Meet the coins, understand the networks, and discover the ideas behind an open financial world. Start with curiosity.
Five starting points. Explore what each asset does, how its network works, and what makes it different.
Peer-to-peer money
The original peer-to-peer cryptocurrency. Bitcoin combines a public ledger with a predictable issuance schedule.
Miners propose blocks, while full nodes independently check the rules. The 21 million limit is a protocol rule; transactions and balances are public, even though addresses are not names.
Programmable applications
A network for smart contracts and applications. Its native asset, ether, pays transaction fees and helps secure the network.
A smart contract is code executed by the network. Validators stake ETH to help agree on its state. An application’s code and permissions matter as much as the asset used to pay its fees.
Applications & payments
A programmable blockchain for applications and token transfers. SOL is used for network fees and staking.
Validators help secure the network through proof of stake. Tokens on Solana can have their own issuers and rules, while the network transaction fee is paid in SOL.
Private digital payments
A cryptocurrency designed around transaction privacy. Privacy protections are part of ordinary transfers by default.
Monero uses cryptography to conceal transaction amounts and protect sender and recipient information on its ledger. On-chain privacy does not remove every risk from a device or a network connection.
Dollar-linked transfers
A stablecoin issued by Circle, designed to track the US dollar. It is available on multiple supported blockchains.
Circle reports reserves backing USDC. Its issuer, redemption conditions, and the chosen blockchain all matter. A dollar target does not guarantee the price quoted by every market.
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Project facts reviewed 28 September 2026. Profiles are educational; prices are not displayed.
A network’s native coin and a token issued on that network play different roles.
| Asset | ASSET TYPE | NETWORK SECURITY | One defining idea |
|---|---|---|---|
| Bitcoin BTC | Native coin | Proof of work | 21M BTC |
| Ethereum ETH | Native coin | Proof of stake | Smart contracts |
| Solana SOL | Native coin | Proof of stake | SOL |
| Monero XMR | Native coin | Proof of work | Privacy by default |
| USD Coin USDC | Issued token | Host network | US dollar |
BTC and ETH are native assets of their own networks. USDC is an issued token that exists on several supported networks. The network matters when you send an asset.
Read the explanation ↗Proof of work uses mining; proof of stake uses validators with value at stake. Both help participants agree on the ledger, using different security models.
Read the explanation ↗A wallet lets you manage accounts and authorize transactions with keys. Your assets are recorded on the network. Protect the keys that control them.
Read the explanation ↗Explore a hash, decode some text, or inspect the public ECH record for this site.
Inspect the current ECH configuration published for devcoins.world, with a copy button and DNS freshness information.
USDC targets the US dollar, with reserves managed by its issuer. Market prices can move away from $1. Redemption is subject to eligibility and terms, so holding a stablecoin is different from holding cash in a bank account.
Read the explanation ↗An address is not a name, but public transaction records can still be connected to people and services. Privacy features vary by network; wallet use and information shared outside the blockchain also matter.
Read the explanation ↗These profiles explain technology and common uses. They do not rank investments or predict returns. Learn about the asset, its risks, and the network before making a decision.
Understand the web underneath your wallet: encryption, privacy, and practical tools.