QRL is a Proof-of-Work blockchain: miners compete to solve a hash puzzle and the winner adds the next block, earning the block reward. It uses QRandomX, a CPU-favoured, ASIC-resistant algorithm derived from RandomX. Read how QRandomX mining works. QRL 2.0 is Proof-of-Stake and is not mined; it has validators instead.

Can I mine QRL with a CPU?

Yes. QRandomX is deliberately CPU-favoured and resistant to specialised ASIC hardware, so general-purpose processors stay competitive. Today you can still mine QRL solo or through a community pool; the top miners and pools leaderboard shows who is currently producing blocks.

What is the QRL block reward?

Each mined block pays its miner a protocol subsidy plus the transaction fees in that block. The subsidy follows QRL's decaying emission schedule and shrinks over time toward the 105M maximum supply. See how block rewards and emission work.

Does QRL have halvings like Bitcoin?

No. Instead of abrupt halving events, QRL uses a smooth decaying schedule, so each block pays slightly less than the one before as emission winds down toward the 105M cap. Around 65M came from the genesis allocation and the rest is minted gradually through mining. The total supply page tracks how the two add up.

Where do the difficulty and hashrate figures come from?

They are reported directly by the QRL node (its GetStats API), because per-block difficulty is not stored in the block data itself. The history builds up from the moment Quantascan starts polling the node, so it may be short at first.

What counts as a mining pool here?

An address is labelled a mining pool when it has mined a large number of blocks (or distributes rewards to many addresses); smaller coinbase earners (addresses that receive a block's mining reward) are shown as solo miners. Labels come from Quantascan's wallet-classification engine and curated pool names. The genesis premine is excluded. It is not mining.

Will QRL still be mined after the move to QRL 2.0?

No. Once QRL completes its transition to QRL 2.0 (Proof-of-Stake), new coins are secured by validators rather than miners, and no further QRL is mined. The original Proof-of-Work chain then becomes a permanent read-only archive, so this mining record stays viewable as history.

QRL Mining

Data as of 31 Oct 2026 (UTC)

QRL (the legacy chain) is a Proof-of-Work blockchain, where miners compete to solve QRandomX hash puzzles and secure the network in exchange for the block reward. This page tracks how much QRL is minted per block, the network's difficulty and hashrate, the average block time, and the miners and pools producing blocks.

How to read the mining figures

Block reward = protocol subsidy + transaction fees. Difficulty & hashrate come straight from the node.

Show the field guide

Block reward (subsidy vs fees): Every mined block pays its miner a protocol subsidy (new coins, on a decreasing schedule) plus the transaction fees in that block. Shown in Quanta.
Difficulty: How hard the Proof-of-Work puzzle currently is. Reported by the node: it is not stored in the block data, so the history starts when Quantascan begins polling.
Hashrate (estimated): The network's total guessing power, in hashes per second (H/s), as computed by the node from difficulty and block time.
Coins emitted / emission %: Total coins minted so far (genesis allocation + all mining), and that figure as a share of the 105M maximum supply.
Avg block time: The mean gap between blocks, with its standard deviation. A steady gap signals a healthy, well-difficulty-adjusted network.
Pool vs solo miner: A pool mines many blocks or pays out to many addresses; a solo miner earns fewer coinbase rewards. Classified from on-chain behaviour (the genesis premine is excluded).

FAQ about mining

Common questions about this page

How is QRL mined?: QRL is a Proof-of-Work blockchain: miners compete to solve a hash puzzle and the winner adds the next block, earning the block reward. It uses QRandomX, a CPU-favoured, ASIC-resistant algorithm derived from RandomX. Read how QRandomX mining works. QRL 2.0 is Proof-of-Stake and is not mined; it has validators instead.
Can I mine QRL with a CPU?: Yes. QRandomX is deliberately CPU-favoured and resistant to specialised ASIC hardware, so general-purpose processors stay competitive. Today you can still mine QRL solo or through a community pool; the top miners and pools leaderboard shows who is currently producing blocks.
What is the QRL block reward?: Each mined block pays its miner a protocol subsidy plus the transaction fees in that block. The subsidy follows QRL's decaying emission schedule and shrinks over time toward the 105M maximum supply. See how block rewards and emission work.
Does QRL have halvings like Bitcoin?: No. Instead of abrupt halving events, QRL uses a smooth decaying schedule, so each block pays slightly less than the one before as emission winds down toward the 105M cap. Around 65M came from the genesis allocation and the rest is minted gradually through mining. The total supply page tracks how the two add up.
Where do the difficulty and hashrate figures come from?: They are reported directly by the QRL node (its GetStats API), because per-block difficulty is not stored in the block data itself. The history builds up from the moment Quantascan starts polling the node, so it may be short at first.
What counts as a mining pool here?: An address is labelled a mining pool when it has mined a large number of blocks (or distributes rewards to many addresses); smaller coinbase earners (addresses that receive a block's mining reward) are shown as solo miners. Labels come from Quantascan's wallet-classification engine and curated pool names. The genesis premine is excluded. It is not mining.
Will QRL still be mined after the move to QRL 2.0?: No. Once QRL completes its transition to QRL 2.0 (Proof-of-Stake), new coins are secured by validators rather than miners, and no further QRL is mined. The original Proof-of-Work chain then becomes a permanent read-only archive, so this mining record stays viewable as history.

#	Miner	Type	Blocks	Share

#	Miner	Type	Blocks	Share

QRL Mining

How to read the mining figures

FAQ about mining

QRL Mining

Difficulty & hashrate

Pool dominance over time

Share of mined rewards

How to read the mining figures

FAQ about mining

Difficulty & hashrate

Pool dominance over time

Share of mined rewards

Top miners & pools

Top miners & pools