Qitcoin (QTC) Price

QTC is the native asset of the Qitchain network. The Qitchain whitepaper positions the network as a blockchain database system for rich data queries: blockchain data is jointly maintained by distributed participants, and query results must not only return data but also be able to verify that results have not been tampered with and that nothing has been omitted. Its status as an asset is not equivalent to an off-chain database service or another project with the same name. The following information on its early technology, supply, and mining arrangements is based on the project whitepaper and the total supply shown by the block explorer; design statements in the whitepaper itself cannot substitute for real-time confirmation of current mainnet parameters.

Qitchain's core objective is to support verifiable on-chain data queries. Full nodes maintain the complete blockchain database, participate in consensus, and synchronize data; light nodes retain less information such as block headers and, after obtaining query results from full nodes, use these on-chain commitments to verify the completeness and integrity of the result set. This design is intended to solve more than merely whether data can be searched: a querier need not fully trust the full node returning results. The whitepaper also proposes adding relational semantics to block data to support richer queries than key-value reads, and designing corresponding verifiable query structures based on the update characteristics of block data. Light nodes can therefore reduce their own storage, computation, and network costs, but their verifiability depends on the block headers and proof mechanism they use.

The public Qitcoin explorer displays QTC's total supply as 105,000,000 QTC; the whitepaper's early issuance plan likewise uses 105 million tokens as the total amount. Total supply is the quantity measure for the entire issuance design and is not the same as circulating supply, unlocked quantity, or the quantity tradable in the market at a particular time. The early allocation described in the whitepaper was: 80% for miners and PoS staking incentives, 5% allocated to the foundation, and 15% allocated to the search laboratory, with some portions scheduled for phased release. Allocation percentages describe the categories for which tokens were reserved in the design; whether tokens have been released, who holds them, and whether current incentives still use that plan cannot be inferred from this early plan alone.

The Qitchain whitepaper describes the early mining approach as Proof of Capacity (PoC) and its conditional version, CPoC, rather than Proof of Work centered on continuously consuming computing power. Participants first write files containing public-key and hash data to hard drives, making a prior commitment of available storage; wallets and the network subsequently carry out block-candidate, verification, and reward-related processes around these written data. The key to this mechanism is that eligibility to participate is related to storage data prepared in advance: data is written first, then its availability is proven during network request or verification steps, thereby incorporating hard-drive capacity into the participation conditions. The whitepaper also lists it alongside PoS staking incentives in the early economic design, but this is insufficient to confirm that the current mainnet still operates under the same conditions, reward formula, or release arrangements; therefore, the early mechanism should not be described as current real-time parameters.