Freedom money

Spend freely.
Reveal nothing.

Send money in about a second, with the amount, the sender and the recipient hidden by default.

“You have to make the idea that cryptocurrency is private by design.”

— Edward Snowden
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ZKas
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Zcash
0blocks
Monero
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Price—
Market cap—
Hashrate—
ZKas / Kaspa—
Next reward cut—
Why settle for less freedom

All four at once. nowhere else.

Mandatory privacy, one-second settlement, merged proof-of-work security, and no trusted setup. Other coins pick one or two. ZKas is the only chain that ships all four.

ZKas vs
PropertyZKasMoneroZcashPublic PoW
PrivacyMandatoryMandatoryOptionalTransparent
Settlement target~1 second~2 minutes~75 secondsvaries
ConsensusGHOSTDAG BlockDAGSingle chainSingle chainSingle chain
Proof systemOrchard · Halo 2RingCTGroth16 / Halo 2—
Trusted setupNoneNoneLegacy pools had one—
Security sourceMerge-mined w/ KaspaRandomXEquihashStandalone
Public app-data512-byte, authenticatedNoneEncrypted memovaries

All four, in one chain

Monero can’t touch one-second settlement or carry authenticated app-data. Zcash leaves privacy optional. Public chains have none at all. ZKas is the only one that refuses to trade any of it away.

Freedom from surveillance

Privacy only works when nobody can opt out.

An opt-in privacy pool starts empty and marks everyone who uses it. A mandatory one starts full and marks nobody: the anonymity set includes every participant since the genesis block.

Reveal only what you choose, only to whom you choose.

Opt-in privacy
A small set, and the few who opt in are marked as having something to hide.
Mandatory · ZKas
Everyone, from genesis. Using it marks nobody: the set is the whole chain.
100%

of all ZKAS value is shielded right now. Amounts, sender and recipient hidden by construction.

0
ever de-shielded
—
shielded notes
01

Every output is an Orchard note

Each payment is an Orchard shielded transaction with a Halo 2 proof: no trusted setup and no transparent address to leak to.

02

Fungible by default

No lineage, so no taint. No coin can be blacklisted, frozen or discounted. Absolute fungibility in base consensus.

03

Supply anyone can audit

Amounts are hidden, the total isn’t. A public turnstile integer, checkable from any node, proves nothing was minted from thin air.

04

Selective disclosure

Share a viewing key with exactly one counterparty, such as an auditor or an exchange, and reveal only what you choose.

Freedom from insiders

No premine. Mined from block one.

No presale, no founder allocation, no airdrop. The block reward halves roughly every three months into a two-step perpetual tail, and the miner keeps the entire block subsidy, forever.

Block reward over time · ZKAS—
Launch reward60 ZKAS / block
Halving cadence~every 3 months
Perpetual tail6 → 0.6 ZKASfrom ~month 10, then month 24
Miner reward (ZKrise)100%full subsidy to the miner, forever
Security budgetforeverperpetual tail: miners paid, no fee cliff
Circulating today—
PROOF 01

Genesis coinbase is unspendable

Genesis pays its reward to a one-byte OP_FALSE script that no signature can ever satisfy. The ledger starts at an effective balance of zero, not an allocation. Readable straight from the coinbase, no viewing key.

PROOF 02

Anchored to Bitcoin

The genesis coinbase embeds the hash of Bitcoin block 959,713, which was unknowable before that block was mined. It proves genesis was cut after that moment, ruling out a privately pre-mined, backdated chain.

zkas-mainnet btc#959713
No ICO · no IEO · no presaleFull fair-launch proof ↗
Freedom from waiting

A BlockDAG, not a single chain.

GHOSTDAG orders parallel blocks instead of discarding them, so shielded payments settle in about a second with no congestion market, and they stay settled.

Measured block time—
Blocks ordered per second—
Deepest reorg (24h)—then it never moves again
Fee marketnonefeerate 1.0, never priced out
Proving, on consumer hardware~0.8 core·s / noteno datacenter required
Live chain pulse · 15 min—
Reorg depth · 24h—
Freedom to participate

Merge-mined with Kaspa.

ZKas shares Kaspa’s kHeavyHash proof-of-work byte-for-byte: same algorithm, same ASICs, same stratum. One grind secures both chains, so ZKas inherits real hashrate at zero marginal energy, and mining is the fairest way in.

Reachable nodes by country—
Hashrate distribution · 1h—
Start mining— / block
1Use any kHeavyHash miner. The same ASICs and stratum software you already run on Kaspa work unchanged.
2Point it at a ZKas pool, or merge-mine beside Kaspa so one share of work earns on both chains.
3You keep 100% of the block reward: the full subsidy goes to the miner, forever.
Mining pools ↗  Mining docs ↗

One grind, two chains

A single kHeavyHash solution can be valid on both Kaspa and ZKas at once. Miners point existing hardware at both, so ZKas inherits Kaspa-grade security at no extra energy, and no new ASIC exists to centralise it.