Orange (OAG): the token, in plain words

a UTXO chain in Rust whose block header is itself the RandomX input

What is OAG?

RandomX rx/oag — stock rx/0 config, CPU-only, Monero's familyWork algorithm

10 OAG a block, 16 decimals — the atomic unit is 100 quadrillionthsSupply

bech32m oag1… with the checksum Bitcoin wallets already speakAddresses

a block's subsidy is spendable after 120 confirmationsMaturity

1% fee, PROP payouts every 10 minutes from 1 OAG, dry-run firstThis pool

Why miners and holders like it

The miner hashes the real block header: the 100-byte blob IS the consensus object, so a share that lands is literally a block minus the nonce — no template assembly, no coinbase script to get wrong.

RandomX keeps it CPU territory: memory-hard hashing with Monero's stock rx/0 settings means no ASIC shopping list, and the seed rotates every 2048 blocks so nobody caches an advantage.

The whole node is one Rust binary with a built-in solo stratum — no database server, no txindex, no pruning knobs; a sync is measured in minutes, not hours.

Addresses borrow the best of both worlds: bech32m like Bitcoin's Taproot, so checksum typos are caught before any coin is mined into a hole, plus an optional payment-id suffix form.

The chain is young and the block time is patient — roughly ten minutes a block over a small network is exactly the phase where an ordinary desktop still visibly moves the pool's share of the work.

Latest Orange news

09 Oct 2026

Orange pool opens on port 33344

The oag engine went in behind the existing multi-coin stack: miners log in with an oag1 address, the pool validates every share locally with the same stock RandomX the chain uses (both mainnet test vectors from the project's stratum spec reproduce byte-for-byte), and only block candidates travel to the node's own solo stratum. Payouts start as a dry run — shares, blocks and balances count in real time while the transfer path proves itself.

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09 Oct 2026

How-to-mine page, with the xmrig-for-oag build

The guide carries ready-made command lines around xmrig-for-oag v6.26.0-oag.1 — stock XMRig does not know rx/oag, its nonce offset and its big-endian hit rule — plus the port table, the payout fine print (1% fee, 1 OAG minimum, 120-block maturity) and the address shape rules that keep a worker name from turning into a lost payout.

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The stratum spec, in full

The project documents its mining dialect down to test vectors: the blob is the 100-byte header, the miner writes a u32 LE nonce at offset 92 and hashes the whole thing with seed_hash as the verbatim RandomX key; a hit is the first eight bytes of the digest read big-endian, at or below the target. Two real mainnet blocks are printed with their pow hashes so any implementation can prove itself.

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Node and wallet CLI reference

Every command and RPC in one page: oag-node run with --stratum, --rpc and --listen, the cookie-auth HTTP RPC (getblockcount, getblockhash, getblockheader…), and oag-wallet for new/address/send — the wallet deliberately reads its passphrase from a file, never the command line.

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Releases, with checksums

The v0.4.0 tarball carries the node and the wallet for Linux x86_64 and arm64, each with a .sha256 file to verify before anything is unpacked — the pool's own node setup checks the sum and refuses to proceed on a mismatch.

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Watch the chain, check the payments

The project's explorer tracks blocks, difficulty and addresses — every payout the pool sends appears there as an ordinary transaction to an oag1 address, transaction id included.

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