ETH / MAINNET
Ethereum wallet
Connect MetaMask or a compatible Ethereum wallet. Sending requires your wallet’s approval and network fees.
Your receiving address · Ethereum mainnet
INDEPENDENT DIGITAL CURRENCY / V0.2
A new chapter.
Your contribution.
Explore Aurion: an open source experiment in storage mining and hash-based signatures. Your wallet. Your node. A network you can help build.
Windows, Linux and macOS · Python edition
Checking the public seed…
PROTOCOL SNAPSHOTAUR / 0.2
21M
Maximum supply policy
- Smallest unit
- 0.00000001 AUR
- Network stage
- Unaudited mainnet
A market price or exchange listing is not guaranteed.
START EXPLORING
Own every step.
01 / WALLET
Keys that stay with you.
Create a password-protected wallet in your browser. Export it for the desktop node.
Open wallet02 / CONTRIBUTERun it. Mine it. Test it.
Create a storage plot, run a local node, and transfer AUR between addresses.
Mining guide03 / INTEGRATEA clear path for developers.
Inspect the protocol, pin a network identity, and prototype exchange deposits and withdrawals.
Integration kitSECURITY IS ENGINEERING
Designed to explore
post-quantum ideas.
Aurion uses a custom hash-based signature design. That is a research direction, not a guarantee of quantum resistance. The mining and consensus design still require substantial work before real funds can depend on them.
See the findings and release requirementsYOUR KEYS / YOUR DEVICE
Your wallets.
Manage your Aurion account and connect your Bitcoin and Ethereum wallets here. Aurion account transfers are signed in your browser; the downloaded desktop software runs the miner.
YOUR ACCOUNT
Sign in to your Aurion account.
Your encrypted wallet is stored privately on Cloudflare. Your login password is verified over HTTPS; wallet decryption happens on your device.
Your new account starts with 0 AUR. Mining or receiving a transfer adds coins. Save your encrypted wallet backup.
YOUR ACCOUNT
Your Aurion account
On-chain balance: Loading…. Market price and exchange listings are not guaranteed.
Change account and wallet password
Change the initial password and export a new wallet backup.
SAVED ON THIS DEVICE
Welcome back.
Unlock your wallet with its password.
WALLET UNLOCKED
Your receiving address
- On-chain balance
- Loading
- Signature capacity
- Network connection
- Checking seed
Balances come from the public seed. Signed website sends require an account; local wallets can use desktop commands. Export this wallet before clearing browser data.
Preparing your wallet…
AURION MAINNET TRANSFERS
Send AUR.
Sign in to send from your account. Your wallet password decrypts the signing key on this device; it is not sent to the transfer API. Local wallets can export a desktop command.
Network fee: 0.00001000 AUR. Every website send reserves one signing key before signing; a failed attempt still consumes that key. Export the updated wallet after sending.
YOUR EXTERNAL WALLETS
Send and receive Bitcoin and Ethereum.
Connect your wallet extension to show its actual receiving address and balance, then send native coins to a recipient on the same network.
Your Aurion account and wallet extensions use separate credentials. Bitcoin and Ethereum keys stay in their extensions. Your website password cannot recover those wallets; keep the backups provided by each extension.
BTC / MAINNET
Bitcoin wallet
Connect a UniSat-compatible Bitcoin wallet. Sending requires your wallet’s approval and network fees.
Your receiving address · Bitcoin mainnet
Public mining downloads are available. Python release 0.2.1 is hosted on GitHub. Install Python 3.10+, extract your platform ZIP, and follow the mining guide. Miner repository on GitHub · Inspect this release.
AURION 0.2 / UNAUDITED MAINNET
Bring your own node.
Download the wallet, storage miner, full node and exchange adapter. The same open source Python implementation runs on all three platforms.
Python edition. These ZIPs contain source code and platform launchers, not standalone installers. Install Python 3.10 or newer from python.org first. Mining nodes automatically join node.aurioncoin.io. The network has known security weaknesses.
Windows
Windows 10 / 11
Python 3.10+
Extract and open Aurion.cmd
Linux
Python-capable distributions
Python 3.10+
Extract and run bash Aurion.sh
macOS
Apple Silicon / Intel
Python 3.10+
Extract and run bash Aurion.command
VERIFY BEFORE RUNNING
Transparent releases.
Compare your download with the published checksum. Checksums detect file changes; this release is not independently audited or signed with a release key.
RUN / CONTRIBUTE / EXPERIMENT
Join the Aurion network.
Run a full node, create a storage plot, and mine AUR. Your software joins the public seed automatically and validates the ledger on your machine. No market price is guaranteed.
Download and verify.
Install Python 3.10+, download your platform ZIP, and extract it. Open a terminal in the extracted folder. On Windows, use py -3 wherever this guide shows python3.
python3 aurion.py selftest
Choose your wallet.
Create a browser wallet and export it as aurion-wallet.json into this folder, or create one with the desktop command below. Keep the wallet and password private.
python3 aurion.py --network mainnet --allow-unaudited-mainnet wallet new --encrypt
Skip this command if you already exported your wallet. The app refuses to overwrite an existing wallet.
Create a plot and mine.
Replace YOUR_AUR_ADDRESS with your wallet address. Start with 1 MB; large plots take time and memory to create. Leave the node running.
python3 aurion.py --network mainnet --allow-unaudited-mainnet plot create --size-mb 1 --reward-address YOUR_AUR_ADDRESS python3 aurion.py --network mainnet --allow-unaudited-mainnet node --mine --bind 127.0.0.1
A plot has a finite signing capacity. Create a new plot before its signing key runs out. New plots wait three checkpoints before becoming eligible when mature plots already exist. An eligible miner must advance the network during that wait.
Check a balance. Send AUR.
In another terminal, inspect the network and send to another wallet. Transfers are confirmed by a later checkpoint produced by the miner.
python3 aurion.py --network mainnet --allow-unaudited-mainnet info python3 aurion.py --network mainnet --allow-unaudited-mainnet balance YOUR_AUR_ADDRESS python3 aurion.py --network mainnet --allow-unaudited-mainnet send RECIPIENT_AUR_ADDRESS 1
Connecting directly to other nodes: the mainnet miner automatically polls
https://node.aurioncoin.io. To use another peer, add --peer https://YOUR_PEER. Match the network name and genesis hash, and read the security status before exposing your node. The current HTTP gossip layer is not hardened for hostile public peers.FOR EXCHANGES / BUILDERS
Integrate with clarity.
A native coin, an inspectable protocol, and an experimental exchange adapter. Prototype deposit monitoring and signed withdrawals with exact integer amounts.
NETWORK IDENTITY
Pin the chain.
- Asset ticker
- AUR
- Decimals
- 8
- Address format
- aur + 64 hex
- Asset type
- Native coin
- Mainnet
- Unaudited public network
There is no ERC-20 contract. Verify both the network identifier and genesis hash before accepting transactions.
INTEGRATION WORKFLOW
Deposits and withdrawals.
Read canonical checkpoints, track inclusions and confirmations, and roll back deposit credits after a reorganization. Amounts are decimal strings in base units.
Keep keys in your own signing system. The adapter broadcasts signed transactions; it never holds exchange wallet passwords.
No exchange listings or market liquidity are claimed. Current consensus is unsuitable for accepting real deposits.
Start a local adapter.
python3 exchange_api.py --node https://node.aurioncoin.io --port 17334 curl http://127.0.0.1:17334/v1/network
GET /v1/networkNetwork, genesis and release identityGET /v1/addresses/{address}Exact account balancesGET /v1/checkpointsCanonical checkpoint streamGET /v1/transactions/{id}Transaction status and confirmationsPOST /v1/transactionsBroadcast an already signed transactionAUR / BTC / ETH
Trading tools.
Know the settlement.
Find another user’s offer, reserve a matching quote, and settle the agreed trade with your wallets. Makers set their own prices; available offers determine the result.
PEER-TO-PEER / AUR · BTC · ETH
Match an offer. Review your quote.
Matching is automatic; blockchain transactions require wallet approval.
Sign in to publish offers, reserve quotes and accept trades. The order book is public. Sign in or create an account
Convert with a matching user.
Enter your maximum payment and minimum receipt. The matcher chooses the best available offer within that budget. A reserved quote holds the offer for five minutes; coins are exchanged during settlement.
Publish your own offer.
Choose the exact amounts you offer and request. Offers are unfunded: posting does not lock coins or prove that a maker can settle.
RESERVED QUOTE / COINS NOT YET EXCHANGED
Review before accepting.
These exact amounts exclude network fees. Check your counterparty and settlement terms before approving any transaction.
PUBLIC ORDER BOOK
Unfunded offers.
Loading offers…
| Maker offers | Maker requests | Available | Expires | Pair |
|---|
Your offers, quotes and trades.
Your offers
Your quotes
Your trades
TRADE / WALLET SETTLEMENT
Your agreed terms.
Canceling a match does not refund blockchain locks. Claim or refund any existing lock using the appropriate wallet settlement action.
Trade record
AURION TRANSFERS
Send and receive AUR.
Create an account to sign and send AUR in your browser, or export the encrypted wallet for desktop transfers. Incoming transfers are visible in your wallet’s on-chain balance.
Open walletBITCOIN / TOOLING ONLY
Prepare a BTC swap.
The software can lock and claim AUR in an HTLC and generate a matching Bitcoin P2WSH script. Bitcoin funding, signing, watching and refunds require external wallet tooling.
Read the BTC workflowETHEREUM / NOT DEPLOYED
Inspect the ETH contract.
A compiled native-ETH HTLC contract and wallet settlement tools are available. The contract has not been audited or deployed by Aurion. You can deploy it with your Ethereum wallet and verify the resulting address.
Download contract sourceCross-chain swaps inherit the current Aurion consensus weaknesses. Script generation and contract source do not establish safe settlement. Bitcoin and Ethereum support does not make their cryptography quantum resistant.
YOUR EXTERNAL WALLETS
Bitcoin and Ethereum.
Connect your existing browser wallet to view its balance and send native coins. Keys and transaction approval stay in that wallet.
ETH / MAINNET
Ethereum wallet
Connect MetaMask or a compatible Ethereum wallet. Sending requires your wallet’s approval and network fees.
BTC / MAINNET
Bitcoin wallet
Connect a UniSat-compatible Bitcoin wallet. Sending requires your wallet’s approval and network fees.
ETHEREUM MAINNET / MANUAL SETTLEMENT
Ethereum contract actions.
Use your connected Ethereum wallet to deploy the compiled contract or interact with a verified deployment. Use the agreed terms from your matched trade. Each contract action requires separate approval in your wallet.
The supplied contract is unaudited. Every transaction needs ETH for gas and approval in your wallet. A submitted transaction or mined receipt does not establish finality.
Software swap commands.
python3 aurion.py --network mainnet --allow-unaudited-mainnet swap --help python3 aurion.py --network mainnet --allow-unaudited-mainnet swap secret
Keep the generated preimage private until the agreed settlement step. Timeouts and confirmations must be checked for both chains. Read the full guide before using any swap command.
Download the trading guideRELEASE STATUS / OCTOBER 2026
Trust needs evidence.
Aurion 0.2.1 adds peer, signing and recovery protections. Critical protocol work remains; this network is not ready to secure valuable funds.
Available in this release
- Password-encrypted, compatible browser wallets
- Public seed connectivity, storage mining and signed transfers
- Windows, Linux and macOS Python packages
- Experimental exchange API and documentation
- Source downloads and integrity checksums
Real-funds readiness: work in progress
- Storage-enforcing consensus — candidate testing
A native proof-of-space verifier passes real-plot tests. Challenge generation, fork choice and the complete replacement design still need review. - Standard signatures — candidate tested
ML-DSA-65 signing, verification and replay rejection pass local tests. Mainnet still uses the legacy signature scheme. - Signing state and rotation — partial
Desktop 0.2.1 adds a durable rollback guard and single-use signing reservations. Dual-key rotation works in the isolated candidate; copied legacy wallets remain unsafe. - Independent audits — not completed
The audit scope and reproducible evidence are prepared. No independent cryptography or consensus audit report exists. - Hostile-peer and recovery tests — expanded
Tests cover peer input limits, database failures, restart, backup replay and receipt removal after a competing-chain reorganization. Sustained adversarial network testing remains. - Independent node network — not established
A persistent node service template, backup tool and chain-progress monitor are available. Independent operators and sustained uptime still need verification.
Verified engineering progress
Release 0.2.1 passed 156 JavaScript tests, 128 Python tests and 40 built-in checks on Linux. The Python run included the ML-DSA and proof-of-space candidates without skips. These are internal tests, not an independent audit or Windows/macOS qualification.
The published genesis and legacy chain rules are preserved. No key migration or replacement consensus has been activated.
Why the current protocol needs work
Storage proofs do not enforce storage.
Plot leaves can be recomputed from public inputs, and a miner can claim a large plot without allocating the corresponding space. The current prototype cannot establish the advertised storage-based security.
Checkpoint selection can be manipulated.
The producer influences the next challenge through its chosen proof. Chain weight and reorganizations need adversarial analysis and a stronger design.
Signatures are custom and stateful.
The hash-based construction is inspired by WOTS and Merkle trees. It is not a standardized XMSS implementation or a certified quantum-resistant system. Reusing one-time keys can expose funds. Local file locking improves concurrent use but does not make copied or restored wallets safe.
Swap scripts are tools, not a live exchange.
The website matches user-priced offers and guides AUR/ETH wallet settlement with chain verification. Bitcoin HTLC settlement remains manual. The matching and settlement code is unaudited; a quote or accepted match does not exchange funds.
MANAGED COMPUTE / MEASURED CAPACITY
Cloud mining.
Your reward address.
Rent measured storage and worker time for experimental Aurion mining. Rewards go directly to your AUR address, vary with network conditions, and may be zero.
LIVE SERVICE STATUS
Checking cloud mining availability…
COMPUTE SERVICE / VARIABLE REWARDS
Pay for the work.
A subscription funds a measured mining assignment. Slot availability follows verified worker health, observed disk space, operating costs and the configured spending cap.
It is not a fixed-return product. No AUR reward, market value, profitability for the miner or uninterrupted network progress is promised.
Review Aurion’s known protocol risksCURRENTLY FUNDED CAPACITY
Available measured plans.
Plans appear only when the live controller reports healthy capacity, working Bitcoin or Ethereum billing and a price that passes its cost estimate.
Manage your mining account.
Sign in to join the waitlist or see your actual reservation and worker assignment. Waitlisting does not collect a payment.
Sign in or create an accountYOUR SERVICE RECORD
Your cloud mining status.
ETHEREUM MAINNET / ONE INVOICE
Review your ETH payment.
This is one payment for the stated service period. Your Ethereum wallet must approve it; ETH gas fees are additional. There are no automatic wallet debits. A transaction hash does not activate service: the billing controller checks the payment and blockchain finality.
Submitted payment.
Keep this hash and avoid paying the invoice again. Automatic checks run every 15 seconds for up to 30 minutes; use this button to check later.