Alice in Borderland season 3 📺

ALICE analysis: Price is currently testing a #major# support area and possibly forming a double bottom pattern. You can open a long position here with a tight stop loss below the $0.30 level. Expect a bounce from this point. Support Area: $0.3100-$0.3210 #crypto#

$ALICE Setup:: Bullish OB Retest Targeting $0.4196 Liquidity Why this setup? ✅ Market Structure Shift (MSS) confirms bullish intent. ✅ Order Block + Advance OB forming a strong demand base. ✅ Liquidity cluster above $0.3974 is a prime objective. ✅ Expect retracement into OB before continuation to higher liquidity. @MyNeighborAlice

Cross border payments are broken not because of SWIFT fees, but because of trapped float & oligopolistic spreads that bleed hidden costs. A 2023 BIS report pegs the damage at $100B+ every year across $150T in flows. @tenprotocol is changing that. • TEEncrypted execution via Trusted Execution Environments (Intel SGX-backed). • Decentralized, confidential transactions that protect data integrity at scale. • Built for the $5T/day forex market, where a handful of players currently dictate the spreads. The IMF’s 2024 report shows 30%+ fintech adoption growth in emerging markets like Kenya & Brazil, meaning Alice & Bob finally get a fair shot against the banking oligopoly. TEN is the final network where cross border trust, privacy & efficiency converge. Are you ready for finance without borders? 🔟

Look at how it nurtures those emotionally rich digital humans in the soil of Blockchain with GPT-4o. Imagine this scene: An artist is bursting with inspiration in the middle of the night, mumbling her ideas to her NFT partner. Not only does that partner take notes, but it also gently responds, "Wow, your idea is so poetic, let’s refine it together." This flower-like interaction is what Antix has thoughtfully cultivated with AIGE. They have already branched out into the entertainment and education fields, where virtual characters can participate in shows, and educational assistants can guide according to each child's personality. The monthly transaction volume has surged by 300%, making the entire garden vibrant. There is always that magical garden in the story, where the flowers understand people's hearts; Antix's digital human NFT is quite similar, as the Blockchain firmly guarantees ownership, and the AI model captures those subtle emotional nuances, transforming human-machine conversations from dull to fragrant. A sister who works in education shared that she uses it to assist with teaching. The AI not only transmits knowledge but also adds some encouraging words, which directly doubles the students' participation. In this decentralized garden, it's not just simple growth, but a heartfelt cultivation that adds a touch of floral fragrance to the virtual world, completely overturning traditional boundaries. The wonderful idea of flowers talking in "Alice in Wonderland" is reminiscent of Antix, which also achieves a similar bloom through emotional integration. Data shows that this model is slowly spreading, and its potential in the creative industry is super limitless. While strolling in the garden, why not think about it? If AIGE is your little gardener, will your creativity bear abundant fruit? #ANTIX #SNAPS #CookieDotFun @cookiedotfun @cookiedotfuncn

I’ll be contributing to @cerebro_hq as a Strategic Advisor. The portfolio tracking tooling has been an integral part of my daily workflow since @maverick23NFT introduced it to me. As you know I’m deep in the AI trenches, so will continue to provide product feedback and insights to the team to enhance its core AI features ("ALICE"). The next leg up for DeAI will involve products that people use, and this suite of analytics and financial literacy tools is a prime example.

$ALICE 🚀 𝐒𝐤𝐲𝐫𝐨𝐜𝐤𝐞𝐭𝐬 𝐰𝐢𝐭𝐡 𝐄𝐱𝐩𝐥𝐨𝐬𝐢𝐯𝐞 𝐁𝐮𝐥𝐥𝐢𝐬𝐡 𝐌𝐨𝐦𝐞𝐧𝐭𝐮𝐦! 💥💥 Current Price: 0.385$ $ALICE has launched from the 0.3565$ low to test 0.389$, fueled by powerful bullish volume and unstoppable buyer demand. The breakout confirms that bulls are back in control, and as long as price holds above 0.3800, the rally looks primed for further upside. Momentum is heating up, and higher resistance levels are now wide open for attack! 🔥 Trade Setup (Long) ✅ Entry Zone: 0.3850 – 0.3800 🎯 Target 1: 0.3910 🎯 Target 2: 0.4010 🎯 Target 3: 0.4110 ❌ Stop Loss: Below 0.3770 If ALICE consolidates above 0.3900 with strength, expect a bullish surge toward the next breakout zone. $ALICE {future}(ALICEUSDT)

Most ppl think privacy in Web3 = hiding your wallet balance. But what if privacy is the key to fixing $6T trade finance + enabling AI agents that actually work for you? This is why I’m watching @tenprotocol 👀 Encrypted computation isn’t just “nice to have”: Alice & Bob can trade globally w/o paper or fraud Your AI agent can manage assets & strategies w/o leaking alpha Builders can launch sealed-bid auctions, dark pools, private lending Open blockchains gave us transparency. Now encrypted blockchains might unlock the next wave of trust + usability. Do you think privacy is the missing piece for mass adoption? #DeFi #Web3 #AI

NASDAQ-listed company Sharps $STSS announced the launch of a $400 million private sale (PIPE) at $6.5 per share, bundled with warrants with a three-year term and an exercise price of $9.75. Investors include: ParaFi, Pantera, Monarq, FalconX, Phoenix Capital, Bastion Trading, RockawayX, Syncracy, Borderless, Republic Digital, Arche Capital, CoinFund, Arrington Capital, Quantstamp, CoinList Alpha, Primitive Ventures (DoveyWan Wan Hui), Avenir (Li Lin), Hypersphere, etc. The lead underwriter Cantor Fitzgerald, founded by U.S. Treasury Secretary Lutnik. The funds raised will be used to buy $SOL in the secondary market to initiate the SOL strategic reserve. Sharps has signed a non-binding letter of intent with the Solana Foundation, in which the Solana Foundation will sell SOL worth $50 million at a price of 85% of the weighted average price over the past 30 days. Key figures include: Executive Chairman Paul K. Danner; Chief Investment Officer and Board Member, co-founder of Jambo Alice Zhang; Strategic Advisor and Consultant, CEO and co-founder of Jambo James Zhang, who has previously worked for Coinbase, Bitmain, Messari, and others. As of the pre-market on August 25, Sharps $STSS stock price surged 52%, quoted at $11.2, an increase of 72% compared to the offering price.

According to Deep Tide TechFlow news on August 25, reported by PRNewswire, Nasdaq-listed company Sharps Technology (STSS) announced that it is conducting a private sale exceeding $400 million, planning to establish a digital asset reserve strategy with SOL as the main holdings. The private sale investors include well-known institutions such as ParaFi, Pantera, FalconX, and Phoenix Capital. The company's new Chief Investment Officer Alice Zhang stated that the Solana ecosystem is gaining institutional support, and it is currently the right time to establish a digital asset reserve strategy. This private sale is expected to be completed on August 28.

Foresight Ventures announced today that Alice Li and Zac Tsui have been promoted to partners effective immediately. Co-founder Forest Bai will step down from management positions and will continue to support Foresight as an advisor in the future.

Foresight Ventures announced today that Alice Li and Zac Tsui have been promoted to partners effective immediately. Co-founder Forest Bai will step down from management positions and will continue to support Foresight as an advisor in the future.

$enj $alice $pyr $super #meta#

The world of cryptocurrency is a fascinating and rapidly evolving digital landscape. What is Cryptocurrency? At its core, a cryptocurrency is a digital or virtual currency that is secured by cryptography. This makes it nearly impossible to counterfeit or double-spend. Unlike traditional currencies (like the US dollar or Euro), which are issued and controlled by a central authority like a government or bank, cryptocurrencies are decentralized. They operate on a technology called blockchain. The Role of Blockchain Blockchain is the foundational technology behind most cryptocurrencies. Think of it as a shared, public ledger where all transactions are recorded. It's a chain of "blocks," with each block containing a list of recent transactions. - Decentralization: The ledger is not stored in one central location. Instead, it's distributed across a network of computers. This makes it incredibly difficult for any single person or entity to alter the data. - Immutability: Once a transaction is recorded in a block and added to the chain, it's practically impossible to change or delete it without the consensus of the entire network. This creates a permanent and transparent record. - Security: Cryptography ensures that transactions are secure and the integrity of the blockchain is maintained. Private keys are used to sign transactions, providing a mathematical proof that they came from the owner of the wallet. How It Works? - Transaction Initiation: A user (let's say Alice) sends instructions to transfer cryptocurrency to another user (Bob). - Broadcasting: The transaction is broadcast to the entire network of computers. - Mining/Validation: "Miners" (or validators, depending on the consensus mechanism) group the transaction with others into a new block. They then compete to solve a complex cryptographic puzzle to add this new block to the blockchain. - Consensus: Once the puzzle is solved and the block is verified, it is added to the chain. The network reaches a "consensus" that the transaction is valid. - Confirmation: The transaction is confirmed, and the cryptocurrency is transferred to Bob's wallet.

A Web3 trader named Alice once reported that cross-chain trading gave her a headache. The @vooi_io team optimized the unified trading terminal based on her suggestions and launched a no-Gas, cross-chain Swap feature. Now, Alice can easily trade Solana and BNB Chain assets on VOOI, saving time and effort, and even earning points! Stories like this happen every day, motivating VOOI to keep moving forward. VOOI is always user-oriented, dedicated to breaking down the complex barriers of DeFi trading, and creating a truly user-centered, cross-chain, seamless trading platform! We listen to our users' voices, continuously optimize our products, and provide a CEX-level smooth experience while retaining the transparency and security of DeFi. Highlight features driven by user demand 1. Minimalist UX design: Addressing users' pain points regarding complex DeFi operations, VOOI offers an intuitive interface with social login and an embedded wallet, making it easy for beginners to get started. 2. Smart Order Routing: Do users want to trade more efficiently? VOOI collaborates with Orderly Network to intelligently recommend the best trading path, reducing costs and increasing profits. 3. Multi-chain support: In response to user demand for cross-chain transactions, VOOI supports EVM and non-EVM chains (such as Solana, BNB Chain) and continuously expands more networks. 4. Points Program: Want more incentives? VOOI has launched the Points Program, where you can earn points by trading perpetual contracts or cross-chain Swaps, with over 20 million points already distributed! Since the launch of VOOI V2, it has added over 50,000 active users, with a cumulative trading volume exceeding $10 billion! Every suggestion from users is the driving force behind VOOI's growth! #Vooi #VOOI #CookieSnaps

Price Gainers (15m) 1. $MEMEFI $0.001838 5.51% 2.MYX $2.03935 5.25% 3.FIR $0.078 3.30% 4. $HOOK $0.1045 2.25% 5. $SWELL $0.01103 1.85% 6. $PUMP $0.003487 1.72% 7. $FUEL $0.00728 1.68% 8.PUMPFUN $0.00349 1.66% 9.SKATE $0.05157 1.62% $0.06062 1.61% Price Losers (15m) 1.D $0.0363 -3.61% 2.AMP $0.003531 -3.02% 3.DOLO $0.157197 -2.68% 4.MORE $0.0984 -2.05% 5.AGT $0.0053 -1.14% 6.USELESS $0.1905 -1.04% 7.ALLINDEX$1.016 -0.97% 8.A2Z $0.005094 -0.82% 9.NEIROETH$0.12946 -0.76% 10.ALICE $0.392 -0.76% #crypto

The Metaverse is trending strongly today. $Magic leads, while Đại taps $alice and $Vanry.

Hey everyone, I’m super optimistic about $DOT’s potential for a massive bull run in 2025, and here’s why I’m so excited about Polkadot right now: - @Polkadot 2.0 is a game-changer. The gradual rollout, expected to wrap up by early 2025, brings upgrades like Agile Coretime and Elastic Scaling, making the network insanely scalable and developer-friendly. This is huge for attracting new projects and boosting adoption! - The JAM upgrade is turning heads. Announced by Polkadot founder Gavin Wood, the Join-Accumulate Machine (JAM) is set to transform Polkadot into a blockchain supercomputer by late 2025. It’s already shown it can run complex programs like the game Doom, hinting at its potential for next-level dApps. - Cross-chain swaps are now seamless. Thanks to partnerships with SubWallet and Chainflip, Polkadot now supports native cross-chain swaps (BTC ↔ DOT, ETH ↔ DOT, USDC/USDT ↔ DOT) with one click. This makes DeFi on Polkadot smoother and more accessible than ever. - DeFi is exploding with Hyperbridge and Bunni. Polkadot’s DeFi Singularity, launched by Hyperbridge, offers up to 29% APY for liquidity providers on Arbitrum, Base, BNB, and Ethereum. Plus, Bunni’s integration with Uniswap V4 enables DOT ↔ ETH DeFi swaps, bringing Polkadot closer to major ecosystems. - Snowbridge is coming in Q4 2025. This decentralized bridge connecting Polkadot to Ethereum will boost liquidity by allowing Ethereum assets to flow into Polkadot’s ecosystem. It’s a big step for interoperability and could drive serious demand for $DOT. - The Hydration campaign is pumping activity. Alice und Bob’s 5 million DOT GIGAHydration Campaign, announced in May 2025, spiked trading volume by 18% in just one hour. It’s getting more users staking and providing liquidity, which strengthens the network and $DOT’s value. - ETF buzz is building momentum. A potential Spot-DOT ETF decision by the SEC in November 2025 could bring institutional money pouring in, giving $DOT a massive price catalyst. - Strong community and technicals. With over 32 million transactions validated in October 2024 and growing unique wallets, Polkadot’s network is buzzing. Technicals show a bullish structure with $4.40 support holding strong, and analysts are eyeing a breakout above $4.61 to spark a run toward $20–$22 by late 2025. Polkadot’s tech, partnerships, and upgrades are aligning perfectly for a breakout. I’m genuinely pumped about where $DOT is headed—2025 could be its year to shine! 🚀 #Polkadot #

Alice Lomax: Let me tell you about New York. Kevin Lomax: Let me guess. Alice Lomax: "Fallen, fallen, is Babylon the great. It has become a dwelling place of demons." Revelation 18. Wouldn't hurt you to look it over. Kevin Lomax: Couldn't forget it if I tried. Alice Lomax: Oh, really? And what happened to Babylon?

Hey everyone, I’m super optimistic about $DOT’s potential for a massive bull run in 2025, and here’s why I’m so excited about Polkadot right now: - @Polkadot 2.0 is a game-changer. The gradual rollout, expected to wrap up by early 2025, brings upgrades like Agile Coretime and Elastic Scaling, making the network insanely scalable and developer-friendly. This is huge for attracting new projects and boosting adoption! - The JAM upgrade is turning heads. Announced by Polkadot founder Gavin Wood, the Join-Accumulate Machine (JAM) is set to transform Polkadot into a blockchain supercomputer by late 2025. It’s already shown it can run complex programs like the game Doom, hinting at its potential for next-level dApps. - Cross-chain swaps are now seamless. Thanks to partnerships with SubWallet and Chainflip, Polkadot now supports native cross-chain swaps (BTC ↔ DOT, ETH ↔ DOT, USDC/USDT ↔ DOT) with one click. This makes DeFi on Polkadot smoother and more accessible than ever. - DeFi is exploding with Hyperbridge and Bunni. Polkadot’s DeFi Singularity, launched by Hyperbridge, offers up to 29% APY for liquidity providers on Arbitrum, Base, BNB, and Ethereum. Plus, Bunni’s integration with Uniswap V4 enables DOT ↔ ETH DeFi swaps, bringing Polkadot closer to major ecosystems. - Snowbridge is coming in Q4 2025. This decentralized bridge connecting Polkadot to Ethereum will boost liquidity by allowing Ethereum assets to flow into Polkadot’s ecosystem. It’s a big step for interoperability and could drive serious demand for $DOT. - The Hydration campaign is pumping activity. Alice und Bob’s 5 million DOT GIGAHydration Campaign, announced in May 2025, spiked trading volume by 18% in just one hour. It’s getting more users staking and providing liquidity, which strengthens the network and $DOT’s value. - ETF buzz is building momentum. A potential Spot-DOT ETF decision by the SEC in November 2025 could bring institutional money pouring in, giving $DOT a massive price catalyst. - Strong community and technicals. With over 32 million transactions validated in October 2024 and growing unique wallets, Polkadot’s network is buzzing. Technicals show a bullish structure with $4.40 support holding strong, and analysts are eyeing a breakout above $4.61 to spark a run toward $20–$22 by late 2025. Polkadot’s tech, partnerships, and upgrades are aligning perfectly for a breakout. I’m genuinely pumped about where $DOT is headed—2025 could be its year to shine! 🚀 #Polkadot #DOT

#ALICE# 10$ cmon!!

It is said that in the past few days, traffic has surged, driven by humanity's desire for privacy and respect for life. TEE technology is the most knowledgeable about privacy in web3. Take a look down. The core advantage of TEN Protocol, achieved through TEE, lies in the full encryption of data and the trustworthiness of the execution environment, making it impossible for node operators to peek into the data. This demonstrates significant benefits in multiple scenarios. Case 1: Preventing MEV Attacks in DeFi and Protecting Transaction Privacy Scenario: User Alice is preparing to make a large stablecoin exchange on the DEX (for example, exchanging 1 million USDC for DAI). If this transaction is known in advance, it is very likely to become a target for MEV attacks (such as sandwich attacks). Traditional blockchain issues: MEV Attack: Miners/validators or searchers can see Alice's large orders in the transaction pool, buy DAI before Alice's trade to drive up the price, then let Alice execute her trade at a higher price, and immediately sell for a profit, causing Alice to suffer significant slippage losses. Transaction Privacy Leakage: Alice's transaction amount and token type are completely exposed in the public memory pool, allowing anyone to see her transaction intentions and the scale of her funds. Advantages of TEN's TEE solution: Preventing MEV: After a transaction enters the TEN network, the content (amount, token pair) and execution logic remain encrypted within the TEE. Node operators cannot even determine if this is a large exchange transaction, let alone know the specific details. The TEE is responsible for fair ordering (e.g., based on transaction arrival time or random ordering), ensuring that malicious nodes cannot prioritize transactions that are favorable to them based on transaction content for front-running or back-running. Protecting Transaction Privacy: Only the sender, receiver (and the contract itself, if designed to allow) can see the plaintext details of the transaction. External observers (including node operators) can only see the encrypted transaction data and status changes, and cannot know what exactly Alice traded or how much. Alice's intention for large transactions is perfectly concealed. Advantages: Fairness (resistant to MEV), user asset protection (reducing slippage losses), trading privacy (amounts and intentions kept confidential). Case 2: Protecting High-Value Game State and NFT Bidding Privacy Scenario: A high-stakes poker game based on blockchain or a sealed bidding auction for a rare NFT. Traditional blockchain issues: Game Cheating: In poker games, players' hands and the pot status are theoretically visible (or can be inferred) to all nodes (including potential game participant node operators). Malicious node operators can exploit this information to cheat. Auction Strategy Leakage: In sealed-bid auctions, if the bid amount is leaked before the opening of bids (even if seen by node operators), it may lead to collusion or manipulation of the final transaction price. The bidders' bidding strategies are completely exposed. Advantages of the TEN TEE solution: Crypto game status: Sensitive data such as players' hands, secret states, and bid amounts for NFT auctions are decrypted and processed only within the TEE. The execution logic of the smart contracts runs under the protection of the TEE. Node operators can only see the encrypted contract state changes (such as player bets, game progress, final outcomes), but cannot know the specific card information or details of the intermediate process. Confidential bidding process: Bids from bidders are encrypted and sent, securely decrypted, compared, and processed within the TEE. Before the opening of bids, no one (including node operators) can know the specific bid amount. Only the final winner and the auction results are recorded on the chain. Advantages include: fairness of the game (preventing node cheating), fairness and privacy of auctions (protecting bidding strategies), and confidentiality of sensitive business/entertainment data. Case 3: Data Sharing and Collaboration with Privacy Protection between Enterprises Scenario: Multiple logistics companies form a consortium blockchain and need to share certain transportation data (such as congestion conditions on specific routes, average delivery times) to optimize overall network efficiency, but they are unwilling to disclose their specific customer contract prices, profit margins, or core routing strategies. Traditional blockchain issues: Data leakage risk: On a standard permissioned chain, participating nodes (i.e., other logistics companies) can theoretically access all data on the chain. Uploading raw data means that core business secrets (such as specific contract prices) are exposed to competitors. Computation is limited: If pure cryptographic solutions (such as ZKP) are used to protect data, complex aggregate computations (such as calculating weighted average prices) can be extremely costly and inefficient. Advantages of the TEN TEE solution: Encrypted Data Input and Processing: Companies upload sensitive data (such as specific prices) to the chain after encrypting it. TEE nodes load this encrypted data and the aggregation computation logic that needs to be executed. Trusted Computing: TEE decrypts data, executes computation logic (such as calculating anonymized average prices or congestion indices), and outputs encrypted results within a secure enclave. The entire computing process is invisible to the outside world (including the operator running the TEE node). Controllable result decryption: The computed results (such as aggregated statistical information) can be designed to be visible only to alliance members or to be output in encrypted form, which can be decrypted and used by authorized parties. Advantages: Protects trade secrets (input data confidentiality), supports complex privacy computing (efficient execution within TEE), facilitates trustworthy collaboration (all parties are assured that data has not been spied on or tampered by nodes), verifiability (remote attestation of TEE proves that it is running the correct code). Case 4: Joint Analysis for Protecting Medical Health Data Scenario: Multiple hospitals wish to collaborate in utilizing their encrypted patient data (such as genetic sequences, diagnostic records) to train an AI model that predicts disease risk, while strictly adhering to privacy regulations (such as HIPAA, GDPR), ensuring that the original patient data does not leave their respective hospitals and is not disclosed to other participating parties or platform operators. Traditional blockchain issues: Data Privacy and Compliance: Original medical data is extremely sensitive and cannot be openly recorded on the blockchain or exposed to unauthorized third parties, including the platform's infrastructure providers. Centralized risk: Traditional federated learning relies on a central coordinator, which poses single points of failure and trust issues. Advantages of TEN's TEE Solutions: Cryptographic model training: Each hospital sends the encrypted data (or encrypted model parameters/gradients after local training) to the TEN network. TEE Internal Secure Aggregation: The TEE node loads a federated learning algorithm. Within the secure environment of the TEE, it decrypts the received parameters, performs secure aggregation computations (such as FedAvg), and generates updates for the global model. Output Protection: The updated global model parameters are encrypted before being output and distributed to various hospitals. The original patient data and intermediate parameters are decrypted and processed within the TEE, but remain encrypted and invisible to node operators and external observers. Verifiable Trust: Hospitals can confirm through the remote attestation mechanism of TEE that the federated learning code running on the node is indeed audited and correct, and is running in a genuine TEE environment. Advantages reflected: Strong privacy protection (original medical data is never exposed), compliance (meets strict privacy regulations), support for complex computations (efficient model aggregation), decentralized trust (no need for a trusted central coordinator, relying on TEE hardware trust anchor). Summarize key advantages: Deep Privacy Protection: Beyond simply hiding transaction senders/receivers, it protects sensitive data (amount, identity, strategy, status) related to transaction content, contract status, and execution process, keeping it confidential even from network node operators. Anti-MEV: Fundamentally eliminate or greatly reduce the ability of miners/validators to extract value by encrypting transaction content and enforcing fair ordering within TEE, ensuring fairness for user transactions. Fair Execution: TEE ensures that smart contracts are executed according to predetermined rules, unaffected by malicious nodes manipulating transaction order or spying on internal states. Support for complex privacy computing: While protecting data confidentiality, it allows for efficient execution of complex logic (such as AI training, data analysis, game logic) within TEE, which is difficult to achieve with the efficiency of purely cryptographic solutions (such as ZKP). Verifiable Trust: Through hardware-level remote authentication, users can verify that nodes are indeed running correct, unaltered code in a trusted environment. Promote collaboration: Enable untrusted entities (businesses, organizations, individuals) to securely share data and collaborate in business while protecting their respective core secrets. These cases clearly demonstrate how the TEE of the TEN Protocol combines the transparency and decentralized characteristics of blockchain with strong privacy protection for data and computation processes, as well as fair execution, addressing the core pain points of traditional blockchain in fields such as finance, gaming, supply chain, healthcare, and enterprise applications. So with such great technology, let's wait to use it. Protecting privacy is everyone's responsibility. TEN has an unshirkable responsibility.

$ALICE will follow the NFT + GAMING trend now ✅ This should go to top gainers now 🚀

At its core sits the Notary Chain, an independent Proof of Stake chain running validators (called Guardians). Their job? Track every swap, every LP deposit, every balance update and coordinate it all without custodians. But how does this work for users? Let’s break it down 👇 ✨ Imagine Alice wants to swap ETH for BTC. Alice locks her ETH on Ethereum using a DEX contract; this intent is recorded by validators on the Notary Chain. Validators find a liquidity provider (LP) willing to offer BTC for ETH at the quoted price. The LP then locks their BTC using a Bitcoin Lightning HTLC (Hashed TimeLock Contract). The entire swap is atomic : ➡️ Either both assets are exchanged, ❌ Or nothing happens and both Alice and the LP keep their original assets. ⚡️ No bridges, no intermediaries holding funds it’s all driven by HTLCs + PortalOS coordination. For liquidity providers : This architecture makes it possible to trade BTC <> ETH securely, with lower costs than typical cross chain solutions and without needing custodians or wrapped assets. PortalOS ties all of this together from swap intents to validator auctions, slashing rules, fee distribution and liquidity tracking enabling an interoperable, non-custodial DEX that Bitcoin deserves. In short : ✅ Bitcoin-first ✅ Native chain custody ✅ Validator-driven consensus ✅ Capital-efficient AMM logic

Alice will see 2 dollars again as if.

ALICE finally got up.

#BINANCE #ALICE_TREND #ALICEUSDT #ALICE $ALICE Funding: -0.0049% 🟢 Circulating supply: 100M Total supply: 100M Market cap: 43.1M Fully diluted valuation: 43.1M

$ALICE reviving?

#BINANCE #ALICE_TREND #ALICEUSDT #ALICE $ALICE Funding: 0.01% Circulating supply: 100M Total supply: 100M Market cap: 39.6M Fully diluted valuation: 39.6M

Alice in Social Anxiety Land

Involved in the project: Cerebro Aspects involved: core functions, AI integration, and incentive mechanisms Summary: Cross-chain coverage (dimension) → Supports multiple chains including Solana (support) → Provides comprehensive portfolio monitoring (conclusion); AI assistant integration (dimension) → Alice assistant similar to ChatGPT, capable of providing automated trading suggestions (support) → Enhances portfolio management efficiency and decision support (conclusion); Gamified incentive mechanism (dimension) → Gems rewards based on the Ethos reputation system, rarity increases with Ethos score (support) → Incentivizes user participation and enhances platform loyalty (conclusion)

CoinVoice has recently learned that according to tracking data from the Web3 asset data platform RootData X, in the past 7 days, the multiplayer blockchain builder game My Neighbor Alice has been the project with the most new X (Twitter) followers among top personalities. New influential figures following this project include encryption KOL Kuai Dong(@\_FORAB). In addition, the project that X Top personalities unfollow the most also includes Xterio.

I entered the blockchain industry for mining in 2017. I've been thinking. Scenarios where Blockchain can be applied in the future. At that time, I fantasized about being able to start a business in the future. I will start a company with two types of business models. The first method is to use USDT to purchase assets from all exchanges in the world. Realizing the encryption, privacy, and decentralization of real assets. Make it a WEB3 Futu Tiger. I am very grateful that I happened to be involved as well. And I enjoy it. Fulfilled a wish. Another one is the flow payment model. Flow payment is a type of payment within a certain timeframe. A payment method that continuously sends funds from one account to another, This allows payments to flow continuously like water, for example, with a frequency of payments based on seconds or minutes. Complete the payment when the total amount reaches the agreed amount. In simple terms, it controls the ongoing payment method of funds through programming. It was originally a vision formed because of the Bitcoin Lightning Network. Quickly transfer digital currency through blockchain technology to achieve second-level payments like "water flow". Flow payment application scenarios Flow payment can be applied to a variety of scenarios. For example, listening to music, reading e-books, paying for memberships, renting, consulting, parking, and even investing, financing, gym training, etc. Xiao Ge believes that Chinese people lack a sense of contract and often run away. If such a payment method reduces mutual trust. If you run away, I will terminate the payment. In the future, flow payments will affect the value flow. Working capital management, IoT payment Even the valuation models of large companies have far-reaching impacts. Both parties to the transaction agree in advance on the total service fee. and set the payment ratio according to the time, Through the flow payment program, Execute according to a fixed procedure, And when the employer has objections to the service, You can stop payment and terminate the service at any time. Reasonably protects the rights and interests of employers. If you didn't understand, let me give you a few examples. Salary payment Typically, companies pay employees' salaries at a fixed time each month. This routine operation has at least two areas that can be improved by using blockchain. From the company's perspective, distributing salaries at a fixed time each month means that the company needs to prepare a large amount of cash to distribute to employees at that time, which may put some pressure on the company's cash flow management. If a flow payment system is adopted, distributing a large sum of money that is concentrated each month slowly and evenly throughout the month can make the company's cash flow smoother. Secondly, from the perspective of employees, through flow payment, employees can receive their salaries in real-time based on their labor. Compared to existing methods, flow payment allows employees to access their earned salaries earlier and faster. Subscription Service & Timed Charging Service Current streaming service providers charge users on a monthly basis, regardless of whether users use the product or how long they have used it, the fees are fixed. Streaming payments can provide a more accurate and fair payment method for subscription-based and time-based services and goods. For example, in the streaming media industry, the fees that users pay for enjoying music or films depend on how long they actually listened or how much content they watched, rather than having to pay for the entire work or for a monthly/annual subscription. Another example is the point card timing online game, the flow payment can completely replace the point card, the player pays is what he gets, and the amount of money paid is directly calculated and settled in real time according to the online time. Streaming payments can provide a more precise and fair payment method for subscription-based and time-based fee services and products. For example, in the streaming media industry, the fees users pay for enjoying music or films depend on how long they actually listened or watched, rather than paying for the entire work or for a monthly/yearly subscription. In online games that use point cards for timing, flow payments can completely replace point cards, and players get what they pay for. The fees are calculated in real-time based on the online time. The education and training fitness industry has gone bankrupt, and the membership card recharge has also collapsed. In China, if you dare to buy a membership card, I dare to run away. With flow payment, on the first day, customer payments will enter the blockchain, and the money will slowly flow to the merchants. According to the flow per second. If you provide service for a year, the payment will be completed within that year. If you provide service for 1 month, then payment will be based on 1 month. This way, if you run away, I can terminate the payment smart contract at any time to minimize losses. I used to think that calling contracts was very troublesome. No startup was willing to do it. He said that if Alice needs to communicate with Bob, Alice can find any of Bob's transactions, and then restore Bob's public key, and then Alice uses the ECDH + AES algorithm to encrypt the plaintext information to obtain the ciphertext, and then Alice can send the ciphertext to Bob as calldata. After Bob receives the encrypted information, he can directly use the transaction sent by Alice to recover Alice's public key, and then use the ECDH + AES algorithm to decrypt the information. Using the ox library to write a command-line tool, what is not mentioned above is that the key length obtained by the ECDH algorithm is not compatible with the key length required by AES, so the code uses the hkdf algorithm for key derivation This set of on-chain encrypted communication combined with streaming payment can create some interesting marketplaces, such as buyers can initiate streaming payments to sellers, and after sellers receive notifications of the start of streaming payments, they can encrypt and send some content to buyers on the chain, and buyers can verify whether they can use it after receiving the content, if they can, Buyers can maintain the stream payment all the time, and if they find that the content sent by the seller is not available, they can directly cut off the stream payment Later, I looked at how Superfluid "streaming accounting" works. Superfluid's "streaming accounting" divides the user's balance into two parts: one part is the Static Balance, and the other part is the Real-time Balance (. The Static Balance is the actual balance at the time of the last modification timestamp of the account, which is the sum of the Static Balance and the Real-time ) dynamic ( balance. The Real-time (dynamic) balance is obtained through the net flow * ) current time - latest modification timestamp (. - Static Balance Static Balance = Initial Current Balance at the latest CRUD timestamp - Real-time (dynamic) balance Real-time Balance = Netflow Rate * Time elapsed since the latest CRUD timestamp - Current Actual Balance Current Balance = Static Balance + Real-time Balance When any token flow for this account is created, modified, or deleted, the following variables will be updated on the chain immediately: 1. Netflow rate will be recalculated based on the changes in the token flow; 2. Latest CRUD timestamp will be updated to the moment the change occurs; 3. Static Balance will be updated to Current Balance; 4. Real-time Balance will be reset to zero. The main advantage of this streaming accounting is the realization of gasless on-chain value transfer. Gas costs are incurred only when a new token stream is created, or an existing token stream is modified or deleted. Superfluid supports refill deposit, which can alleviate the cash flow pressure on the payer. In the example of payroll mentioned earlier, the company's finance and HR departments need to prepare all employees' salaries on the payroll day each month and disburse them on the same day. This creates a peak in funding demand on that day every month, putting certain cash flow pressure on the company's operations. If payroll is implemented using the Superfluid protocol that supports refill deposit, then the peak funding demand can be effectively smoothed out. Superfluid also supports changing the token flow rate, has no restrictions on the end time of token flow, and other features, flexibly meeting the continuously changing payment requirements of various users. The vision of Superfluid is not limited to building a flow payment protocol that meets the fund transfer requirements between wallet-to-wallet, wallet-to-contract, and contract-to-contract, but rather to create a readable, verifiable, and programmable real-time finance system composed of numerous real-time finance apps. In this system, funds flow continuously in the form of streams, minimizing idle capital for each user, organization, and company. I think this concept is completely achievable. Technology is also not lacking. Why is no one doing it? Unfortunately, I am a small person. If I have above A8.5 If I have resources If I have connections I might really start a business with this thing. Create a truly inclusive payment method for the general public. Unfortunately, I am a JB. Several million is probably not enough to hire a team for development. Make money quietly. Let's see who will come up with this model in the future.

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