01coin (ZOC) Price

01coin miners compete to create blocks using NeoScrypt proof of work. In the normal masternode-payment path, the distributable block reward consists of the newly issued subsidy plus transaction fees collected in the block; the masternode portion is one half of the total reward and the remainder goes to the miner. Amounts use integer units, so atomic-unit rounding can occur. The subsidy is the new issuance. Fees are the difference between ordinary transaction inputs and outputs, so they transfer existing ZOC. The masternode portion is also a division within the total reward; it must not be added as a second issuance on top of the subsidy.

The ordinary ZOC subsidy reduction is based on block height. 01coin Core v0.13.0 starts ordinary subsidy calculations from 26 ZOC and uses the previous block height to count completed 210,384-block intervals. At each interval it subtracts one twelfth of the prior subsidy, with the deduction rounded down in atomic units. This is an approximately 8.333% stepwise decline; the special premine subsidy after the genesis block follows a separate rule. At the mainnet target spacing of 150 seconds, 210,384 blocks are about one year, but activation depends on on-chain block progress rather than a fixed calendar date. When the previous block reaches an interval boundary, the following block enters the corresponding lower subsidy tier. One ZOC has 100,000,000 atomic units; after a reduction, a subsidy of 12 or fewer atomic units returns zero.

The community release V0.12.1.6, issued on 18 April 2018, disabled the original premine. Under the historical subsidy rule, the first block after genesis had a special 650,000 ZOC subsidy. Disabling it changed the spendability of that premine; it does not mean that the amount never appeared in the historical issuance rule. 01coin Core v0.13.0 still rejects spending inputs from designated premine addresses. This differs from a time-based unlock: the historical change did not schedule those premine balances to become ordinary spendable balances later.

In the legacy masternode workflow retained by 01coin Core v0.13.0, collateral must be one unspent transaction output of exactly 1,000 ZOC that matches the designated collateral address. Several wallet balances that add up to 1,000 ZOC do not substitute for that single output. On mainnet, the output must have at least 15 confirmations, counted as active-chain height minus the output block height plus one. The output must remain unspent while used as collateral. Once spent, it is no longer an unspent output and the node is marked as having spent collateral, so the original collateral qualification ends. Establishing or ending that qualification neither creates nor burns ZOC.

Released on 5 July 2019, v0.12.3.5 added IPv6 support for 01coin masternodes alongside IPv4, expanding the address families available for a masternode joining the same network. In the legacy address checks retained by v0.13.0, a mainnet IPv4 or IPv6 address must be reachable and routable. The relaxed address rule for regression-test mode belongs to the test environment and does not apply to mainnet.

Outputs of ZOC coinbase, or block-generation, transactions have a 100-block maturity condition. If an output is generated at height h, a proposed spending block must be at least height h + 100 to pass that age check; spending must still satisfy the other transaction-validity checks. The wallet counts confirmations inclusively: the generation block is the first confirmation, and every subsequent active-chain block adds one. Its remaining-maturity calculation is max(0, 101 − confirmations). Thus 101 confirmations correspond to zero remaining maturity; the 100-block height difference and 101 inclusive confirmations use different counting conventions. Ordinary incoming transfers do not use this coinbase-specific maturity count.

The basic fee-rate calculation in 01coin Core v0.13.0 depends on transaction byte size and the rate per 1,000 bytes, not on a fixed percentage of the ZOC sent. The basic relation is: fee-rate amount = rate per 1,000 bytes × transaction size ÷ 1,000. Amounts use 0.00000001 ZOC atomic units, so that relation is not a final fee quote under every wallet policy. For an actual ordinary transaction, the fee equals total inputs minus total outputs. Change returned to the sender is an output and must be included, not mistaken for a fee.

From mainnet block height 300, 01coin uses Dark Gravity Wave for mining difficulty in v0.13.0. It looks back over 24 blocks and aggregates their proof-of-work targets recursively, rather than taking a simple equal-weight arithmetic average. The elapsed span is the timestamp difference between the newest and oldest of those blocks, so it covers 23 adjacent intervals; the comparison target remains 24 × 150 seconds, or 3,600 seconds. Elapsed time is clamped to one third through three times that target. The target base is multiplied by the adjusted elapsed time and divided by target time, with the result capped at the mainnet proof-of-work limit. Holding other factors equal, a shorter span lowers the target and raises difficulty; a longer span does the reverse. The testnet minimum-difficulty exception does not apply to mainnet, and 150 seconds is an adjustment target, not a guarantee for each block.

In the 01coin Core v0.13.0 wallet interface, confirmations report actual on-chain confirmations, while instantlock separately reports whether an InstantSend lock exists. A lock is not an additional blockchain confirmation, and this separate status field does not establish activation of every automatic-lock feature. For a transaction in the current active chain with no conflict, confirmations equal current chain height minus the transaction's block height plus one. Its first confirmation comes from inclusion in that block; later blocks extend above it and increase the count, rather than packaging the same transaction again.

ZOC circulating market capitalization uses a mutually consistent coin price and circulating ZOC quantity: circulating market cap (USD) = USD price per ZOC × circulating supply (ZOC). Already issued supply, subsidies still to be emitted by future blocks, and balances used as masternode collateral describe different scopes and are not interchangeable. Multiplying 1,000 ZOC by the number of qualifying legacy collateral outputs measures only the amount represented by those outputs, not total circulating supply. Collateral remains existing coin while unspent; spending it ends its prior qualification but does not create an equal amount of new coin. The chosen circulating-supply methodology should be retained rather than inferring inclusion or exclusion solely from node counts.

Let P be a positive USD price per ZOC, N a ZOC quantity, and A a USD amount. The forward valuation uses multiplication and the reverse conversion uses division: USD quote amount = N (ZOC) × P (USD/ZOC); ZOC quantity = A (USD) ÷ P (USD/ZOC). The result depends on the input coin amount or dollar amount and the chosen per-coin quote. Displaying a USD valuation for ZOC only changes the unit of account; it does not execute a sale or exchange, nor prove an actual fill at that amount.

ZOC on-chain records include different transaction types, including block-generation transactions that a wallet marks as generated. Such a record does not establish a market trade, so on-chain transaction counts or transferred amounts cannot directly be treated as market trading volume. In a market where ZOC is the base asset, 24-hour base-asset volume totals the ZOC actually traded; quote-currency turnover totals each trade quantity times its trade price. The units and the market and time window must match. The same ZOC can be traded repeatedly and add volume without increasing supply, while gross traded value is not net capital inflow.