Hacash ranks #280 of 504 cryptocurrencies. On a list that also counts tokens, memecoins, wrapped coins, staked derivatives and stablecoins it appears at #1816: 1536 of the 1815 assets ahead of it are not native coins but tokens or claims. A token is issued on a host blockchain rather than running its own; a claim stands for an asset already counted. Of the 2866 non-native assets CoinSpectrum lists above it by market cap, about 81% are tokens, 16% are claims on other assets and 3% are memecoins.
| CoinSpectrum Grade | pending — launch under review |
|---|---|
| Rank among cryptocurrencies | #280 |
| Rank counting claims | #1816 |
| Market capitalisation | $268,643 |
| Price | $0.1402 |
| Circulating supply | 1,915,566 HAC |
| Maximum supply | 0 HAC |
| Consensus family | Proof of Work |
| Consensus mechanism | SHA3-256 |
| Own hashrate | — |
| Ledger type | Single-asset ledger |
| Launch distribution | No premine |
Market figures from the 28 October 2026 build. Open the live view for every exchange's price, and charts.
Grade pending. What Hacash pays its miners is not yet measured. A grade is not given until it is, so that a coin is never rated higher for what is not yet known.
| Criterion | Score | Basis |
|---|---|---|
| Leading Consensus Mechanisms (Source) | 10 | group average |
| Consensus: leader ladder | 10 | Proof of work: 10 of 10 on the ladder of consensus families ranked by their largest chain's market cap |
| Consensus: family ladder | 10 | Proof of work: 10 of 10 on the ladder of families ranked by the combined market cap of their chains |
| Cryptocurrency Standards (Source) | 7.3 | group average, 11 of 13 measured |
| Sound Money Qualities (6 checks) | 4 | 2.4 of 6 points source |
| Scarcity: a fixed cap that holds, and a supply near 21 million | 4 | no fixed maximum; 1.92 million in circulation: supply scale 7.9, cap 0 |
| Durability: five years or more with no halt, freeze or reversal | ✗ | 2 full years since its first recorded price, no halt, freeze or reversal in five years |
| Fungibility: every unit interchangeable, none the protocol can freeze or set apart | ✓ | no authority can freeze, blacklist or set apart a coin |
| Divisibility: the smallest unit worth a cent or less | ✓ | 248 decimal places, the smallest unit worth $1.4e-249 |
| Portability: fees of a cent or less and capacity for real demand | ✗ | typical fee $0.000012; about 3 transactions a second (0 on the throughput scale; 5 is the busiest networks' median demand) |
| Verifiability: open-source nodes and checking without a trusted server | ✗ | node software not open source |
| Privacy (5 checks) | 2 | 1 of 5 passed source |
| Whitepaper privacy: keys are not tied to an identity | ✓ | Addresses are hashes of keys users generate themselves; the node checks scripts and signatures, with no identity condition in its consensus rules. |
| UTXO ledger: a new key for each payment, no account linking every coin | ✗ | |
| Network-level privacy: the node hides where a transaction came from (Dandelion++, Tor or I2P, on by default) | ✗ | The Hacash Rust fullnode relays transactions with no origin hiding. |
| Hidden amounts (confidential transactions, RingCT, shielded pools, Mimblewimble) | ✗ | Transparent transactions: amounts are public on chain. |
| Hidden sender and receiver (ring signatures or zero-knowledge proofs, one-time or stealth addresses) | ✗ | Transparent addresses: sender and receiver are public on chain. |
| Scalability (fees, throughput, block time, block space, features) | 4.8 | average of 5 parts source |
| Fees ($0.001 or less 10, $1 or more 0) | 10 | typical fee $0.000012 |
| Throughput (2,478 a second, the busiest network's peak day, 10; 119, the median of the ten busiest, 5) | 0 | about 3.3 simple transactions a second |
| Block time (10 minutes 10, less either side) | 8.9 | a block every 5 minutes |
| Block space per 10 minutes (32 MB or more 10) | 5.3 | 1.05 MB limit, 2.1 MB per 10 minutes |
| Features (3 checks) | 0 | 0 of 2 passed, 1 not yet researched |
| Payments safe to accept within seconds | ✗ | 5-minute proof-of-work blocks with no instant locks; off-chain payment channels exist but are layer 2. |
| Pruned nodes: a full node can validate and drop old history | – | No pruning option documented for the Hacash fullnode 1.x; not established. |
| Light clients verify payments from headers or proofs, without a trusted server | ✗ | No SPV or light-client protocol in the Hacash fullnode; wallets use a node API. |
| Security (miner pay and 7 checks) | 1.5 | 1 of 6 points, 3 not yet measured source |
| Miners paid a day ($1,000 0, $10 million or more 10), 2 points | – | |
| Its own hashrate: at least half its algorithm's largest, not merge-mined | – | |
| Largest pool or validator under 50% | ✗ | 66.2% |
| Largest three under 75% | ✗ | 87.5% |
| More than one maintained client | ✗ | 1 |
| Node software is open source | ✗ | An anonymous core team in the hacash GitHub organisation, not a company or foundation. The Go node and core libraries are MIT-licensed, but the current reference client, hacash/fullnode (Rust), has no licence file. |
| Real on-chain use: 1,000+ transactions a day | ✗ | about 334 a day |
| No 51% attack or deep reorganisation in five years | ✓ | |
| Programmability (tokens, contracts, 5 checks) | 7.8 | 7 of 9 points source |
| Token issuance at protocol level, validated by its own nodes | 2 | The Hacash Virtual Machine (Fitsh contracts) and on-chain standard assets went live on mainnet with the 2026 fullnode releases, and a third-party DeFi project has deployed a contract and an asset (serial 2000) there; who may create assets and at what fee is not documented. |
| Smart contracts: a general-purpose contract system | 2 | Hacash contract VM (HVM) with the Fitsh language and P2SH contract addresses, live with the 2026 fullnode releases (v1.1.1 to v1.2.5), where a third-party DeFi contract is deployed. |
| Multisig and time locks | ✓ | Multi-signature and time conditions are expressible in HVM contracts and P2SH addresses; no dedicated native type was confirmed. |
| Atomic swaps with other chains | ✓ | Hash-time-locked contracts are expressible in HVM, which reads transaction data and has hash and signature-recovery natives. |
| An exchange built into the protocol | ✗ | No order book or AMM in the mint rules. |
| Cross-chain messaging the chain verifies itself | ✗ | No protocol-level cross-chain messaging. |
| Non-fungible tokens | ✓ | HACD block diamonds are unique, individually named items in the consensus rules (mint crate diamond rules), transferable on the ledger. |
| Decentralisation | 10 | section average, 6 of 8 measured |
| Censorship resistant (Source) | 10 | No authority can halt the chain or freeze funds: No protocol freeze or blacklist key found. source |
| No central team (Source) | 10 | No central team: An anonymous core team in the hacash GitHub organisation, not a company or foundation. The Go node and core libraries are MIT-licensed, but the current reference client, hacash/fullnode (Rust), has no licence file. source |
| Who can mint (Source) | 10 | Proof of work: 10 of 10 on the ladder of who produces blocks |
| Nodes (Source) | — | Not yet counted |
| Holder concentration (Source) | — | Not yet measured |
| Premine (allocated at launch) | 10 | 0% of today's supply allocated at launch to founders, a company, a foundation or investors. Genesis (2019-02-04) pays a normal 1 HAC reward. The schedule (BLOCK_REWARD_SCHEDULE: 1, 1, 2, 3, 5, 8... HAC per 100,000-block step) runs from block one; no allocation, ICO or presale found. source |
| Fundraising | 10 | No sale of the coin source |
| Developer share (after launch) | 10 | No developer share: every new coin goes to the miners or validators who produce blocks. The coinbase pays the full block reward to the miner address; no developer or foundation output in hacash/fullnode. source |
| Supply & Demand | 5.9 | group average |
| Supply & Demand (Source) | 3.8 | average of 5 measures |
| Exchanges (10 or more: 10) | 1 | 1 exchange |
| Daily volume ($10K 0, $1B or more 10) | 0 | $4,018 traded in 24 hours; #2953 by volume on the exchanges the site reads |
| Turnover (volume ÷ market cap, 5% a day: 10) | 8.1 | 2.2% of its market cap a day, median of the last 2 days |
| Order-book depth (bids and asks within 2% ÷ market cap, 1%: 10) | – | no order book on the nine exchanges read |
| Market cap ($1M 0, $10B or more 10) | 0 | $269K, 0 on a scale of 2.5 points per tenfold |
| Paper trading (futures, options and margin ÷ market cap, 0%: 10, 100%: 0) | 10 | no futures, options or margin on the exchanges read |
| Supply (smaller is better) | 7.9 | no fixed maximum; 1.92 million in circulation |
| Record | 7 | group average |
| Record (origin, claims, halts) | 10 | 3 positive, 0 negative source |
| Positive record | ||
| Launched with a stated purpose, not as a joke | ✓ | |
| No claims by its founders that contradict its own design | ✓ | |
| No halt, freeze or reversal in five years | ✓ | |
| Age (years since genesis) (Source) | 2 | 2 full years since 2023-11-29, the first day with a recorded price (genesis not yet researched, so the age can only be understated). |
| Development (work, improvements, unfixed issues) | 9 | 4 positive, 0 negative source |
| Positive | ||
| Steady work, 6 of 6 | ✓ | 132 commits in 8 of the last 12 months (github.com/hacash/fullnode); hacash/fullnode (Rust) v1.2.4 (2026-10-04) and v1.2.5 (2026-10-09), with commits to 2026-10-25; the Go node's last release was v0.1.22 (2024-11-09). |
| Shipped a security fix in two years, +1 | ✓ | Hacash fullnode 1.0.4 (Apr 2026): LWMA-to-ASERT difficulty switch at block 738,654 to stop periodic oscillation; 1.2.1 (Sep 2026) froze contract inheritance after deployment. |
| Shipped a scaling upgrade in two years, +1 | ✓ | Hacash fullnode 1.1.1 (Sep 2026): off-peak fee discount (fee reduction per 1,000 blocks, floored at 0.1% of the base fee). |
| Shipped a new capability for users in two years, +1 | ✓ | Istanbul upgrade (1.0.9, Jul 2026; asset_alive_height 765,432) and 1.1.1-1.2.4 (Sep-Oct 2026): native assets and HVM smart contracts in the Fitsh language. |
Twenty criteria, weighted equally. The Cryptocurrency Standards have six sections: sound money qualities (six checks: scarcity, durability, fungibility, divisibility, portability, verifiability), privacy (five checks), scalability (four measures and three features), security (miner pay and seven checks), programmability (token issuance, smart contracts and five checks) and decentralisation (censorship resistance, no central team, who can mint, nodes, holders, premine, fundraising and developer share). Provisional: criteria marked — are not yet measured and are left out of the average. A rating of structure and market depth, not a price forecast or investment advice. How the grade is built · Highest-graded cryptocurrencies.
1,915,566 of a maximum 0 HAC are in circulation — effectively all of them.
| Premine (allocated at launch) | 0% of today's supply |
|---|---|
| Sold by the issuer or insiders | 0% of today's supply |
| Developer share received since launch | 0% of today's supply |
| Developer share of new coins today | 0% |
| Fundraising | No sale and no investor round |
Genesis (2019-02-04) pays a normal 1 HAC reward. The schedule (BLOCK_REWARD_SCHEDULE: 1, 1, 2, 3, 5, 8... HAC per 100,000-block step) runs from block one; no allocation, ICO or presale found.
No sale documented.
The coinbase pays the full block reward to the miner address; no developer or foundation output in hacash/fullnode.
The block reward runs 1, 1, 2, 3, 5, then 8 HAC (x10 steps), then 5, 3, 2 and 1 HAC per 100,000 blocks, then 1 HAC forever (no hard cap; ~22M by block 6.6M). HACD 'diamonds' are a separate mined asset bought with burned HAC. One pool, 'world pool', found two thirds of blocks in the last 30 days.
Sources: github.com · github.com · github.com · explorer.hacash.org · explorer.hacash.org. Researched 2026-10-26, medium confidence.
No source we can reach publishes a hashrate for Hacash.
No SEC/CFTC determination — unclassified.
The regulator's position, reported as stated, not CoinSpectrum's. Assets nobody has ruled on are left unclassified rather than sorted by a guess.
Hacash is #280 among cryptocurrencies and #1816 in the market ranking, which lists wrapped coins, staked derivatives, stablecoins and tokens alongside them. CoinSpectrum counts an asset once, and counts only cryptocurrencies: assets with their own blockchain and their own consensus. A wrapped coin, a staked derivative or a stablecoin is a claim on something already counted; a token, memecoin or otherwise, runs on another chain's blocks. All of them are listed, each in its own section, and none is added to the total. The 1536 places between Hacash's two ranks are held by claims and tokens, not by other networks. The methodology sets out the rule and the counting rule argues for it.
The price above is the median of the exchanges the site reads live, checked every minute and cross-checked against a market snapshot (how market data is gathered). The grade is scored on published criteria, each with its source (the method). The site is independent, nothing on it is a paid placement, and its statements are signed (about CoinSpectrum, the manifesto).