Recently, Bitlayer is running a promotion. As long as you post content on Binance Square, include @BitlayerLabs and #Bitlayer , you can climb the leaderboard. The top 100 have a chance to share a reward of 100,000 BTR! Remember to complete verification within 24 hours after the snapshot on August 23 at 9 AM UTC, or you may be disqualified. Don't miss out, those interested should jump on board!
Recently saw @Solayer , #BuiltonSolayer , and $LAYER are working on decentralized infrastructure, making it easier for developers to build applications. There are quite a few activities and they also provide resource support. It's still early, somewhat like when some popular public chains were just starting out. If you pay attention now, you might be able to enjoy the benefits later.
@The Notcoin Official is estimated to have been played by many people. #Notcoin and $NOT were originally just a clicker game, but as people played, they accumulated several million users. After launching on the exchanges, the popularity remains, and the user base is large, making it much easier to build an ecosystem than starting from scratch. There is a community, there is traffic, and it's relatively smooth to proceed with the next steps.
@Treehouse Official Feels like an investment steward on the chain. #Treehouse and $TREE can help you organize positions across various chains and coins, and can also calculate returns and risks. It's especially worry-free for those with mixed positions, as you don't have to check each one individually. When the market is good, such tools are definitely more popular, because at that time there are more assets and greater volatility.
Those who play with meme coins can take a look at @Bubblemaps.io .#Bubblemaps and $BMT will visualize the token holding distribution, making it easy to see if it's controlled by a few people. I've used it a few times, and it really helps avoid some pitfalls. There’s also community intelligence sharing that can help expose exit scams or insider trading. If the project team dares to use this public data themselves, the credibility will be greatly enhanced.
The model @BounceBit is quite interesting. #BounceBitPrime and $BB are collaborating with institutions like BlackRock and Franklin to move traditional financial yield products onto the blockchain. This way, crypto users can also enjoy returns from the real world, which should appeal to conservative players. It feels like it can attract money from both the crypto space and outside the circle, and the potential of this track is not small.
Today I came across @Caldera Official and only then did I realize that Caldera is actually helping people create custom chains, fast and inexpensive, with features that can be modified by oneself. #Caldera is very friendly to teams working on games and NFTs, directly saving the hassle of building chains themselves. $ERA has been quite popular recently, and perhaps more and more people will use it. I feel that this turnkey model will explode when the bull market comes, as the demand will definitely grow with more projects emerging.
I just used the zkProof verification feature of Succinct, and to be honest, I was a bit amazed. I used to think zero-knowledge proofs were only something understandable in papers, but I didn't expect they really achieved simplicity + usability.
In simple terms, you no longer have to trust whether the data returned by a centralized node is tampered with; Succinct allows you to verify that each step's state is correct, like giving on-chain information a dose of "counterfeit-proof vaccine".
Of course, this isn't some lofty white paper promotion, but I really went through the API myself, wrote a demo in Rust, and it runs quite fast. In the future world of Web3, this kind of infrastructure should be standard, right?
By the way, here's a tag: @Succinct Friends interested in ZK are welcome to exchange ideas together~ #SuccinctLabs $PROVE
Recently started researching @Lagrange Official , and my first impression is: this project has something. Previously, inter-chain communication always gave me a headache, either too slow or too complicated, but the Lagrange approach is quite refreshing: it directly provides verifiable state proof, can also package and transmit across chains, and importantly, does not rely on trusted nodes.
I wrote a demo myself, and the performance tested is quite good. I feel that in the current wave of L2 and modular stacks, $LA will become increasingly significant. #lagrange $LA Friends who are interested can communicate together!
I recently used the WalletConnect feature, and I found it really convenient. It used to be quite annoying to switch between different DApps, but now one connection can solve everything, and I don't have to reauthorize every time. Although the coin $WCT has just been launched not long ago, I think it represents a more convenient way of on-chain interaction; a good experience is what matters.
If Web3 is really going to become mainstream, seamless wallet technologies like @WalletConnect will definitely be a necessity. The more wallets I use now, the more I realize their significance.
I just used the zkProof node verification feature of Succinct, and to be honest, I was a bit amazed. I used to think that zero-knowledge proofs were something that could only be understood in papers, but I didn't expect them to actually achieve simplicity + usability. In simple terms, you no longer have to trust a centralized node to return data that might be tampered with; Succinct lets you verify that each step's state is correct, like giving information on the chain a shot of "counterfeit-proof vaccine." Of course, it's not some grand white paper promotion, but I actually went through the API myself, wrote a demo in Rust, and it ran pretty fast. In the future world of Web3, this kind of infrastructure should be standard. By the way, here's a tag: @Succinct Welcome to exchange ideas with friends interested in ZK #SuccintctLabs $PROVE
I just used the zkProof node verification feature of Succinct, and to be honest, I was a bit amazed. I used to think that zero-knowledge proofs were something that could only be understood in papers, but I didn't expect them to really achieve simplicity + usability. In simple terms, you no longer have to trust whether the data returned by a centralized node has been tampered with; Succinct allows you to verify that each step of the state is correct, like giving on-chain information a shot of 'non-falsifiable vaccine'. Of course, this is not some lofty white paper promotion, but I really went through the API myself, wrote a demo in Rust, and it runs quite fast. In the future world of Web3, this kind of infrastructure should be a standard configuration. By the way, tagging: @Succinct Welcome to friends interested in ZK to communicate together #SuccintctLabs $PROVE
I just used the zkProof node verification feature of Succinct, and to be honest, I was a bit amazed. I used to think that zero-knowledge proofs were something only understandable in papers, but I didn’t expect they really achieved simplicity + ease of use.
To put it simply, you no longer have to trust that the data returned by a centralized node is not tampered with; Succinct allows you to verify that each step is correct, like giving on-chain information a shot of "uncounterfeitable vaccine."
Of course, this is not some lofty white paper promotion, but I really went through the API myself, wrote a demo in Rust, and it runs quite fast. In the future world of Web3, this kind of infrastructure should be standard equipment.
By the way, here’s a tag: @Succinct Friends interested in ZK are welcome to communicate together #SuccintctLabs $PROVE