tokens, that’s old tech. they shuffle assets from chain to chain, relying on wrapped tokens and centralized validators. and every step adds risk, stuck funds, exploits, or waiting for confirmations that might never come. @union_build takes a completely different approach. - instead of forcing users to move assets manually, Union lets you define what you want to do, like a swap, a yield farm move, or an onchain action, and proves that intent cryptographically across chains using zero knowledge proofs. ❍ no middlemen ❍ no wrapped tokens ❍ no friction this isn’t just crosschain, It’s intent-based interoperability, secured by zk and BLS, built modularly for any stack, from EVM to Cosmos to Bitcoin rollups. this is how multichain coordination should’ve always worked, simple, trustless, and secure from the first message. zkgm goblins.

oracles bring real world data onchain, but they often expose raw information. with Fully Homomorphic Encryption (FHE), that changes. FHE allows computations to happen directly on encrypted data, meaning oracles can fetch, process, and deliver results without ever revealing inputs. @zama_fhe's fhEVM enables this: encrypted price feeds, private identity checks, and AI inferences can all happen securely within smart contracts. the result: encrypted oracles that preserve confidentiality while keeping verifiability. > no plaintext exposure > onchain privacy for DeFi & AI > encrypted data “in use” though FHE is computationally heavy, zama’s full stack and partnerships (like @conduitxyz) make it practical through FHE coprocessors and optimized tooling. FHE oracles could redefine how blockchains handle data, trustless, private, and verifiable by design. privacy isn’t optional anymore, it’s the future, powered by @zama_fhe. #ZamaCreatorProgram

most web3 projects anchor tokens, units of value, speculation, and incentives. @irys_xyz anchors truth, the raw, verifiable knowledge that gives those tokens meaning. > it’s not another blockchain competing for attention. > it’s a memory layer, where human knowledge, creativity, and proof live permanently. imagine every post, photo, research paper, or dataset carrying an unbreakable timestamp, a cryptographic signature of “this happened, here, at this time.” that’s the foundation of digital trust. a world where information isn’t just shared, but preserved, verifiable, and eternal. @irys_xyz is building the chain of memory, for everything that deserves to last beyond us. Stay Hirys! 🩵

what makes @union_build different? ➠ no wrapped assets: union doesn’t rely on synthetic tokens. It enables native asset interactions across chains. ➠ no trusted relayers: instead of middlemen, union uses zk proofs to verify state across chains, trustless & cryptographic. ➠ Galois proving layer: a permissionless zk proving system that lets anyone generate verifiable crosschain messages. ➠ composable interop: dev-friendly SDKs allow builders to integrate secure messaging + asset movement without relying on bridges. ➠ scalable by design: because of zk batching, union can scale communication without blowing up gas costs or latency. this is the foundation for real crosschain dApps. not wrapped, not trusted, just proven.

why is this such a big deal? because real world users don’t care about L1 wars, they care about speed, cost, and simplicity. @union_build makes crypto invisible, it removes the friction that’s holding us back. union isn’t just interoperability, it’s composability across ecosystems ➠ a lending market on Base can plug into LPs on Solana ➠ a perps app on Scroll can tap into liquidity on Blast ➠ a game on Starknet can settle rewards on Optimism - all trustless, all seamless. and what’s most powerful? it’s gasless for the end user. union handles the gas fees under the hood using paymasters + relayers, so onboarding becomes smooth even for non-crypto natives. that’s a game changer. If @union_build wins, we’re not just connecting chains • we’re entering a world where chains become invisible. • where yield, liquidity, and utility flow across networks like information on the internet. welcome to the zk-IBC era! It’s not far away, it’s being built right now.

happy new month Datapunks! in web3, most chains treat data like a filing cabinet, you just store it and maybe retrieve it later. but with @irys_xyz, data becomes a first class citizen. that means: • It’s verifiable at the source, not just “claimed” • It’s available in real time for apps to act on instantly • It’s composable across protocols for logic instead of data sitting idle, it now drives decisions. > a lending app can adjust rates instantly based on verified market data. > a DeFi protocol can settle trades with zero trust in centralized feeds. > any app can react to live conditions without gatekeepers. this unlocks a new layer of web3: logic powered by trustless, portable data. - data that just sits = web2. - data that works = the future. Stay Hirys fam! 🩵

most chains speak different languages @union_build built the translator, and made it trustless using BLS + zk, union compresses multi-validator consensus into a single proof any chain can verify. that means: - instant crosschain reads - no waiting for finality - zero reliance on bridges It’s not just interoperability It’s programmable crosschain truth, secured by math, not trust. this is what real infra looks like. zkgm! 🦈

would you rather fight for gas fees or own your own chain? If you had your own chain, what would you build on it? the modular thesis is proving true! and @Calderaxyz is quietly powering the next wave of on-chain apps. gmera!

most people think data privacy means protecting what’s stored or sent, but the last big gap is data in use. even if your files are encrypted at rest (on disk) and in transit (over the network), they must be decrypted to be processed, and that’s when they’re vulnerable. this is where Fully Homomorphic Encryption (FHE) changes the game. FHE lets computation happen directly on encrypted data. that means you can run code, perform transactions, or analyze data, without ever decrypting it. The result is also encrypted, and only the data owner can decrypt the final output. projects like @zama_fhe are making this possible in practice, their open-source FHE stack and fhEVM bring this capability to Ethereum, allowing confidential smart contracts, where both the logic and data stay encrypted throughout execution. FHE finally closes the loop, protecting data at rest, in transit, and in use. that’s true end-to-end privacy. #ZamaCreatorProgram

congrats to everyone that won on era, yall deserve those wins love to see it! for those of us on the sidelines, ours soon def! me and the bros on @union_build still here and believe in union union will be big, do you believe? zkgm to all who believes

congrats to everyone that won on newt, yal deserved it! as for me and the bros who did get in, on to the next! hopefully it’s union if you’re in crypto rn, pivot to @union_build ! zkgm to every union believer! our patience will pay off soon!

happy new week datapunks! the future of deFi won’t just be about faster transactions or higher yields. it will be built on truth, and that’s exactly what @irys_xyz powers. deFi today struggles with: • offchain data silos • gragile oracles • limited transparency • compliance friction Irys changes that with a programmable datachain: - onchain, verifiable history of all actions - data that carries its own logic & permissions - transparent pricing for storage & execution - shared “truth layer” every protocol can trust meaning deFi protocols can: • audit themselves in real time • run smarter, adaptive strategies • reduce oracle dependency • prove compliance without central gatekeepers deFi without truth = fragile. deFi with Irys-powered truth = unstoppable. Stay Hirys!🩵

I'm not insane I'm just a @union_build believer. you'd be insane not to recognize that union is the future of cross-chain messaging and governance. Quit being insane. union is coming. zkgm

Daily @alphabot $BOOST

zama didn’t just build another piece of privacy tech, they built privacy infrastructure. with @zama_fhe, privacy isn’t an add-on or a patch to existing systems. it’s woven into the very fabric of computation itself. the fhEVM isn’t just an app or a tool; it’s a new computing paradigm for web3, one where encrypted data can be used, computed on, and verified, without ever being exposed. think about that for a second: smart contracts that can handle sensitive data without revealing it. trading strategies, user balances, medical or identity data, all encrypted, yet fully functional within the ethereum ecosystem. this is what makes fhEVM revolutionary. It bridges the gap between privacy and usability, something even zero-knowledge systems can’t do alone. while zk proves something without revealing the inputs, FHE actually computes on the encrypted inputs. @zama_fhe is laying down the privacy backbone for the next generation of decentralized systems, where confidentiality, transparency, and verifiability can finally coexist. it’s not just tech, it’s infrastructure for a future where privacy is the default, not the exception.

why decentralization needs confidentiality decentralization gives us freedom, freedom from control, censorship, and single points of failure. but without confidentiality, that freedom comes at a cost: total transparency. - every transaction, vote, or message becomes public, traceable, and linkable to real identities. this is where @zama_fhe changes the game. with Fully Homomorphic Encryption (FHE), data can remain encrypted at all times, even while being processed. That means we can compute, transact, and build onchain without ever exposing private data. confidentiality turns decentralization into something complete: > smart contracts that compute on encrypted inputs > DAOs that can vote privately and verifiably > transactions that stay public in logic but private in content > networks that don’t rely on trust, but on math decentralization gives us trustlessness. confidentiality gives us safety. together, they give us true freedom. #ZamaCreatorProgram

privacy is the missing layer in ethereum’s scaling story, and @zama_fhe is building it. their fhEVM brings Fully Homomorphic Encryption (FHE) to ethereum and L2s, letting smart contracts compute directly on encrypted data, without ever exposing it. that means you can have private deFi, confidential token transfers, and encrypted user data, all while staying fully composable with the rest of the EVM ecosystem. instead of launching a new chain, zama plugs into existing ones, acting as a confidentiality layer that scales privacy the same way rollups scale throughput. It’s a new phase for ethereum: where privacy becomes a built in feature, not a trade-off. #ZamaCreatorProgram

everyone’s building apps on chains, launching dApps, spinning up L2s, creating new environments, and that’s great. but here’s the catch: these chains don’t talk to each other well. - they rely on fragmented bridges, trusted relays, and patchwork solutions that don’t scale. this is where @union_build changes everything! • union isn’t a bridge • It’s not another chain either It’s a messaging fabric, one that lets logic travel across chains, not just tokens. want to initiate a swap from Ethereum, execute on Solana, and settle on a Cosmos chain? Union lets you do that, by proving your intent with zk proofs, and coordinating trustlessly without middlemen. It’s not just scalable, it’s modular by design, adapting to Bitcoin rollups, EVM chains, appchains, and whatever comes next. this isn’t just multichain this is the future of interoperability, where messages matter more than bridges, and intent is the new currency of trust.

most people treat data like a consumable, something you use once and discard. platforms extract it, analyze it, and then move on. but with @irys_xyz, data stops being a single-use good and becomes capital, an asset that holds value, can be verified, reused, and traded across ecosystems. by anchoring data onchain with proofs of integrity, Irys transforms datasets into durable, trust-rich assets. instead of platforms simply consuming user data, they can now leverage it as capital stock, powering AI models, financial systems, supply chains, and even new data markets. this shift unlocks a compounding effect: • verifiable data capital: trusted across applications. • reusable proofs: reducing duplication and waste. • liquidity: data can move across markets without losing authenticity. Irys is essentially rewriting the role of data in the digital economy, not something to burn through, but a productive asset that fuels growth. Stay Hirys!🩵

union just plugged into the future by becoming a BSN through Babylon Genesis. what this means: • BTC backed security • DeFi ready staked BTC • yield for BTC holders, self custody intact • @union_build gets stronger, safer, more liquid. BTCFi summer is heating up. union’s intent layer now flexes Bitcoin grade security. welcome to trustless crosschain powered by BTC.

one of the biggest problems online today is misinformation. anyone can publish content, but verifying its source and integrity is nearly impossible. data often gets altered, misattributed, or taken out of context. @irys_xyz solves this with verifiable data streams: - every piece of data uploaded carries cryptographic proofs of origin. - users can independently verify integrity & provenance without trusting intermediaries. - once published, the data is tamper-proof, ensuring what you see is exactly what was uploaded. - programmable data lets creators add metadata or rules (e.g., source identity, timestamp, access rights), making it harder for bad actors to manipulate narratives. this is how misinformation gets reduced, instead of relying on centralized fact checkers, the data itself proves its authenticity. Stay Hirys! 🩵

in today’s blockchain world, most interactions are built around hardcoded transaction flows. that means every action, whether it’s swapping tokens, moving assets, or executing smart contracts, follows a fixed set of steps predefined by developers. while this method works, it often leads to inefficiencies, limited flexibility, and poor scalability as applications become more complex. enter intents! a fresh approach pioneered by @anoma that promises to change the way blockchain interactions scale and evolve. what are Intents? an intent is a high level expression of what a user wants to achieve, rather than how it must be done. instead of sending a rigid transaction specifying every detail, you declare your goal or desire, your intent, and let the system figure out the best way to execute it. for example, rather than a hardcoded instruction to “swap 100 tokens A for tokens B on Exchange X,” an intent would be “I want to swap 100 tokens A for the best possible amount of tokens B.” the network then autonomously searches for the optimal route, price, or condition that fulfills this goal. why do intents scale better? - flexibility across complex scenarios: hardcoded transaction flows struggle to handle the rapidly growing complexity of decentralized applications, especially those spanning multiple chains or protocols. Intents provide a layer of abstraction, allowing the system to dynamically adapt the execution based on changing market conditions, user preferences, or network states. - efficient resource use: by focusing on what needs to be done rather than how, intents reduce redundant computations and on-chain calls. Instead of executing multiple pre-planned steps blindly, the system finds the most efficient path, minimizing gas costs and speeding up execution. - interoperability and crosschain compatibility: intents can easily be routed through various protocols and chains without rewriting the underlying logic for each environment. this is critical for web3’s future, where seamless crosschain interactions are a must. @anoma’s architecture is built from the ground up to support this kind of modular, intent-driven flow. - improved user experience: for users, intents simplify interaction. they don’t need to worry about the technical details or trust intermediaries to optimize their transactions. The network handles complexity behind the scenes, offering smoother, smarter experiences. intents scale better because they bring flexibility, efficiency, interoperability, and a better user experience, all essential for the future of blockchain. @anoma’s intent-centric design puts it at the forefront of this evolution, making it a project to watch for anyone interested in the future of scalable, user friendly decentralized technology. gnoma! 🧙

most chains scale execution few scale communication @union_build scales both, with proofs. Union is the missing layer in the modular stack If you’re bullish on zk and rollups, you have to watch Union.

union introduces interchain staking, a single security layer that protects multiple chains at once. stakers earn rewards while securing the entire network of chains, not just one. this is what modular scaling was meant to be. @union_build offers a full SDK for devs to build and connect chains natively to this interoperable layer. want to launch a zk enabled appchain with built in cross chain messaging, bridging, and staking? union makes that possible!

regarding mad yaps incentive announced recently on @union_build and questions answered by @e_beriker about the program - season 0 data is completely unaltered. it's the raw data that was provided to union by kaito. the only filter is the timeframe (oct 2023 - jul 2025) - season 1 gives small accounts and new yappers alike a chance to be part before mainnet. time to go harder! - no "top X" yapper limits even if you rank 7000th on the LB, you'll be eligible for your percentage's worth - the new leaderboard incorporates kaito's latest reputation filter - 1% puts @union_build one of the top 5 biggest kaito allocations: dune.com/kaitoai/kaito - union team is not getting their allocations. they're donating all allocations for future seasons

zkgm and happy new month to all @union_build believers🦈 with the union token launch approaching, and mainnet getting closer, the pieces are all falling into place. If you’re early, this is your window to learn, position, and build with the tech that’s about to reshape web3 infra. also the official @union_build x page made an announcement yesterday that dashboard profile will be required for all Union programs going forward. that is, if you're a: - builder - tester - yapper - user - or a fan it's important that you sign up for the Dashboard if you're taking part in the union ecosystem!

most people still see encryption as a vault, once data is locked, it’s safe but unusable. that was true, until Fully Homomorphic Encryption (FHE) changed the rules. FHE allows you to perform computations directly on encrypted data, without ever decrypting it. > you can add, multiply, analyze, or even execute smart contracts, all while the data stays encrypted the entire time. it’s a breakthrough that bridges the long standing tradeoff between privacy and usability. for decades, encryption protected data at rest or in transit, but the moment it was used, it had to be exposed. > FHE eliminates that risk entirely, enabling secure computation in fields like AI, healthcare, finance, and Web3. that’s exactly what @zama_fhe is pioneering, turning encryption from a wall into a working layer of privacy. with @zama_fhe’s technology, we’re entering an era where privacy no longer limits what we can compute… it empowers it.

most of web2 was built around apps first, data second. but in web3, that model is breaking. the future isn’t about building an app and locking data inside it. it’s about building data-first applications where the data layer comes before the UI. this is where @irys_xyz stands out. by making data permanent, verifiable, and composable, Irys flips the old paradigm: > apps don’t own your data, you do. > developers build directly on shared, trusted data layers. > new apps can emerge without starting from scratch. this shift is bigger than scaling or speed. It’s the foundation of a data economy where information itself is the primitive, and apps are just the lens through which you interact with it. with Irys, data becomes the platform. Apps become experiences. that’s the real evolution Stay Hirys!🩵

in web2, content is fragile. - platforms decide if it stays online. - posts get deleted - accounts suspended - links rot - and algorithms bury years of work in seconds. what you create today can vanish tomorrow because you don’t truly own it. this where @irys_xyz changes everything. Irys writes your content permanently onchain. it can’t be altered, censored, or erased by any central authority. every post, file, or dataset is stored immutably, verifiable by anyone, and accessible forever. instead of treating content as disposable, Irys transforms it into durable digital capital, a permanent, truth backed record you can build on. web2 forgets, @irys_xyz remembers. forever.

zkgm! one of the biggest unsolved challenges in crypto has always been interoperability how to seamlessly connect fragmented blockchains without compromising on speed, security, or decentralization. most crosschain solutions today rely on wrapped assets, bridges, or centralized relayers. these approaches have proven to be both fragile and dangerous, with over $2.5 billion lost to bridge hacks in the last few years alone. @union_build is taking a radically different route: → native asset interoperability: no wrapping, no synthetic tokens. → trustless message passing: no need to rely on risky third party validators or custodians. → composable security: meaning apps built on Union can inherit the security of the underlying chains they connect to. at the heart of Union’s design is the Inter-Blockchain Communication (IBC) model pioneered in the Cosmos ecosystem, but Union goes beyond IBC by adding programmable security through what they call Interchain staking. this allows users to not only send assets across chains but also extend the economic security of one chain to others, something most solutions can’t offer. to keep it simple: → union lets blockchains talk to each other, move assets, share security, and build apps that natively operate across chains without patchwork bridges. → this unlocks a true “internet of blockchains” where liquidity, users, and utility flow seamlessly. imagine an NFT minted on one chain being used in a game on another chain without any wrapping or duplication. Or DeFi apps that can pull liquidity from multiple ecosystems without relying on risky middlemen. that’s the future Union is building. It’s not just about interoperability, it’s about safe, scalable, and decentralized interoperability that can finally support the next wave of web3 applications.

in today’s internet, users don’t really control their identity, platforms do. your data is locked in silos, sold for ads, and reused without permission. @idOS_network is changing that. it places your verified identity in a decentralized custody layer where: - you hold the keys to your data. - apps can only access what you allow. - permissions can be granted or revoked anytime. - your identity becomes portable across wallets, apps, and ecosystems. it’s the difference between being the product and being in control. with idOS, your identity finally belongs to the only person it should: you.

most don’t realize, real decentralization isn’t just tech, it’s philosophy. - no backdoors - no politics - just code you can verify the Goblin Book authored by @union_build’s founder @0xkaiserkarel breaks it down: ➠ why decentralization matters ➠ how interoperability unlocks the future ➠ what it takes to build trustless systems read more on it here → goblinbook.union.build