Everything has just begun. @TAPELIQUID

It seems that it is time to upgrade the new product line, which makes people feel mysterious.@Blonskr

go to all lengths @TAPELIQUID

keep building

About to take off

Thank you very much. tapeout protocol is influential and kol star handsome author made it for us.

🫡

We will definitely succeed.

RT @LosUncles: # TAPELIQUID 研读报告：把一座「芯片厂」装进链上交易所 ## 一、项目定位 TAPELIQUID 是 TapeOut 生态里的去中心化交易所，官方自述是「以晶圆为记账单位的交易所」，其 X 简介的定位是 "First TapeOut…

She has always been a role model for me to learn from @web3kexin I like her.

I’ve been looking closely at TAPELIQUID, an early project in the TapeOut ecosystem, and the more I read, the more interesting it becomes. What if NFTs stopped being merely profile pictures, digital art, or membership passes, and instead became actual digital circuits capable of performing real logical operations? Could they generate yield in the way mining hardware does? Could they be traded, leased, combined, or even serve as foundational assets for the next generation of on-chain financial products? TapeOut treats NAND logic gates and LATCH storage units as basic building blocks. Users can combine these into circuits, implement logical functions, and then mint the finished designs as NFTs. A circuit NFT therefore records not only ownership, but also corresponds to a real logical structure and computational behaviour. An ordinary NFT might represent a virtual car; a circuit NFT could form part of the car’s actual control logic. The former primarily represents an asset; the latter may actively participate in computation. The underlying value logic is distinctly different. Completed circuits can also be referenced and reused as components within larger circuits. From individual NAND and LATCH elements to full circuits and eventually more complex programmes, digital assets begin to acquire composable computational properties. TAPELIQUID builds financial applications on top of this TapeOut infrastructure. According to publicly available information, the project currently involves spot trading of assets such as BEM and BNB, an on-chain order book and perpetual contracts, the tape-out of NAND and LATCH components, circuit NFT participation in TAPE mining, TAPE liquidity pools and locking mechanisms, and on-chain website access via DeWEB. TAPE is the token issued on X Layer, with mining rewards allocated according to the number of gates in a circuit. This turns circuit NFTs from purely digital artefacts into on-chain assets that can participate in token distribution. At present, however, mining weight is calculated primarily by gate count rather than by actual computational contribution, design efficiency, or external demand. The real technical challenge is whether rewards can eventually be linked to genuinely useful computational activity. Another noteworthy aspect is DeWEB. Many DeFi projects deploy their smart contracts on-chain while still relying on conventional servers for their front-end interfaces. TAPELIQUID attempts to use TapeOut’s DeWEB system to host the front end on-chain. Through TapeKit, website files are read from the blockchain and verified against their on-chain SHA-256 fingerprints. This offers a different path: not only can transaction state be verified, but the content users see can also undergo on-chain integrity checks. It does not eliminate risks associated with wallets, RPCs, oracles, or browsers, yet it provides an alternative infrastructure for building more verifiable on-chain applications. Compared with Uniswap or Hyperliquid, TAPELIQUID does not currently hold a clear advantage in trading performance or liquidity. What is more interesting is the direction it is exploring: constructing financial services around TapeOut’s native computational assets. Traditional DeFi has largely revolved around tokens, liquidity, and lending. If circuit NFTs can one day generate verifiable computational yield, new product forms become conceivable—circuit asset trading, mining-yield management, leasing of computational components, trading of future revenue rights, and collateralised financing based on circuit assets. Most of these remain possibilities rather than fully realised features. In the past, Web3 has primarily answered the question of who owns an asset. Smart contracts then answered how that asset should behave according to defined rules. Composable circuit assets raise a further question: can computational logic itself become a verifiable, ownable, tradable, and reusable digital means of production? If a developer designs an efficient on-chain logic module, other applications could reference it directly and, through suitable licensing or fee mechanisms, generate revenue. AI agents’ automated decision-making, on-chain game state verification, and the deterministic rule execution of DAOs could all potentially rely on similar modules. The most suitable use cases for circuits are likely those requiring public verification, deterministic execution, and cross-application reuse. Of course, technical imagination and investment returns are two different matters. Any new protocol must eventually answer practical questions: Who is willing to use it? Who is willing to pay for it? Why cannot existing smart contracts or conventional infrastructure perform the same tasks more cheaply? Can genuine demand for circuits continue to grow? Does TAPE possess sufficiently clear real-world demand and value-capture mechanisms? Can the market establish stable liquidity? These questions have not yet been fully answered. The project has open-sourced its code and published information on deployed contracts, yet trading depth, long-term revenue, external application demand, and security still require more time and data for validation. I have long believed that the next meaningful phase of Web3 should not consist solely of more tokens and greater financial leverage. Genuine innovation should enable blockchains to support digital assets and economic activities that were previously difficult to carry. From image NFTs to Circuit NFTs with computational structure, from simple token trading to the trading and potential financialisation of computational assets, and from front ends hosted on conventional servers to DeWEB interfaces that can be verified via on-chain data—TapeOut is exploring foundational computational assets, while TAPELIQUID is exploring how those assets might integrate with financial applications. Whether this path can succeed remains unclear, but the question it poses is worth considering: when an NFT is no longer merely an ownership certificate, but begins to represent reusable computational logic, might we see a new category of on-chain asset? @Icp_chinese @TAPELIQUID @Blonskr @TapeOutWorld @XLayerOfficial #TAPELIQUID #TapeOut #TAPE #DeFi #Web3 #NFT #DeWEB #XLayer This is written in British English. Let me know if you’d like any adjustments to tone, length, or emphasis.