Question 1

What chain is this block on, and how does it relate to QRL 2.0?

Accepted Answer

This block lives on QRL, the original Quantum Resistant Ledger chain — a Proof-of-Work network launched in 2018 that pioneered post-quantum cryptography on a public blockchain using XMSS hash-based signatures. QRL 2.0 is its next-generation successor: an EVM-compatible Proof-of-Stake chain with newer post-quantum cryptography (ML-DSA-87, lattice-based) and full smart-contract support. The QRL community is transitioning from the original Proof-of-Work chain to QRL 2.0.

Question 2

How can I tell if this QRL block is settled?

Accepted Answer

This chain uses Proof-of-Work with cumulative-work resolution — there is no protocol-level finality the way QRL 2.0 has. The conventional rule of thumb is to wait 6-12 confirmations on top before treating a block as settled; after that, the cost of rewriting the cumulative hashing work becomes prohibitive. Use the Prev/Next buttons at the bottom to navigate forward and check how many blocks have accumulated on top of this one.

Question 3

What does 'Value moved' mean for this block?

Accepted Answer

It's the sum of native QRL transferred across every transaction in this block. Token transfers (created via QRL's native 'token' subtype) typically don't contribute to this number — they're accounted for in the token's own ledger, not at the chain level. The figure is reconstructed from the transaction list on this page rather than read from a header field.

Question 4

What is the block reward, and how is it paid out?

Accepted Answer

Every QRL block pays its miner a static block reward plus the sum of every transaction fee collected in the block. The static portion follows an exponential-decay emission curve (with a 60% reduction applied by the on-chain QIP-16 governance vote), so blocks mined in 2018 paid noticeably more than blocks mined today. Payment happens via the block's coinbase transaction, which Quantascan surfaces as the Miner address on this page.

Question 5

How does QRL difficulty work?

Accepted Answer

Difficulty is the target the miner had to beat under QRL's custom QRandomX Proof-of-Work algorithm: hash the block header repeatedly with different nonces until you find one producing a hash below the target. The protocol adjusts difficulty every block so the long-run average block time stays close to 60 seconds — higher difficulty means more hashing was needed, lower means less. The Mining Details panel on this page shows the target this specific block had to satisfy.

Question 6

What makes QRL quantum-resistant?

Accepted Answer

Every QRL transaction is signed with XMSS — the eXtended Merkle Signature Scheme — standardised by NIST in 2018 (SP 800-208). XMSS is a hash-based, one-time-signature scheme: it does not rely on the discrete-log problem that Shor's algorithm breaks on a quantum computer, so signatures remain unforgeable even against an attacker with quantum hardware. QRL 2.0 uses a different post-quantum scheme (ML-DSA-87, lattice-based) but the principle is the same: post-quantum security by default.

Question 7

Why is there no 'Burnt' fees or 'Withdrawals' card on this page?

Accepted Answer

Those are QRL 2.0 features that don't exist on the Proof-of-Work chain. Burnt fees come from EIP-1559, the base-fee market QRL 2.0 inherits from Ethereum — the PoW chain uses sender-set fees with no protocol burn. Withdrawals are EIP-4895 validator-reward payouts that only exist on a Proof-of-Stake chain — here, miners are paid in full via the coinbase transaction shown on this page. If you're looking for those cards, switch to a QRL 2.0 block.

Question 8

What's the difference between this block's height and its hash?

Accepted Answer

Height (the #N at the top) is the sequential block number — the block's position in the chain since genesis (height 0). Hash is the 32-byte cryptographic fingerprint of the block's full contents — change a single bit and the hash changes entirely. The More Details section below shows the full block hash and the parent hash that anchors this block to its predecessor.

Question 9

Will the contents of this block ever change?

Accepted Answer

No. Once a QRL block has accumulated enough confirmations its contents are effectively permanent — rewriting it would require redoing all the Proof-of-Work for every block on top, which is computationally infeasible. Combined with XMSS signatures (which remain unforgeable even against quantum attackers), the block's transactions and reward are anchored to the historical record forever.

Transaction ID	Method	From	To	Amount	Fee
0c5e8b…5dcb	Coinbase	Coinbase	Prancing Ferret4u356Q01060…d212	5.230262952 Quanta	0 shor
1282af…037b	Transfer	Prancing Ferret4u356Q01060…d212	Cheerful Starfishjx858Q01050…b366	1.001 Quanta	1,000,000 shor
479a55…0b84	Transfer	Prancing Ferret4u356Q01060…d212	Vaulting Bullfinch4a794Q01050…fee7	1.014 Quanta	1,000,000 shor
d4ed62…cb68	Transfer	Prancing Ferret4u356Q01060…d212	Mustard Masonqf689Q01050…e844	1.003 Quanta	1,000,000 shor
52db18…b763	Transfer	Prancing Ferret4u356Q01060…d212	Stubby Hoverflyqj859Q01050…cc82	1.009 Quanta	1,000,000 shor
458b85…0d8b	Transfer	Prancing Ferret4u356Q01060…d212	Mocha Conchmj966Q01030…bf48	2.902 Quanta	1,000,000 shor
4e80b1…0e83	Transfer	Prancing Ferret4u356Q01060…d212	Padding Peewitmi836Q01050…5b44	1.002 Quanta	1,000,000 shor
6159aa…6550	Transfer	Prancing Ferret4u356Q01060…d212	Rapid Skylark9h793Q01050…39b6	1.222 Quanta	1,000,000 shor
d7a771…6ea0	Transfer	Prancing Ferret4u356Q01060…d212	Garnet Ladybirdxc652Q00040…1eee	1.174 Quanta	1,000,000 shor
f34a47…24bc	Transfer	Prancing Ferret4u356Q01060…d212	Burgundy Brontosaurus8c989Q01050…1822	1.079 Quanta	1,000,000 shor

QRL Block #1,468,465

#1,468,465

Transactions in this block (18)

Miner

Block at a glance

FAQ about this block

#1,468,465

Transactions in this block (18)

Miner

Block at a glance