01
balances that are backed
A balance is only ever written in the transaction that carries the ETH behind it. The contract tracks what it owes, and the one function that moves money out cannot reach into it.
On-chain balances · Chain 4663
deploy a node.
the balance sits
in the contract.
Every wei credited to a node is a wei parked in the contract. Read the balance on the explorer, send it to whatever address you name, and nothing in that path waits on a signature from us.
While the launch period runs, node balances are funded by us rather than by trading volume. The Uniswap v4 hook meant to take that job over has no pools attached to it yet.
Credits
Batches
Funding
ETH in
Aluma contractchain 4663
Node 01
Node 02
Node 03
Your balance
Capabilities
what the contract does
Six jobs, every one of them settled on chain.
02
one node, one position
A node is a position on chain, not a machine. Nothing to install, nothing to keep online overnight, nothing to restake when a window closes.
03
per-node balances
Each node carries its own balance. Hold one or hold fifty and you can still see exactly what each of them is sitting on.
04
withdraw to any address
Your balance leaves the contract for whatever address you name, at whatever moment you decide. No queue in front of it.
05
non-custodial by design
The contract holds node balances and nobody can move one except the wallet that owns that node. The code is public and anyone can read it.
06
built on Robinhood Chain
Native ETH in and out, fees low enough to ignore, and every action is an ordinary transaction you can look up afterwards.
Aluma build
a credit and the money behind it arrive in the same call.
at the core of every credit is one rule. the contract refuses the write unless the ETH sent with it equals the sum being written across the nodes.
so you never take our word for a balance. you read it off the contract, and you move it from your own wallet.
How it works
five steps, one transaction each
Nothing runs on your machine. Every step is a call you can look up on the explorer.
01
connect your wallet
Sign once so the wallet proves it is yours. No email, no password, no signup form.
02
deploy a node
Send one transfer of 0.02 ETH to the payments wallet. We see it, mint your node, and pay that gas ourselves.
03
the node is credited
Each round puts real ETH onto node balances in the same transaction that records the round.
04
watch the dashboard
Every node shows its own balance and the header carries the total across all the nodes you hold.
05
withdraw whenever
Call the contract from your own wallet, name an address, and the whole balance leaves for it. Nothing to request.
How a node works
five rules that decide every node
Pay once
one transfer of 0.02 ETH to the payments wallet, which is an ordinary account and not the contract. we watch for that transfer, mint the node against your address, and pay the gas for it ourselves.
The node is a record
minting writes four things on chain: the node id, the owner, the timestamp, and the hash of the payment that bought it. ids run in sequence from one and are never reused.
Credits arrive with the money
the distributor sends ETH in the same call that records the round. the contract rejects that call unless the value attached equals the sum being credited, so a balance cannot exist without the money behind it.
Only the owner moves it
every call checks the sender against the owner recorded for that node. nobody else can withdraw from it, and neither can we.
Leave whenever
withdraw one node or all of them, to any address you name, at any moment you decide. no lockup, no queue, and no claim window to miss.
Comparison
what changes
The same job, minus the parts of it that were never the point.
running a node the old way
- ×Rent a server and keep it breathing
- ×Stake, then wait out the lockup
- ×Miss the claim window, lose the payout
- ×Trust a number printed on a dashboard
- ×One address, one position
with Aluma
- →Nothing to run
- →One payment, no lockup
- →Balances sit there until you take them
- →Read the balance out of the contract
- →Up to 70 nodes per wallet
Runs on
plain infrastructure, named
Chain
Robinhood Chain
Chain id 4663, native ETH for gas and for balances.
Contract
Verified source
No imports sitting on the money path, and balances that are backed by the ETH behind them.
Wallets
Any injected EVM wallet
Discovered through EIP-6963, so whatever you already use shows up on its own.
Check it yourself
the two addresses that matter
Node factory
not deployed yetsoon
Holds every node balance. Read outstanding, freeBalance and isSolvent straight off it.
Payments wallet
not deployed yetsoon
The only address a purchase is ever sent to. Never send a purchase to the contract itself.
one payment. one node. yours to withdraw whenever.
70 nodes per wallet, no lockup and no claim window. What each node holds stays readable on chain at any hour you care to look.
Deploy a node · 0.02 ETH