Cypherium ranks #231 of 484 cryptocurrencies. On a list that also counts tokens, memecoins, wrapped coins, staked derivatives and stablecoins it appears at #1804: 1573 of the 1803 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 2083 non-native assets CoinSpectrum lists above it by market cap, about 61% are tokens, 33% are claims on other assets, 5% are memecoins and 1% are NFT collections.
| CoinSpectrum Grade | pending — launch under review |
|---|---|
| Rank among cryptocurrencies | #231 |
| Rank counting claims | #1804 |
| Market capitalisation | $1M |
| Price | $0.00320 |
| Circulating supply | 382,951,230 CPH |
| Maximum supply | 8,428,000,000 CPH |
| Consensus family | Hybrid |
| Consensus mechanism | HotStuff BFT + PoW (dual-chain) |
| Own hashrate | — |
| Network purpose | Smart-contract platform |
| Ledger type | Multi-asset ledger |
Market figures from the 10 November 2026 build. Open the live view for every exchange's price, and charts.
Grade pending. What Cypherium 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.
| Section and criteria | Score | Basis |
|---|---|---|
| Consensus | 4.5 | average of 2 criteria |
| By leader (its largest chain's market cap) (Source) | 4.5 | Hybrid: 4.5 of 10 on the ladder of consensus families ranked by their largest chain's market cap |
| By family (all its chains' market cap) (Source) | 4.5 | Hybrid: 4.5 of 10 on the ladder of families ranked by the combined market cap of their chains |
| Supply | 7.7 | the supply scale times 0.9, and a point for a fixed cap that holds |
| Supply (21 million scores 10) | 7.4 | fixed maximum supply of 8.43 billion |
| Distribution | — | too few measures yet |
| Holder concentration (Source) | – | Not yet measured |
| Active addresses | – | Not yet measured |
| Premine (allocated at launch) | 0 | 99.9% of today's supply allocated at launch to founders, a company, a foundation or investors. Mainnet genesis.json (chainId 16166) allocates 6,828,000,000 CPH to six addresses (2.5B, 1.848B, 1.008B, 0.672B, 0.6B, 0.2B); CoinMarketCap and MEXC list total supply at about 6.82-6.83B, so the genesis allocation is essentially all of current supply. The remaining ~1.6B of the 8.428B maximum is reserved for PoW key-block mining. source |
| Fundraising (share sold) (Source) | – | Sold by its issuer or insiders: share sold not yet researched. A 2018 TokenSoft crowdsale allocated 300M CPH (4.4% of the genesis supply), 20% released at mainnet and the rest over six months; private-round sizes and how much of the 300M sold were not found. Public crowdsale via TokenSoft (2018, KYC) with 300M CPH allocated; amount raised and any private/strategic rounds undisclosed in sources found. source |
| Developer share (after launch) | – | Not yet researched |
| Decentralisation | 4 | average of 2 parts |
| Governance (Source) | – | Not yet researched |
| No central team (Source) | 0 | A central team directs it: Cypherium Blockchain Inc. maintains the go-ethereum-derived node in github.com/cypherium/cypher; there is no top-level licence file, but its source files carry go-ethereum's LGPL-3.0 headers. source |
| Who can mint (Source) | 8 | Open, with a stake vote: anyone can mine, and stakeholders vote on the blocks |
| Nodes (Source) | – | Not yet counted |
| Security | 3.3 | 2.3 of 7 points, 1 not yet measured source |
| Pool diversity (Largest pool 50% 0 to 20% 10, largest three 90% 0 to 50% 10; 2 points) | 0 | largest 100%, largest three 100% |
| Network activity (Transactions a day, 250 0, 500,000 or more 10; 2 points) | 0 | about 77 transactions a day |
| Hashrate (Own work 5, its power 1 kW 0 to 10 GW 5; 1 point) | – | |
| Clients (Separate code and teams 10, separate code or teams 9, a fork by the same team or a stale second 8; one client: a new version within 12 months 7, 24 months 6, none in 24 months 5, none in 48 months 3; a second in development +0.5, a second seen running +1, 8 at most with one client; chain ended 0; 1 point) | 3 | one client, no new version in 48 months (latest Jan 2021) |
| Open source (Node software) | ✓ | |
| No 51% attack (Nor a deep reorganisation, five years) | ✓ | |
| Scalability | — | too few measures yet source |
| Fees ($0.001 or less 10, $1 or more 0) | – | not yet measured |
| Throughput (2,478 a second, the busiest network's peak day, 10; 121, the median of the ten busiest, 5) | – | not yet measured |
| Block time (10 minutes 10, less either side) | 0 | a block every 1 second |
| Block space per 10 minutes (24 MB or more 10: the ten busiest networks' median demand, 16.4 MB, and half again for growth) | – | not yet measured |
| Features (3 checks) | 5 | 1 of 2 passed, 1 not yet researched |
| Fast payments (Safe to accept within seconds · Whitepaper abstract, §1, §2 and §11) | ✓ | HotStuff BFT committee commits transaction blocks with deterministic finality in seconds; this is by design, not measured, since the chain carries well under 100 transactions a day. |
| Pruned nodes (Old history dropped, every rule checked · Whitepaper §7) | ✗ | Geth 1.9.20 base keeps every block. |
| Light clients (Payments verified from headers · Whitepaper §8) | – | Geth 1.9.20 fork; no evidence of a light-client service. |
| Privacy | 3.5 | 3.5 of 10: whitepaper privacy 3.5 of 7, extra features 0 of 3, 1 not yet researched source |
| Protocol level privacy (Keys not tied to an identity · Whitepaper §10) | 10 | Accounts are derived from user-generated keys and the EVM checks only signatures and balances; no identity check is part of the chain's rules. |
| UTXO ledger (Separate outputs, change to a new address · Whitepaper §2, §9) | 0 | An account ledger: one running balance for each address, so the remainder stays at the sending address and its payments share one public history. |
| HD addresses (A new address for each payment, unlinked · Whitepaper §10) | – | |
| Hidden amounts (Amounts confidential) | 0 | Account-based EVM chain with public balances and transfer amounts. |
| Hidden parties (Sender and receiver hidden) | 0 | Sender and receiver addresses are public; no ring signatures, ZK sender proofs or stealth addresses in the protocol. |
| Network privacy (Origin hidden by default) | 0 | Devp2p relays transactions directly from the sending node; no Dandelion-style relay or built-in Tor. |
| Programmability | 7.8 | 7 of 9 points source |
| Token issuance (At protocol level) | 2 | Solidity contracts on its go-ethereum-derived EVM (chain ID 16166), with no deploy allow list found; on-chain activity is now very low. |
| Smart contracts (General-purpose) | 2 | go-ethereum-derived EVM (cypherium-v2.0.0, chain ID 16166) with no deploy allow list found; the chain still produces blocks but activity is very low. |
| Multisig and time locks (Without a third party) | ✓ | EVM contracts can enforce m-of-n signatures and block-time locks. |
| Atomic swaps (With other chains) | ✓ | Hash-locked, time-locked contracts can be written for its EVM. |
| Native DEX (Trades the coin itself, not a claim) | ✗ | No DEX found trading the coin itself: none on its own chain (DefiLlama), and not on THORChain, Maya, Chainflip, Komodo DeFi, BasicSwap, Bisq or Haveno (checked 2026-11-04). |
| Cross-chain messaging (Verified by the chain itself) | ✗ | No protocol-level cross-chain messaging found. |
| NFTs (Carried by the chain's rules) | ✓ | ERC-721 contracts on its EVM. |
| Demand | 4.4 | average of 7 measures |
| Exchanges (10 or more: 10) | 1 | 1 exchange |
| Daily volume ($10K 0, $1B or more 10) | 1.5 | $59,462 traded in 24 hours; #1871 by volume on the exchanges the site reads (scored on the median day of the last 30, $55,977) |
| Turnover (volume ÷ market cap, 5% a day: 10) | 9.8 | 4.6% of its market cap a day, median of the last 30 days |
| Order-book depth (±2% of the price ÷ market cap, 1%: 10) | 7 | $1,522 within 2% of the price on 1 exchange, 0.12% of its market cap, median of the last 15 days |
| Market cap ($1M 0, $10B or more 10) | 0.2 | $1.2M, 0.2 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 |
| Wallet support (wallets that hold it, 10 or more: 10) | 1 | its own node and wallet, counted as 1: no wallet in the site's directory lists it yet |
| Record | 4.7 | average of 3 criteria |
| Age (years since genesis) (Source) | 4 | 4 full years since 2021-11-12, the first day with a recorded price (genesis not yet researched, so the age can only be understated). |
| Development (work, fixes, vulnerabilities) | 0 | 1 positive, 3 negative, 4 not yet researched source |
| Positive | ||
| Steady work, 0.5 of 6 | ✓ | 2 commits in 1 of the last 12 months (github.com/cypherium/cypher); No GitHub release in 24 months: the last release is cypherBFT 'V1' (2021-01-12) and the last tag in cypherium/cypher is 'ecdsa_bls' (2024-03-05); code commits stopped 2025-03-18, with only chain-data snapshot updates in cypher-bin to 2025-09-30. |
| Negative | ||
| Unfixed vulnerability, disclosed 2023-09-06, −1 | ✗ | go-ethereum GHSA-ppjg-v974-84cm (CVE-2023-40591, High) lets a flood of p2p pings spawn unbounded goroutines until the node runs out of memory; cypher v1.0.0 (geth 1.9.20 base; the RPC reports cypherium-v2.0.0 on Geth v1.9.20) still answers pings in a new goroutine (fixed in 1.12.1). github.com raw.githubusercontent.com |
| Unfixed vulnerability, disclosed 2026-01-13, −1 | ✗ | go-ethereum GHSA-mr7q-c9w9-wh4h (CVE-2026-22862, High) lets a crafted p2p message crash the node with a too-short ECIES ciphertext; cypher v1.0.0 (geth 1.9.20 base; the RPC reports cypherium-v2.0.0 on Geth v1.9.20) lacks the 1.16.8 length check. github.com raw.githubusercontent.com |
| Unfixed vulnerability, disclosed 2026-02-17, −1 | ✗ | go-ethereum GHSA-2gjw-fg97-vg3r (CVE-2026-26314, High) lets a crafted p2p message crash the node through unchecked secp256k1 point coordinates; cypher v1.0.0 (geth 1.9.20 base; the RPC reports cypherium-v2.0.0 on Geth v1.9.20) lacks the 1.16.9 coordinate check. github.com raw.githubusercontent.com raw.githubusercontent.com |
| Not yet researched | ||
| Shipped a security fix in two years | – | |
| Shipped a privacy improvement in two years | – | |
| Shipped a scaling upgrade in two years | – | |
| Shipped a new capability for users in two years | – | |
| Conduct (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 | ✓ | |
Ten sections, weighted equally, each 0 to 10: consensus (the two ladders), supply (the supply scale and a fixed cap that holds), distribution (premine, fundraising, developer share, holders), decentralisation (governance, no central team, who can mint, nodes), security, scalability, privacy, programmability (what the scripting layer can do beyond the whitepaper's payment system), demand, and record (age, development, conduct). They are built from the criteria in the second table: privacy, scalability, security and decentralisation are the Cryptocurrency Standards among them, as follows: privacy (the whitepaper's three checks a base of 7 of 10, three extra features up to 3 more), scalability (four measures and three features), security (pool diversity, network activity, hashrate, clients and two checks) and decentralisation (governance, no central team, who can mint, nodes, holders, premine, fundraising and developer share); programmability (token issuance, smart contracts and five checks) follows them, and supply and demand are two: the supply, scored against 21 million, and demand, the average of seven measures of the market and the wallets. Provisional: parts 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.
382,951,230 of a maximum 8,428,000,000 CPH are in circulation — 4.5% of the total that will ever exist.
| Premine (allocated at launch) | 99.9% of today's supply |
|---|---|
| Fundraising | Public sale |
Mainnet genesis.json (chainId 16166) allocates 6,828,000,000 CPH to six addresses (2.5B, 1.848B, 1.008B, 0.672B, 0.6B, 0.2B); CoinMarketCap and MEXC list total supply at about 6.82-6.83B, so the genesis allocation is essentially all of current supply. The remaining ~1.6B of the 8.428B maximum is reserved for PoW key-block mining.
Public crowdsale via TokenSoft (2018, KYC) with 300M CPH allocated; amount raised and any private/strategic rounds undisclosed in sources found.
A 2018 TokenSoft crowdsale allocated 300M CPH (4.4% of the genesis supply), 20% released at mainnet and the rest over six months; private-round sizes and how much of the 300M sold were not found.
No published rule for how PoW key-block rewards are split; the node source does not document a developer or foundation share and the explorer does not expose key blocks.
The genesis file shows a near-total premine: 6.828B CPH in six addresses against ~6.83B total supply. Transaction blocks are all led by a single address, and activity is minimal. Tokenomics posts on Medium could not be read (Cloudflare), so the purpose of each genesis address is unknown.
Sources: raw.githubusercontent.com · github.com · pubnodes.cypherium.io · cypherium.tryethernal.com · bitcoinist.com. Researched 2026-10-26, low confidence.
No source we can reach publishes a hashrate for Cypherium.
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.
Cypherium is #231 among cryptocurrencies and #1804 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 1573 places between Cypherium'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).