Qual è il prezzo attuale di Nervos Network?
Il prezzo attuale di Nervos Network è 0,001017 € con una variazione di 8,49% nelle ultime 24 ore.
Nervos Network is a layered blockchain architecture whose base layer is the Nervos Common Knowledge Base, or CKB, a permissionless proof-of-work chain. Its own documentation describes Nervos as separating a crypto-economy into "a verification layer (layer 1) that serves as a trust root and smart custodian, and a generation layer (layer 2) for high-performance transactions." CKB is deliberately designed as a store-of-assets chain rather than a throughput-maximizing execution chain, using a generalized UTXO design called the Cell Model and a virtual machine built on the RISC-V instruction set. In recent years the project has increasingly positioned CKB as Bitcoin-adjacent infrastructure through the RGB++ protocol and the Fiber payment network.
Official resources:
Nervos was founded in 2018 by a group that includes Jan Xie, previously a researcher and developer associated with the Ethereum Foundation, alongside Terry Tai, Kevin Wang, Daniel Lv, and Cipher Wang. Daniel Lv had previously served as chief technology officer at the imToken wallet, and Kevin Wang came from a software education and engineering background.
Engineering began in early 2018, followed by a public token sale and private rounds that drew participation from Sequoia, Polychain, Multicoin, Dragonfly, and Blockchain Capital, all of which the project's category listings still reflect. The CKB mainnet, named Lina, went live in November 2019. The first halving of base issuance occurred four years later, in November 2023, following the schedule set out in the crypto-economics RFC.
CKB stores all state in Cells. The documentation describes the chain as working "like a storage facility filled with boxes, called Cells," each holding CKBytes that represent both value and storage capacity. A Cell has four fields: capacity, data, type, and lock. Cells are immutable once created, so updating state means consuming a live Cell and producing a new one, which generalizes Bitcoin's UTXO model to arbitrary data.
Two kinds of script govern a Cell. A Lock Script "enforces access and ownership of a Cell," determining who may spend it, while a Type Script constrains what valid state transitions look like. Both run on CKB-VM, which the documentation describes as using "the RISC-V instruction set, which is a modern, open-source architecture," providing low-level CPU access rather than a bespoke bytecode. Because cryptographic primitives are implemented in scripts rather than baked into the protocol, CKB can adopt new signature schemes without a hard fork, which is the technical basis for its account abstraction and quantum-resistance framing.
Consensus is proof of work using the Eaglesong hash function, described in the glossary as "a new hash function developed specifically for Nervos CKB proof-of-work." The consensus algorithm is NC-Max, which splits confirmation into propose and commit phases and adjusts difficulty using observed orphan rates, targeting roughly four-hour epochs.
CKByte is the native token, and its central property is that it is a claim on storage. The glossary states that owning one CKByte entitles the holder to store one byte of data on the blockchain. Holding CKB is therefore holding a right to occupy global state, which is a materially different design from a token that merely pays for gas.
Issuance is split in two. Base issuance is hard capped at 33.6 billion CKB and halves roughly every four years, mirroring Bitcoin's schedule, and goes entirely to miners. Secondary issuance is perpetual and fixed at approximately 1.344 billion CKBytes per year. Per RFC-0015, secondary issuance is divided three ways in proportion to network state: miners receive the portion corresponding to occupied storage capacity, which functions as state rent paid by state occupiers; Nervos DAO depositors receive the portion matching locked tokens, which offsets their dilution; and the remainder goes to a treasury until the community allocates it, or is burned.
The effect is that inflation is targeted at users occupying state rather than at long-term holders, and the Nervos DAO acts as an inflation shelter. CKB is also used to pay transaction fees, which are split between proposal and commit rewards, with 40% going to the miner who proposed a transaction and 60% to the miner who committed it.
The state rent mechanism is the design's sharpest idea. Most chains charge once for writing data but let it sit forever, pushing an unpriced cost onto future node operators. CKB prices ongoing storage through targeted inflation, which is a serious attempt at long-run sustainability rather than a marketing claim.
The RISC-V virtual machine is the second differentiator. Building on a general-purpose open instruction set rather than a domain-specific VM means cryptographic algorithms live in userspace scripts, so the chain can support new signature schemes, including post-quantum ones, without protocol changes. That is why the network is commonly described as quantum-resistant in the sense of being upgradeable, not in the sense of already having replaced all primitives.
Third, CKB is one of very few post-2019 smart contract platforms that chose proof of work rather than proof of stake, which the team argues is the appropriate trade for a chain whose purpose is preservation rather than throughput.
Against account-model platforms, CKB's Cell Model keeps state ownership explicit and parallelizable, at the cost of a programming model that developers find less familiar. Against other proof-of-work chains that are payment-focused, CKB adds general programmability while retaining PoW security.
Against other Bitcoin scaling efforts, the RGB++ approach is distinctive because it does not use a bridge. It binds Bitcoin UTXOs to CKB Cells so that ownership is settled by Bitcoin's own scripts while richer state lives in the Cell, which avoids the custodial and multisig risk that has defined most Bitcoin sidechains and wrapped-asset designs. Whether that model attracts sustained usage remains the open question.
CKB is secured by proof of work under NC-Max. Miners solve Eaglesong puzzles to produce blocks, and the two-step propose and commit structure reduces the block propagation advantage that large miners would otherwise enjoy, while difficulty adjusts against observed orphan rates rather than a fixed target alone.
Miner compensation is designed to persist after base issuance is exhausted. Because secondary issuance pays miners in proportion to occupied state, security funding does not depend solely on transaction fee volume, which is the failure mode most often raised about Bitcoin's long-term security budget. Assets bound through RGB++ inherit Bitcoin's settlement assurances for ownership while relying on CKB for state, so their security profile spans both chains.
Adoption is the main risk. CKB has run since 2019 with strong engineering credentials but has not achieved the developer density of the larger smart contract platforms, and the Cell Model plus RISC-V toolchain raises the learning curve compared with EVM development. A chain whose token value derives from demand for state occupancy needs real state occupancy.
Second, the RGB++ and Fiber strategy ties a meaningful part of the thesis to Bitcoin-layer adoption, which is an unsettled and competitive field. Third, secondary issuance is perpetual, so holders who do not lock CKB in the Nervos DAO are diluted by design. Fourth, proof-of-work security depends on sustained hash rate, and a chain with a specialized hash function has a narrower mining base than one sharing an algorithm with larger networks. Finally, the base issuance halving schedule means miner revenue steps down periodically, and the secondary issuance offset depends on state occupancy actually growing.
Nervos matters because it took the state sustainability problem seriously and built an economic answer into the protocol rather than deferring it. Whether or not CKB captures large market share, the state rent design and the separation of preservation from computation are contributions that other architectures have had to reckon with.
It also matters as one of the more technically credible attempts to give Bitcoin programmable assets without a bridge. Bridge failures have caused some of the largest losses in the industry's history, so an approach that settles ownership on Bitcoin itself is worth understanding regardless of the outcome.
CKB is listed on a broad set of centralized exchanges and has been for years, given its 2019 mainnet launch. It also trades on decentralized venues where wrapped or bridged representations exist. Availability differs by jurisdiction, so check that your chosen venue supports CKB and your region before funding an account.
CKB can also be obtained by mining, since the network uses proof of work with the Eaglesong algorithm. That route requires suitable hardware and access to competitively priced electricity, and it is not a practical acquisition path for most people.
CKB is a native layer 1 asset, not a token on another chain, so it requires a wallet that supports the Nervos network. The ecosystem offers several native wallets, and hardware wallet support exists for holders who want keys held offline. Because Cells encode both value and storage capacity, a CKB balance always carries a minimum occupied capacity requirement, which is worth understanding before sending very small amounts.
Holders who want to offset secondary issuance can deposit into the Nervos DAO, which the glossary describes as enabling users "to lock CKBytes to get compensation from Nervos CKB secondary issuance." Deposits are held in a smart contract with a withdrawal process tied to epoch cycles, so plan for the timing rather than assuming instant access. For long-term holding, self-custody with a hardware wallet is preferable to leaving a balance on an exchange.
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Leggi la guida completa al paper tradingIl prezzo attuale di Nervos Network è 0,001017 € con una variazione di 8,49% nelle ultime 24 ore.
Il volume di scambio giornaliero è 594.832 € rappresentando una variazione di 14,74% nelle ultime 24 ore.
La capitalizzazione di mercato di Nervos Network è 50.351.833 €, classificandosi al #276 posto a livello globale.
La valutazione completamente diluita (FDV) di Nervos Network è 51.210.045 €, calcolata assumendo una fornitura totale di 50.353.998.798 CKB.
In circolazione: 49.510.132.893. Totale: 50.353.998.798. Massimo: N/A.
Nelle ultime 24 ore, Nervos Network è stato scambiato tra un minimo di 0,0009266 € e un massimo di 0,001041 €.
CKB/USDTTether USDT0,00118 USDT
