Damaged World @Damagedworld_

I’ve seen a lot of projects talk about buybacks, but not all of them follow through. @grvt_io actually did it. They bought 1.1M $GRVT on the open market and burned it permanently. That’s nearly 1% of the circulating supply at the time. The dashboard and transactions are public, so people can verify it for themselves. For me, that’s what makes the difference. There’s a big gap between promising something and getting it done. And this is only the first of five announcements leading up to Grvt 2.0. The part I’m most interested in is Yield as Margin, expected in November. Eligible Earn balances will be able to back trades while still earning yield. In simple terms, your capital gets to work in two ways without constantly moving it around. Grvt Earn is also expected in late October, with tokenized fixed-income strategies targeting up to 11% returns. That’s a target, not a guaranteed return. Then there’s Stable Funding Perps, bringing markets like stocks, FX, commodities, and indices into the picture, with zero trading fees and funding settled once daily. What ties everything together is the new app’s unified self-custodial balance. The idea is to keep your capital in one place instead of splitting it across different products. Future buybacks are planned monthly at the issuer’s discretion, with an independent partner handling execution. The transactions will remain publicly verifiable. I like the direction they’re taking here. Most platforms still make you choose between putting your money to work for yield and using it to trade. Grvt is trying to bring both together. Now I’m interested to see how Earn and Yield as Margin perform once they go live.

Looking for a token to hold long term? Want to be part of a community focused on building real utility? I’m keeping my eyes on $GRVT They’ve already bought back and burned 1.1M tokens, and Grvt 2.0 is bringing more features I’m interested in, especially Yield as Margin. I value projects that back their plans with action. Now I’m watching to see how the next phase unfolds. What do you think about $GRVT? 👀 @grvt_io

What if your trading capital could keep earning while you trade? That’s one of the things I’m watching with @grvt_io and its upcoming Grvt 2.0. Here’s what’s on the roadmap: ➜ Grvt Earn: Tokenized fixed-income strategies targeting up to 11% yield, not guaranteed. ➜ Stable Funding Perps: Trade stocks, FX, commodities, and indices with zero trading fees and once-daily funding. ➜ Yield as Margin: Use eligible Earn balances as trading margin while continuing to earn yield. ➜ Grvt 2.0 App: A unified, self-custodial trading and earning experience. Honestly, yield as margin is the feature I’m most curious about. Putting eligible capital to work while trading sounds useful, but the details and risks matter. Grvt has already completed a 1.1M $GRVT buyback and burn. Now I’m watching how the rest of the roadmap unfolds. Less idle capital. More connected tools. Let’s see how @grvt_io delivers.

PROVE ELIGIBILITY WITHOUT REVEALING YOUR DATA I was looking through @primus_labs and found a use case that made the privacy story feel much more practical to me. Imagine a Uniswap v4 pool offering 50% lower fees for seven days to traders who prove they had a certain level of CEX trading volume over the past 30 days. The pool doesn’t need your exact volume. It only needs proof that you meet the requirement. That’s where Primus gets interesting. Using zkTLS, the exchange data can be verified from its original Web2 source and turned into an attestation. Your account details and exact trading figures stay private, while the smart contract receives the eligibility signal. So the flow becomes: CEX data → private verification → cryptographic proof → onchain benefit For traders, it means qualifying for better pricing without handing a pool your trading history. For protocols, it creates a way to target specific users based on verified Web2 behavior without asking them to publicly reveal the underlying data. The part I’m watching closely is the attestor layer. Privacy proofs are useful, but the system still needs reliable verification around who produces those attestations, how false claims are handled, and how attestations are revoked. That is important if this expands beyond trading discounts into lending, airdrops, credit or access. For me, this is where @primus_labs gets interesting. Privacy becomes much more useful when it gives you something tangible in return. You’ll love it: s.kaito.ai/nEvbFW1

ONCHAIN FINANCE NEEDS A TRUST LAYER FOR WEB2 DATA Financial institutions are moving closer to onchain finance, but moving assets onchain is only one part of the problem. A lot of useful financial information still lives outside blockchains. Account balances. Portfolio history. Financial records. User activity. The question is how an onchain application uses this information without asking users to expose everything or simply trusting whatever data gets submitted. That is where @primus_labs gets interesting. Primus approaches the problem from two sides. Verification. zkTLS is designed to prove that information came from a specific web source without exposing the underlying private data. So instead of saying “trust this screenshot,” an application gets a cryptographic proof tied to the original source. Confidentiality. FHE allows computations to run on encrypted information. The data stays encrypted during processing, while the authorised party gets access to the result. Put those together and the idea becomes bigger than privacy alone. It is about making offchain information usable by onchain applications without forcing every piece of sensitive data onto a public blockchain. Think about proof of reserves, private portfolio information, credit data or confidential financial activity. The blockchain does not need to know everything. It needs to know what has been proven. And that distinction is where I’m starting my Primus exploration. Verification proves what needs to be trusted. Confidentiality protects what needs to stay private. Primus sits above existing onchain financial rails to connect both sides. The interesting question now is how far this infrastructure can take private, verifiable finance. Get Started: s.kaito.ai/nEvbFW1

PROOF OF RESERVES NEEDS BETTER PROOF One thing I keep thinking about after the FTX collapse is how much of crypto’s “proof” still depends on someone else telling us the numbers are correct. A periodic audit gives you a snapshot. Primus is working toward something more useful: cryptographic verification of financial data as it exists online. @primus_labs partnered with Brevis and is already applying this approach with Unitas Labs for USDu. Its zkTLS technology verifies data from Web2 sources, including exchange reserve information, without requiring sensitive API credentials or exposing operational wallets. The interesting part for me is the change in mindset. Instead of asking: “Do I trust this report?” You get closer to asking: “Can I verify the data myself?” That shift matters for stablecoins and onchain finance, where reserve transparency directly affects trust. I’m testing the Primus ecosystem through its XP campaign and paying closer attention to how this technology works in practice. Let’s explore: s.kaito.ai/nEvbFW1

I keep hitting the same wall with onchain finance. I can prove I have the money. I just do not want to paste the whole bank statement to do it. That is the actual problem @primus_labs is working on. zkTLS lets you prove a fact from a normal website or API (balance, reserve, account state) without handing over the underlying data. FHE goes one step further: the computation can run on the encrypted version, so the strategy and the position never have to sit in the open. It is the difference between showing a bouncer your birthday and handing over your entire wallet. Institutions will not move size onchain if privacy means “trust us” and verification means “read everything.” Primus is trying to make both true at once: confidential, and still provable. Confidential where it has to be. Verifiable where it has to be. That is the only version of onchain finance a real desk would actually use. Check it out: s.kaito.ai/nEvbFW1 More: primuslabs.xyz

One thing I find interesting about @primus_labs is how it approaches one of the biggest challenges facing institutional finance on public blockchains: keeping sensitive financial information private without losing the ability to verify what matters. The idea is pretty simple. Financial institutions need to prove certain things about their activities, but they don’t necessarily want everyone seeing their positions, balances, or strategies. That’s where Primus comes in. Instead of asking institutions to give up privacy to use onchain finance, Primus is building confidentiality and verification infrastructure that works above existing financial rails. So, information that needs to stay private can remain protected, while important claims can still be verified. And here’s why I think this matters. Institutions need more than access to blockchain infrastructure. They need ways to manage sensitive information while maintaining the trust and accountability required for financial activity. This also makes the privacy and verification angle interesting for the BNB ecosystem. Better confidentiality tools could help make onchain finance more suitable for institutions with stricter requirements around sensitive data. What I like about the approach is that it doesn’t treat privacy and verification as opposing goals. Both have a role to play if institutional finance is going to move further onchain. If you’re interested in where confidential finance is heading, Primus is worth exploring. You can check out the XP tasks and start earning points here: points.primuslabs.xyz @primus_labs

PRIMUS: PRIVACY WITHOUT LOSING PROOF The more I look at institutional onchain finance, the more obvious one problem becomes. Privacy alone isn’t enough. Institutions need to protect sensitive positions, balances, and strategies, but counterparties and regulators still need something they can verify. That’s the gap @primus_labs is working on. Primus is building confidentiality and verification infrastructure that sits above existing financial rails. The idea is simple: Keep sensitive financial information private where it needs to stay private. Prove the claims that others need to trust. That balance matters because putting everything on a public blockchain creates a difficult tradeoff. Transparency is useful, but exposing every position and strategy isn’t practical for serious financial activity. Primus is approaching the problem from both sides: confidentiality × verification. And I think that’s the more interesting part of the thesis. The goal isn’t to hide everything. It’s to make private financial activity verifiable without forcing the underlying information into public view. That’s the infrastructure I’ll be watching as onchain finance moves toward larger financial participants. Explore Primus XP⁠: points.primuslabs.xyz

UNITAS POR SHOWS WHY VERIFIABLE PRIVACY MATTERS I was looking at the latest Unitas PoR update from @primus_labs, and one detail caught my attention. The 06:09 UTC update shows: $43.26M USDu $50.50M in reserves $44.48M onchain $6.02M offchain The offchain portion is where I find the architecture interesting. Primus uses zkTLS to verify offchain information without exposing the underlying account or financial details. That changes how I think about Proof of Reserves. Instead of relying only on what a public wallet reveals, the system aims to prove a specific financial claim while keeping unrelated private information protected. For institutions, this distinction matters. They need verifiable financial information, but they also have sensitive data they do not want exposed publicly. This is where privacy-preserving verification starts becoming useful infrastructure rather than a theoretical concept. I’ll be watching the next Unitas PoR update to see how the reserve picture develops. PoR dashboard: points.primuslabs.xyz @primus_labs Check this out: s.kaito.ai/nEvbFW1

PROVING WEB2 DATA WITHOUT EXPOSING IT One thing I find interesting about @primus_labs is how it approaches the problem of bringing Web2 data onchain. The issue is not always access to data. It is proving the data is authentic without exposing sensitive information. A credit score, exchange balance, or transaction history might already exist online. The challenge starts when an application needs to use that information onchain. Primus brings several technologies into this flow: zkTLS verifies Web2 data while protecting the underlying connection. FHE enables computation while data remains encrypted. zkFHE adds verifiable proofs to private computation. TEE helps protect sensitive execution. The bigger idea is simple: Public settlement does not require public financial logic. Web2 data can become a verifiable onchain signal without making the underlying information completely public. That privacy and verification balance is one of the parts of @primus_labs I’m paying closer attention to. Primus XP gives users a practical way to explore how this infrastructure works. You’ll love it: s.kaito.ai/nEvbFW1

THE NEXT ONCHAIN UNLOCK MAY BE DATA WE CAN VERIFY WITHOUT EXPOSING IT The more I looked into @primus_labs, the more I realized that bringing Web2 data onchain is only half of the problem. The harder question is this: How do you prove that sensitive data is real without forcing someone to reveal the data itself? That is where Primus started making more sense to me. With zkTLS, data coming through normal HTTPS connections can be cryptographically verified while the underlying information stays private. Then FHE takes the idea further by making it possible to compute on encrypted data without first exposing the raw information. So the model becomes much more interesting: Keep the data private. Prove that it is authentic. Compute on it without revealing it. I think this becomes especially important when you look at institutional finance. A fund may want to prove something about its assets, trading activity, creditworthiness, or financial position. But there are obvious reasons why it cannot simply publish every piece of sensitive information onchain. This is where I think the real opportunity sits. Privacy without verification leaves people asking whether the data can be trusted. Verification without privacy forces users to expose information they may never want public. You need both. That is why I no longer see @primus_labs as simply another privacy project. I see it as infrastructure for turning private Web2 data into something that onchain systems can actually verify and use. If onchain finance is going to connect with the real financial world, I think this problem will become impossible to ignore. The future may not be about putting all the data onchain. It may be about proving what matters without revealing everything. Check this out: s.kaito.ai/nEvbFW1

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What 2025 crypto Bullrun feels like 😭

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MEET @idOS_network -a Web3 identity platform that allows users to verify their identity once and reuse it across apps, wallets, chains, and services. It solves repetitive KYC and privacy issues, giving users full control of their data while remaining compliant with regulations. Their system has two main parts: a storage network for encrypted personal data and an upcoming economy network on Arbitrum for token incentives. Users’ credentials are encrypted and selectively shareable using zero-knowledge proofs, keeping sensitive data private yet verifiable on-chain. idOS offers portable credentials, programmable access permissions, and SDKs/APIs for developers to easily integrate identity verification. Users can manage their data, grant selective access, and interact with apps without revealing unnecessary information. The platform is backed by Fabric Ventures and partners like Arbitrum, Circle, Ripple, NEAR, and Starknet. These collaborations allow cross-chain identity use and enhance stablecoin and DeFi adoption, positioning idOS as a foundational identity layer for Web3. idOS has grown rapidly, with over 75,000 profiles created and active participation in quests, leaderboards, and social engagement. Community members earn points toward future token distribution, with shoutouts and incentives encouraging early adoption and content creation. Personally, I believe that idOS will thrive. idOS aims to eliminate fragmented identity in Web3, making identity as portable as money. Don’t forget to check out @kloutgg ,they have a campaign on @wallchain also. KLOUT is giving users the opportunity to own hashtags, bet on trends, and trade attention, creating a decentralized marketplace where engagement becomes currency. Hashtags like #SOL can be owned as NFTs, trends can be predicted like market bets, and consistent creators earn rewards based on genuine activity, no bots involved. gKloutio gidOS

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Subit @Subit_Crypto

a year ago

I just discovered that @BitgetWallet works on iOS and it’s super smooth. Setup and asset management are fast and easy. Swaps, bridges, and staking work better too. It’s secure, well-designed, and built for everyone. Importing old wallets can be stressful since many don’t support

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@Subit_Crypto @BattleRiseGame @Triumph_Games @PlayElumia @PlayArmourX @Kryon_AI I’m downloading this asap

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