Open financial
infrastructure
for humans
and machines.
A public Layer-1 secured by Leased Proof of Stake. No account to read it, no permission to build on it, and nobody in the middle when value moves.
DecentralCoinpublic saleThe native coin goes on sale
Opens 26 September 2026 · 12:00 UTC · from $0.050
- DCC is the native coin of DecentralChain, not a token issued on another chain.
- Six tiers at published prices. Each costs more than the last, so the earliest buyers pay least.
- Bid with a Solana wallet. Coins are delivered natively on DecentralChain.
DecentralChain ecosystem apps
- DecentralAmerica
- Decentral.Exchange
- DecentralProp
- DecentralScan
- Cubensis Connect
Open
Every block is public.
So is every validator.
Nobody gave you permission to read this. You never had to ask. The panel below is a live read your browser took straight from a public node — no API key, no account, and no server of ours in between.
Chain height
Reading the public node…
Generator
Transactions
Block size
Base target
One node, and anyone can ask it
Every node serves the same REST surface, and it answers without a key or an account. Point your own at the network and it replies the same way.
Leasing moves no coins
A lease points block-production weight at a generator. It transfers no balance and hands over no keys, and the account that made it can undo it.
Blocks about every 60 seconds
Leased Proof of Stake decides who writes the next block. Sixty seconds is the long-run average, and individual intervals vary around it.
Settled within 100 blocks
T0 DeterministicFinality is the authoritative tier, and the chain carries a configured max-rollback-depth of 100 blocks. That is the ceiling on how far the tip can be reorganised, so a confirmation policy has a figure to sit on.
By design
Guarantees,
not best practices
Four things the protocol enforces, so nobody has to remember to. All four are live on mainnet: deployment-time pricing, sponsored fees, asset-level rules and voted upgrades.
No gas
Every cost, known before you sign
RIDE has no unbounded loops, so the node prices a script at deployment. Nothing to estimate, nothing to top up, and no transaction that dies halfway through moving your balances.
Sponsored fees
Onboard someone who holds nothing
The issuer pays the network fee. Someone can hold your token, send it and receive it without opening an exchange or learning the native coin exists.
Smart assets
Rules that travel with the token
Put a script on the asset itself and it vets every transfer, in any wallet, through any app. Whitelists and freezes nobody can route around.
Feature activation
Upgrade the network without stopping it
New rules ship inert and switch on at a height producers vote for. No coordinated restart, no downtime, and a node that cannot validate them halts instead of forking.
For humans
Where people
actually use it
An order book, an AMM on two mainnet contracts, a wallet, and an explorer. That is a financial stack, and every part of it settles on the same public chain you can read yourself.
Native coin
DecentralCoin
The native coin. All 100,000,000 minted at genesis in July 2021, none issued since.
Flagship
DecentralProp
Prop-firm funding. Its core loop ran on mainnet here in two RIDE contracts.
Exchange
Decentral.Exchange
Order-book trading, settled on chain.
Swap
DecentralSwap
A constant-product AMM on two RIDE contracts, both on mainnet.
Explorer
DecentralScan
Blocks, transactions, addresses and assets, in real time.
Wallet
Cubensis Connect
Chrome and Firefox, with Ledger hardware support.
For machines
Nothing here
requires a human
A program needs no credential to use this chain. The REST surface a person's wallet talks to is the same one a script calls, and the SDKs hand back transactions that nobody has signed yet.
A program composes. A key holder approves.
The AMM SDK reads over fetch and returns unsigned InvokeScriptTx objects. It holds no keys and signs nothing, so software can build a transaction it has no authority to send.
The compiler is a library
ride-lang and ride-repl are published to npm, compiled from Scala with Scala.js. A program can compile and evaluate RIDE in process — no toolchain, no server.
Nothing to sign up for
A read is a plain GET, and the node reflects the request Origin — so a script on any host can call it directly.
Contracts that call contracts
RIDE supports dApp-to-dApp invocation, so one contract can call another and act on what it returns. Two programs can settle with each other with no interface in between.
invokes
returns a result
An MCP server with nothing to authenticate
Connect any MCP client and a model reads mainnet live and compiles RIDE in process. There is no API key to configure, because the node has no concept of one — so there is nothing to store and nothing to leak. It can learn everything about the chain and still cannot move a single DCC: no tool holds a seed, signs, or broadcasts, and none ever will.
{
"mcpServers": {
"decentralchain": {
"command": "npx",
"args": ["-y", "@decentralchain/mcp-node"]
}
}
}Built, and its smoke test passes against mainnet. Not published to npm yet, so the command above does not resolve today.
Build on DecentralChain
Smart contracts in RIDE,
and an SDK in your language
Over twenty TypeScript packages, five dependency tiers, plus JVM libraries on Maven Central and a RIDE toolchain published to npm.
Read the chain in two lines
No key, no account, no SDK required to start. The node answers a plain GET.
// the same call the panel above makesconst res = await fetch('https://mainnet-node.decentralchain.io/blocks/height');const { height } = await res.json();
RIDE runs in a browser
The RIDE compiler and REPL are published to npm, compiled from Scala with Scala.js — so they execute client-side with no server.
The packages, by tier
Foundation at tier 0 through providers at tier 4. Every name below is published under the @decentralchain scope.
Move value across chains
A Solana gateway that
holds none of your keys
Contracts and validators are live on mainnet. A deposit is a transaction you sign in Phantom or Solflare. A withdrawal is a burnToken call you sign on DecentralChain. The frontend signs nothing, holds no keys, and runs no relayer.
Assets registered
10 of 13 can be moved today
- ETH8 dp
- JitoSOL9 → 8 dp
- JUP6 dp
- PENGU6 dp
- PYTH6 dp
- RAY6 dp
- RNDR8 dp
- SOL9 → 8 dp
- USDC6 dp
- USDT6 dp
- BTC8 dp
- BONK5 dp
- cbBTC8 dp
Where the decimal places differ between the two chains, the arrow shows it. SOL and JitoSOL carry nine on Solana and eight here, so an amount copied across without converting is wrong by a factor of ten. The greyed three are registered but their limits make a real transfer impossible, so the bridge filters them out.
Hold it yourself.
Cubensis Connect is the browser wallet for DecentralChain. Your keys are encrypted inside the extension and never leave it. Nothing here holds your coins on your behalf, which is the point of the chain underneath.
Keep your own keys
The wallet for DecentralChain
- Seed phrases and private keys are encrypted inside the extension. No dApp can read them.
- Ledger hardware support, multiple wallets, and one-click signing.
- Chrome MV3 and Firefox MV2. Source available, not open source.
Six tiers. The price only goes up.
Bidding opens 26 September 2026, 12:00 UTC, at $0.050 per DCC. Each tier that sells out opens a higher one. There is no allowlist and nothing to deposit in advance.