Detailed Guide on Pre-TGE Investment Process and BNB Hedging Loan
Good news, tomorrow there will be another Pre-TGE investment, get ready to reap the rewards! Based on the recent returns from Pre-TGE investments, they have mostly been above 100 U, even though $ZAMA has been declining lately, and a public offering has already taken place a few days ago. However, the profits are definitely much larger than those from regular Alpha airdrop profits! It is expected that it will be synchronized on Binance on the 2nd, so there’s no need to wait long. As long as your score is sufficient, just go for it without hesitation!
A few days ago, someone actually asked me about the process and details of participating in the new investment. Today, I'll clarify everything in one article! First of all, the process of participating in the new investment before TGE is not much different from the regular TGE.
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Analyzing the Dual-Token Model of ListaDAO: How slisBNB and lisUSD Drive the Ecological Flywheel
One of the most appealing designs of ListaDAO is its dual-token model composed of slisBNB and lisUSD. These two tokens do not exist in isolation but are intricately interwoven through a clever mechanism that drives the value circulation and growth flywheel of the entire ecosystem. slisBNB serves as the value input and stable cornerstone. It is the entry point and foundational asset of the entire system. The process of converting BNB into slisBNB essentially brings the fundamental value asset of the BNB chain into the ListaDAO ecosystem. The dual nature of slisBNB—representing both staked BNB (value storage) and the ability to earn interest (generate returns)—makes it an ideal collateral. It injects 'high-quality capital' with inherent earning capacity into the system, which is more stable than static assets because holders are more motivated to participate long-term rather than frequently entering and exiting. The accumulation of slisBNB directly enhances the overall security margin and attractiveness of the protocol.
Analyzing Walrus's Validator Network Architecture: I believe it is constructing a 'TEE-based inter-chain security corridor'
After delving into Walrus's latest technical roadmap, especially the details of its validator node client upgrade, I have an increasingly strong feeling. I believe that the current mainstream narrative of cross-chain security models, whether it is multi-signature or optimistic verification, is caught in a dilemma of compromising between 'trust costs' and 'degree of decentralization.' Walrus has chosen a more hardcore and engineering-oriented path, which makes me feel that its goal is not merely to serve asset cross-chain. In my opinion, it attempts to leverage hardware security technologies like trusted execution environments to build verifiable and highly private 'secure data channels' in a mutually distrustful multi-chain environment.
Dusk and NPEX: 300 million euros of RWA on-chain, a key leap for narrative into reality
I have been continuously observing the real-world asset track, and a strong feeling I have is: The RWA field has been noisy for many years; what has always been truly scarce is not the concept of "mapping" assets on-chain, but — After being on-chain, can assets circulate "trustworthily" in an environment that combines liquidity, compliance, and privacy? Not "one-way casting", not "dead inventory storage", not "OTC matching", not "islands lacking regulatory endorsement". Rather: Can tokenized stocks, bonds, and funds be freely traded in a secondary market that is recognized by regulators, protects commercial secrets, and has deep liquidity?
From Initial Conception to BNB Chain Cornerstone: Tracing the Origin and Development Path of ListaDAO
When I first came into contact with ListaDAO, I just regarded it as a practical DeFi tool. But when I began to study its development context, I understood the evolution a protocol must go through from conception to becoming infrastructure. The origin of ListaDAO did not appear out of thin air; it is a response to a core need in the DeFi space – the efficient release of liquidity for staked assets. This need is particularly prominent on PoS chains like BNB, where a large number of assets are locked due to staking and cannot participate in richer financial activities. The founding team of ListaDAO keenly captured this pain point and drew on the mature models of predecessors like MakerDAO, deeply integrating it with the concept of liquid staking, ultimately creating this solution on the BNB chain.
Today, I will talk to everyone about the value logic of XPL from the perspective of payment practicality!
When discussing the value of XPL, I prefer to focus on its core positioning as a "global digital dollar payment infrastructure." The project does not pursue a large and comprehensive ecosystem but instead focuses on the core utility of stablecoin payments, which makes its advantages particularly prominent.
As of January 2026, the TVL of stablecoins on the Plasma chain has firmly ranked second globally, with a scale between 4.5 to 5.5 billion USD, among which USDT holds an absolute dominance. Behind this data is the real application of zero-fee USDT transfers, supported by the Paymaster sponsorship mechanism.
Users do not need to hold XPL to complete payments, significantly lowering the usage threshold and making it highly attractive in high-frequency small scenarios like cross-border remittances. Additionally, the sub-second transaction confirmation achieved by the PlasmaBFT consensus further enhances the payment experience.
The upcoming private testing of the Plasma One digital bank aims to bridge offline payment scenarios through stablecoin bank cards and cashback functions, connecting crypto assets with daily payments.
In my view, the long-term value of XPL is always tied to the transaction scale and infrastructure completeness of this "payment highway," rather than short-term market sentiment. #plasma $XPL @Plasma
I have deeply analyzed the WAL's smart contract virtual machine and its compatibility trade-offs
The virtual machine of the WAL chain promotes itself as 'highly compatible with EVM'. To test this, I attempted to directly deploy a Solidity contract that I previously wrote for Ethereum, which contains some complex logic, onto the WAL testnet.
The deployment was successful, and the basic functionalities ran normally. This is indeed the biggest advantage, meaning that the vast developer resources and mature toolchain available on Ethereum can be migrated almost seamlessly.
However, I still found some subtle 'incompatibilities'. These mainly occur in precompiled contracts and some specific opcodes. To integrate its privacy features, WAL has modified or replaced some of the underlying cryptographic primitives of EVM. For example, the standard ecrecover may have been replaced with their own privacy signature verification function. This means that some complex contracts that heavily rely on these specific functionalities (such as certain advanced multi-sign wallets or zk-SNARK verifiers) need to be modified to run.
The team's choice is very clear: to sacrifice a bit of 'absolute compatibility' for the core privacy features. This is not an issue for most ordinary DeFi contracts, but for seasoned developers who want to deploy the same bytecode across multiple chains, it may add an extra assessment step. This is actually an implicit trade-off in the technical approach: is it better to pursue extreme compatibility to reduce migration costs, or to reserve the freedom to modify the underlying for unique features? WAL has clearly chosen the latter. #walrus $WAL @WalrusProtocol
I analyzed the value capture logic of the Dusk token (DUSK) at its current stage.
When looking at a project's tokenomics, I tend to ask: What is the primary use of the token right now, at this moment? For DUSK, the answer is currently very clear and singular: it is the fuel (Gas) of the network.
As the mainnet focuses on providing privacy and compliance services for enterprise-level applications, its Gas fee model is also distinctive. It is not a simple auction but is related to the complexity of the transaction, especially whether zero-knowledge proof computation is enabled. This means that executing a complex privacy-compliant transaction will consume significantly more DUSK than a simple transfer.
Therefore, the direct value driver of DUSK at this stage comes from the number and complexity of "privacy-compliant transactions" on its network. This is a very focused logic. However, currently, the daily transaction volume on the network is still sluggish, with most activities being testing and ecosystem building. Gas fee demand has yet to reach scale.
Staking and node rewards are another aspect. But as mentioned earlier, the design of the "hidden PoS" mechanism suppresses the mindset of purely pursuing staking rewards for easy gains, and encourages participants to be responsible for network security and service quality. Thus, the value of DUSK cannot simply be measured by staking annualized returns.
My conclusion is that DUSK is currently an option that is deeply reliant on its "technical platform adoption prospects." Its value capture mechanism is well-designed and targets high-value financial transactions.
But whether the channels are well-established can attract a torrent of compliant financial flows is the only key to determining its success or failure.
Before the influx arrives, the token reflects more of a discounted expectation for this future demand, and the volatility will naturally be quite large. #dusk $DUSK @Dusk_Foundation
The Governance Value of VANRY: It's More Than Just 'Voting Rights'
Regarding the governance function of VANRY, I feel it has been discussed a lot, but the challenge lies in how to implement it effectively.
According to its roadmap, VANRY stakers will be able to vote on core matters such as protocol upgrades and the use of treasury funds in the future. This sounds quite standard, but what I want to emphasize is that effective governance requires very low technical and participation thresholds.
For example, will Vanar provide an easy-to-understand voting interface and translate complex proposals (such as adjustments to technical parameters) into clear options? Or will ordinary token holders give up voting due to high understanding costs, resulting in power being concentrated in the hands of a few? Moreover, can governance truly address critical issues, such as the specific decisions on projects funded by the ecological fund, or will it remain limited to some minor parameters?
I believe the true release of VANRY's governance value depends on these pragmatic mechanism designs. Only when enough token holders feel that their votes are meaningful and easy to exercise will governance not be just a hollow phrase.
Don't just think about borrowing! I've discovered another reason to hold LISTA tokens.
When everyone talks about ListaDAO, they always mention how to use it for low-interest borrowing to arbitrage. But recently, I looked at its ecological planning and feel that its platform token LISTA may be underestimated.
Besides the common governance function, LISTA has a core use for paying the borrowing interest of the stablecoin lisUSD. This means that the more lisUSD is minted, the greater the potential demand for LISTA will be. This is not just my wild guess; if you look at its recent proposals and roadmap, the focus is clearly on expanding the application scenarios of lisUSD, such as integrating with more DEXs and lending protocols.
This reminds me that holding some platform tokens with actual consumption scenarios early on often pays off in the long run. My mindset has changed a bit: I no longer see ListaDAO just as a one-time arbitrage tool but rather as an ecosystem worth observing and participating in for the long term.
I will use its lending function and also consider holding a small portion of LISTA tokens as a “ticket” for the development of this ecosystem. Of course, this is definitely not investment advice, just a personal strategy adjustment. #usd1理财最佳策略listadao $LISTA @lista_dao
Data does not lie: I looked into the recent interest rate changes of ListaDAO
I am a data person, so I pay special attention to the real-time interest rates of on-chain protocols. Recently, I have been monitoring several major lending pools of Lista Lending and found some interesting fluctuations.
Take the pool that allows borrowing USD1 against collateral of BNB, for example. Last week, during market fluctuations, the borrowing rate suddenly jumped from the usual around 2% to 5.2%. This clearly indicates that many people simultaneously needed to borrow USD1 to cover their positions or buy the dip, leading to the liquidity pool being quickly drained, and the rate was subsequently pushed up by the market. However, interestingly, once the market sentiment stabilized, the rate gradually fell back below 2%.
This observation made me realize two things: First, its interest rate is a real signal of market supply and demand. A sudden spike in rates often indicates that some concentrated demand or pressure has emerged on-chain, which itself is an indicator worth paying attention to. Second, for users looking to arbitrage with it, timing is crucial. You cannot just look at the advertised "average low rate"; you must confirm in real-time the borrowing cost and target return to see if there is still enough room at the moment you actually operate. My current habit is to refresh the page before making a move to check the current specific values, rather than relying on memory. After all, the market changes every minute. #usd1理财最佳策略listadao $LISTA @lista_dao
My confusion: How to choose the yield-generating assets in the Lista ecosystem?
After using ListaDAO for a while, I actually have a bit of 'choice paralysis.' It seems that there are more and more yield-generating assets in its ecosystem, such as slisBNB (liquid staking token), and various yield-bearing stablecoins like asUSDF or PT-USDe.
In theory, these can all be used as collateral to borrow money, achieving the so-called 'one fish, multiple eats.' But specifically how to choose, I did a detailed comparison:
· If you pursue mainstream and stability: directly using blue-chip collateral like BTCB or ETH is probably the most worry-free. These assets have high recognition and the best liquidity. · If you want to layer on more native yield: then using slisBNB may be more cost-effective. If you collateralize it to borrow USD1, you can not only earn the interest spread, but slisBNB itself also continuously generates staking rewards in BNB. This is equivalent to having a principal that benefits from both staking and borrowing yields. · As for those yield-bearing stablecoins, for example, if you hold PT-USDe, it is already generating yield, and if you use it as collateral to borrow USD1 to earn financial management returns, it sounds great. But there is an invisible risk here: these derivative assets are more complex and may face greater decoupling or liquidity risks in extreme market conditions.
So my conclusion is that there is no absolute best, only what is most suitable for your own risk preference. Personally, I mainly use BTCB and BNB, which are more common, and for the more complex yield-generating assets, I am still in the learning and observation phase, not daring to take large positions. #usd1理财最佳策略listadao $LISTA @lista_dao
Hands-on Practice: This is How I Use Lista Lending's 'Preferential Interest Rates'
To be honest, I used to think that low-interest loans were just a gimmick. But recently, ListaDAO and WLFI collaborated to bring the borrowing rate for USD1 down to 0.39%, which made me want to try it out myself.
My specific operation was as follows:
1. I first exchanged some USDT for WLFI tokens on PancakeSwap (this is the 'ticket' required for the collaboration). 2. Then I connected to Lista Lending and found the USD1 borrowing pool that displayed a 0.39% APY in the lending market. 3. I collateralized some BNB and borrowed USD1. This interest rate is so low that it is almost negligible; borrowing 1000 dollars results in only 3.9 in interest for a year. 4. The money I borrowed was immediately deposited into another protocol offering stablecoin mining, which has an annualized return of about 8%. With this quick turnaround, the net profit margin is around 7.6%.
Personally, I feel that the trick here is that ListaDAO is using this ecological cooperation approach to provide 'subsidies' to early and active users. It attracts you to use its products with extremely low interest rates, and once you get used to this lending channel, you might later try its other more complex modules, such as minting stablecoin lisUSD. For me, this is a tool for obtaining liquidity at an extremely low cost. Of course, you must always pay attention to the deadlines for such promotional activities and the price fluctuations of WLFI itself. My own principle is: you can take advantage, but never be greedy; take the profit when it’s good. #usd1理财最佳策略listadao $LISTA @lista_dao
A reminder from an experienced user: The 'hidden costs' of the Lista strategy
As a user who has experienced various features of ListaDAO for some time, I want to remind new friends: don’t just get excited about the high interest rate on paper; some hidden costs can easily be overlooked.
First, gas fee costs. Especially when the BNB Chain network is congested, completing a series of operations such as collateralizing, borrowing, transferring, and depositing may accumulate significant gas fees. Particularly if your capital amount is not large or if you operate frequently, this expense can erode a considerable part of your profits.
Second, capital efficiency costs. Your collateral (like BTCB) is locked up, which means you miss the chance to participate in other opportunities directly with it. If Bitcoin suddenly surges during your collateral period, you may feel that the 'opportunity cost' is a bit high. Although you may earn through arbitrage, psychologically, you can’t help but compare.
Third, energy costs. This is not a 'deposit and forget' strategy. You need to regularly check the collateral rate, pay attention to changes in borrowing rates, and keep a close eye on whether financial products are due. This requires time and energy, and to some extent, it is also a cost.
Therefore, I am now more inclined towards a 'laid-back' approach: only using a portion of idle assets for operations, setting a conservative collateral rate, and choosing financial products with relatively matching terms to reduce frequent operations.
Lower expectations, manage risks well, earn money that you can understand within your range of cognition, and this way, your mindset will be more stable. #usd1理财最佳策略listadao $LISTA @lista_dao
The value empowerment of ListaDAO governance tokens: What else can LISTA do besides voting?
When I first learned about the LISTA token, it was described as a 'governance token,' which led to a misunderstanding—thinking that its function was mainly limited to voting on proposals. However, as I became more deeply involved in the ListaDAO ecosystem, I found that the design of LISTA is far more complex and sophisticated than merely 'voting rights.' It is actually a multi-layered empowerment tool that tightly integrates governance, revenue rights, and protocol growth dividends.
Governance is just the starting point, not the end point. Voting rights are indeed the foundational functionality of LISTA, but this is not a passive right; it is an active responsibility. By holding and locking LISTA to obtain veLISTA, I gain not only the number of votes but also the qualification to participate in shaping the future of the protocol. This means I can influence key parameter adjustments (such as interest rate models), decide on new types of collateral, and even participate in decisions regarding the use of treasury funds. In decentralized protocols, this governance right is directly related to the security and development direction of the protocol, holding substantial value.
XPL: The Pragmatic Evolution of Underlying Technology
When it comes to XPL, I always feel that it should start with its technical foundation - this project did not follow the trend of creating a “universal public chain,” but from the very beginning, it anchored a precise positioning as a “stablecoin high-frequency settlement layer,” which left a deep impression on me with its pragmatic technical route. Its core is the PlasmaBFT consensus mechanism, which is not simply a straightforward application of an open-source framework, but a customized version that is deeply optimized based on the PBFT algorithm. Specifically, PlasmaBFT adopts a “node sharding + dynamic committee” architecture, dividing the network's validating nodes into multiple parallel working shard groups, each consisting of 21 core validating nodes. Through a three-phase consensus process of “pre-preparation - preparation - confirmation,” it achieves sub-second (official data is 0.8 seconds) transaction finality.
The Vision of Vanar Chain's 'Civilizational Layer': Building Inheritable Public Infrastructure for the Digital World
As the tracking of Vanar Chain enters a deeper stage, my thoughts gradually transcend the technical, economic, and ecological operational levels, touching upon a more fundamental proposition: Is Vanar Chain and its community, through unconscious or conscious collective action, attempting to construct a 'civilizational layer' for the digital world? The 'civilizational layer' referred to here denotes a set of permanent public infrastructure that transcends mere commercial applications, aimed at supporting long-term social structures, knowledge transmission, collective memory, and intergenerational collaboration. This is not a list of functions, but a philosophical positioning and construction methodology. This article will explore the emergence of this vision, its necessity, and the potential design philosophy related to it within the architecture of Vanar Chain.
Analyzing Walrus's Integration Strategy with Modular Blockchains: My view is that it is weaving a 'state flow network'
I have been continuously observing the explosive growth of the modular blockchain ecosystem, whether it be new Rollup chains, dedicated application chains, or general-purpose L2. In this process, I paid particular attention to the announcements of deep integration between Walrus and several of these projects. After repeated comparative studies, my perspective gradually became clear: Walrus's tactical goal is not to become a universal bridge for all chains, but rather to selectively and deeply integrate into the key layers of the modular stack. I believe that its strategy is to become a 'weaver' that connects these modular components and allows their internal 'state' to flow freely and trustworthily.