Nervos (CKB) Taschenrechner

Nervos Network is a layered blockchain that resolves the trilemma by assigning security and value preservation to a robust base layer while shifting scale and specialized execution to upper layers, making each step inevitable and precise: the Common Knowledge Base (CKB) anchors the system with a proof-of-work consensus using the Eaglesong hashing algorithm, optimized for efficiency and accessibility and now predominantly mined by ASICs after an early phase that accommodated GPUs, which strengthens security without sacrificing openness; CKB operates as a secure value storage layer akin to Bitcoin yet adds full programmability through its cell model, a UTXO-like design where every cell carries data and code and can be manipulated by Turing-complete scripts running in the RISC-V–based CKB-VM, enabling fine-grained state control, parallelism, and standards like sUDT for user-defined tokens; the native CKByte (CKB) token functions as a utility asset that grants on-chain storage rights proportional to holdings, so occupying state consumes capacity and releasing state restores it, creating natural scarcity and an explicit cost to persistent on-chain data that aligns developer, user, and miner incentives; issuance is structured in two streams, with a primary issuance capped at 33.6 billion tokens that halves on a roughly four-year schedule and a perpetual secondary issuance that continues beyond the cap, distributing rewards to miners, Nervos DAO depositors, and the treasury to secure the chain after primary issuance exhausts, while the DAO allows depositors to offset dilution from secondary issuance and preserve long-term value; scalability arrives at layer 2 through rollups and sidechains such as Godwoken, where Polyjuice provides EVM compatibility so Ethereum applications can be ported with minimal modifications, and specialized environments can deliver high throughput while settling and inheriting final security from CKB; interoperability is built in through Force Bridge and related tooling that move assets and messages across ecosystems, letting developers compose multi-chain applications without discarding base-layer assurances; taken together, the separation of concerns, ASIC-friendly but open PoW, storage-rights accounting via CKByte, and a dual-issuance model that ensures continuous miner incentives form a clear, durable architecture for secure, scalable, and sustainable decentralized applications.