Exfer: A Peer-to-Peer Settlement Protocol for Autonomous Machines#

Exfer is a permissionless proof-of-work blockchain for autonomous machine-to-machine commerce. It combines Argon2id memory-hard mining, an extended UTXO model, and Exfer Script — a total functional combinator language — for transaction conditions.

The protocol is the minimum infrastructure that turns independent agents into an economy.

All scripts terminate. Costs are statically computable before execution. The UTXO model eliminates global state and reentrancy. An autonomous agent can construct a transaction, compute its exact cost, and know with certainty that it will validate — without simulating execution, competing in a fee auction, or reasoning about concurrent state changes. There is no gas estimation. There is no mempool priority auction.

Network#

bash

# Choose any available RPC endpoint:
RPC="http://82.221.100.201:9334"
# RPC="http://89.127.232.155:9334"
# RPC="http://80.78.31.82:9334"

New nodes discover peers automatically via DNS — no --peers flag needed. On startup, the node resolves seed.exfer.org which returns a random subset of healthy, synced nodes from the network. If DNS fails, it falls back to hardcoded seed IPs. To manually specify peers instead: --peers ip:port.

Genesis block ID: d7b6805c8fd793703db88102b5aed2600af510b79e3cb340ca72c1f762d1e051

Units#

• 1 EXFER = 100,000,000 exfers (base unit)

• The --amount and --fee flags accept both formats:

  • Human-readable: --amount "10 EXFER", --fee "0.5 EXFER"
  • Base units: --amount 1000000000

• Minimum output: 200 exfers (dust threshold)

• Default fee: 100,000 exfers (0.001 EXFER)

---

1. Install#

Download pre-built binary (recommended)#

bash

# Linux x86_64
curl -LO https://github.com/ahuman-exfer/exfer/releases/latest/download/exfer-linux-x86_64
chmod +x exfer-linux-x86_64
mv exfer-linux-x86_64 exfer

# macOS Apple Silicon
curl -LO https://github.com/ahuman-exfer/exfer/releases/latest/download/exfer-macos-arm64
chmod +x exfer-macos-arm64
# macOS: remove quarantine flag before running
xattr -d com.apple.quarantine exfer-macos-arm64
mv exfer-macos-arm64 exfer

# macOS Intel
curl -LO https://github.com/ahuman-exfer/exfer/releases/latest/download/exfer-macos-x86_64
chmod +x exfer-macos-x86_64
# macOS: remove quarantine flag before running
xattr -d com.apple.quarantine exfer-macos-x86_64
mv exfer-macos-x86_64 exfer

Windows#

powershell

Invoke-WebRequest -Uri https://github.com/ahuman-exfer/exfer/releases/latest/download/exfer-windows-x86_64.exe -OutFile exfer.exe

Build from source#

bash

git clone https://github.com/ahuman-exfer/exfer.git
cd exfer
cargo build --release
# Binary: target/release/exfer

Quick start#

bash

exfer init

One command: creates wallet, starts node, begins syncing. Use --json and --passphrase-env for non-interactive agent automation:

bash

EXFER_PASS="your-passphrase" exfer init --passphrase-env EXFER_PASS --json

To also enable mining: exfer init --mine.

Verify#

bash

./target/release/exfer --help

Expected output:

text

Exfer blockchain node

Usage: exfer <COMMAND>

Commands:
  node    Run a full node
  mine    Run the miner
  wallet  Wallet operations
  script  Script operations (HTLC, covenants)
  init    Initialize a new Exfer node
  help    Print this message or the help of the given subcommand(s)

Options:
  -h, --help  Print help

---

2. Create a Wallet#

Generate a new Ed25519 keypair encrypted with a passphrase:

bash

exfer wallet generate --output ~/my-wallet.key --json

Output (JSON):

json

{
  "address": "8d896d64864f53214acb49aeb44a09a03d5bb23d19a417a6ce7b0da65c7bd750",
  "file": "~/my-wallet.key",
  "pubkey": "fcbd5a818501cd5439ebe8c0c5ff244c0f1475333e226b7f998e6eb80552c69d"
}

Copy the .key file to a second location as backup. It is encrypted and safe to store anywhere.

The address is a 32-byte pubkey hash used to receive payments. The pubkey is used for mining payouts (via --miner-pubkey). The private key stays encrypted in the .key file.

View wallet info#

bash

exfer wallet info --wallet ~/my-wallet.key --json

---

3. Check Balance#

Query a remote node via JSON-RPC (no local database needed):

bash

exfer wallet balance \
  --wallet ~/my-wallet.key \
  --rpc $RPC \
  --json

Output:

json

{
  "address": "8d896d64864f53214acb49aeb44a09a03d5bb23d19a417a6ce7b0da65c7bd750",
  "balance": 7368884920683,
  "source": "rpc",
  "rpc_url": "http://82.221.100.201:9334"
}

balance is in exfers (base units) — divide by 100,000,000 for EXFER. This balance = 73,688.85 EXFER.

Check balance by address (RPC directly)#

bash

curl -s -X POST $RPC \
  -H "Content-Type: application/json" \
  -d '{
    "jsonrpc": "2.0",
    "method": "get_balance",
    "params": {"address": "8d896d64864f53214acb49aeb44a09a03d5bb23d19a417a6ce7b0da65c7bd750"},
    "id": 1
  }'

---

4. Send a Payment#

Send exfers to a recipient address via a remote node:

bash

exfer wallet send \
  --wallet ~/my-wallet.key \
  --to 8d896d64864f53214acb49aeb44a09a03d5bb23d19a417a6ce7b0da65c7bd750 \
  --amount "10 EXFER" \
  --fee "0.001 EXFER" \
  --rpc $RPC \
  --json

• --to: recipient address (64 hex chars)
• --amount: amount in exfers or "10 EXFER" (both accepted)
• --fee: transaction fee (default: 0.001 EXFER)
• --rpc: remote node RPC URL (fetches UTXOs and submits the signed transaction)

Output:

json

{
  "tx_id": "fb8a634fcce6cfc124de86fa0a4b3e6130a1e6bfda68a34dc4f30ec7a2a2b68c",
  "size": 227,
  "tip_height": 5553,
  "submitted": true,
  "rpc_url": "http://82.221.100.201:9334",
  "rpc_result": {"tx_id": "fb8a634fcce6cfc124de86fa0a4b3e6130a1e6bfda68a34dc4f30ec7a2a2b68c"}
}

The transaction is signed locally (private key never leaves your machine) and submitted via RPC.

Wait for confirmation#

Poll get_transaction with the tx_id until block_height appears:

bash

TX_ID="fb8a634fcce6cfc124de86fa0a4b3e6130a1e6bfda68a34dc4f30ec7a2a2b68c"
for i in $(seq 1 60); do
  RESULT=$(curl -s -X POST $RPC \
    -H "Content-Type: application/json" \
    -d "{\"jsonrpc\":\"2.0\",\"method\":\"get_transaction\",\"params\":{\"hash\":\"$TX_ID\"},\"id\":1}")
  if echo "$RESULT" | grep -q '"block_height"'; then
    echo "Confirmed: $RESULT"
    break
  fi
  if [ "$i" -eq 60 ]; then
    echo "ERROR: transaction not confirmed after 10 minutes"
    exit 1
  fi
  echo "Pending... ($i/60)"
  sleep 10
done

---

5. Check Transaction Status#

bash

curl -s -X POST $RPC \
  -H "Content-Type: application/json" \
  -d '{
    "jsonrpc": "2.0",
    "method": "get_transaction",
    "params": {"hash": "fb8a634fcce6cfc124de86fa0a4b3e6130a1e6bfda68a34dc4f30ec7a2a2b68c"},
    "id": 1
  }'

Response:

json

{
  "jsonrpc": "2.0",
  "result": {
    "tx_id": "fb8a634f...",
    "tx_hex": "01000200...",
    "in_mempool": false,
    "block_hash": "169c02f4...",
    "block_height": 5556
  },
  "id": 1
}

• in_mempool: true — pending confirmation
• in_mempool: false with block_height — confirmed in that block

---

6. Check Block Height#

bash

curl -s -X POST $RPC \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc": "2.0", "method": "get_block_height", "params": {}, "id": 1}'

---

7. HTLC (Hash-Locked Payment)#

An HTLC locks funds so a recipient can claim them by revealing a preimage, or the sender reclaims after a timeout. This is the foundation of trustless atomic swaps and machine-to-machine escrow.

End-to-end workflow#

Two agents, A (sender) and B (receiver):

bash

# ── Agent B: generate preimage, share hash with Agent A ──
PREIMAGE=$(openssl rand -hex 32)
HASH_LOCK=$(echo -n "$PREIMAGE" | xxd -r -p | shasum -a 256 | cut -d' ' -f1)
echo "Share this hash with Agent A: $HASH_LOCK"
# Agent B keeps $PREIMAGE secret until ready to claim

# ── Agent A: lock funds using the hash from Agent B ──
# Get current height to set timeout
HEIGHT=$(curl -s -X POST $RPC \
  -H "Content-Type: application/json" \
  -d '{"jsonrpc":"2.0","method":"get_block_height","params":{},"id":1}' \
  | python3 -c "import sys,json; print(json.load(sys.stdin)['result']['height'])")
TIMEOUT=$((HEIGHT + 500))

exfer script htlc-lock \
  --wallet ~/agent-a.key \
  --receiver <AGENT_B_PUBKEY> \
  --hash-lock $HASH_LOCK \
  --timeout $TIMEOUT \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json
# Output includes tx_id — share this with Agent B

# ── Wait for lock tx to confirm ──
TX_ID="<tx_id from above>"
for i in $(seq 1 60); do
  RESULT=$(curl -s -X POST $RPC \
    -H "Content-Type: application/json" \
    -d "{\"jsonrpc\":\"2.0\",\"method\":\"get_transaction\",\"params\":{\"hash\":\"$TX_ID\"},\"id\":1}")
  if echo "$RESULT" | grep -q '"block_height"'; then echo "Lock confirmed"; break; fi
  if [ "$i" -eq 60 ]; then echo "ERROR: transaction not confirmed after 10 minutes"; exit 1; fi
  sleep 10
done

# ── Agent B: claim by revealing the preimage ──
exfer script htlc-claim \
  --wallet ~/agent-b.key \
  --tx-id $TX_ID \
  --preimage $PREIMAGE \
  --sender <AGENT_A_PUBKEY> \
  --timeout $TIMEOUT \
  --rpc $RPC \
  --json

# ── If Agent B does NOT claim before timeout: Agent A reclaims ──
exfer script htlc-reclaim \
  --wallet ~/agent-a.key \
  --tx-id $TX_ID \
  --receiver <AGENT_B_PUBKEY> \
  --hash-lock $HASH_LOCK \
  --timeout $TIMEOUT \
  --rpc $RPC \
  --json
# This will fail if current height <= timeout (funds still locked)

Command reference#

htlc-lock (sender locks funds)

bash

exfer script htlc-lock \
  --wallet ~/my-wallet.key \
  --receiver <RECEIVER_PUBKEY_HEX> \
  --hash-lock <SHA256_HASH_HEX> \
  --timeout <BLOCK_HEIGHT> \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json

Output:

json

{
  "tx_id": "2d3fca9d2cb04de879d0235fab7a279de9bfc7dcbe2d857807416974c648c1f4",
  "htlc_output_index": 0,
  "amount": 1000000000,
  "hash_lock": "2fb68185eeaf951e40aafaf2cdc7007710b9d69bc7663e53c581c9408b0c09e9",
  "timeout": 24630,
  "submitted": true
}

htlc-claim (receiver reveals preimage)

bash

exfer script htlc-claim \
  --wallet ~/receiver-wallet.key \
  --tx-id <LOCK_TX_ID> \
  --preimage <PREIMAGE_HEX> \
  --sender <SENDER_PUBKEY_HEX> \
  --timeout <TIMEOUT_HEIGHT> \
  --rpc $RPC \
  --json

Output:

json

{
  "tx_id": "3d7a1a0625af2815e3f18a08db2eff22ca9fe9e5dda33c228d969ce13d6e8a7c",
  "claimed_from": "2d3fca9d2cb04de879d0235fab7a279de9bfc7dcbe2d857807416974c648c1f4",
  "amount": 999900000,
  "fee": 100000,
  "submitted": true
}

htlc-reclaim (sender reclaims after timeout)

bash

exfer script htlc-reclaim \
  --wallet ~/my-wallet.key \
  --tx-id <LOCK_TX_ID> \
  --receiver <RECEIVER_PUBKEY_HEX> \
  --hash-lock <HASH_LOCK_HEX> \
  --timeout <TIMEOUT_HEIGHT> \
  --rpc $RPC \
  --json

Output:

json

{
  "tx_id": "b84f8f799dc405eb2c5fe5980e2f1c43b71c15331cc8d035c5a62e8ec8ad0baa",
  "reclaimed_from": "933886c612c9de9f4093fb8aa3852f75f4557da2b5987d76e50fde128511f922",
  "amount": 999900000,
  "fee": 100000,
  "submitted": true
}

The command checks that the current block height exceeds the timeout before submitting.

Poll for confirmation (after any transaction)#

bash

TX_ID="<tx_id>"
for i in $(seq 1 60); do
  RESULT=$(curl -s -X POST $RPC \
    -H "Content-Type: application/json" \
    -d "{\"jsonrpc\":\"2.0\",\"method\":\"get_transaction\",\"params\":{\"hash\":\"$TX_ID\"},\"id\":1}")
  if echo "$RESULT" | grep -q '"block_height"'; then
    echo "Confirmed: $RESULT"
    break
  fi
  if [ "$i" -eq 60 ]; then
    echo "ERROR: transaction not confirmed after 10 minutes"
    exit 1
  fi
  echo "Pending... ($i/60)"
  sleep 10
done

---

7a. Multisig#

Multisig 2-of-2#

Both parties must sign to spend. Use for joint custody, payment channels, or atomic two-party agreements.

multisig2of2-lock

bash

exfer script multisig2of2-lock \
  --wallet ~/my-wallet.key \
  --pubkey-b <OTHER_PUBKEY_HEX> \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json

multisig2of2-spend

bash

exfer script multisig2of2-spend \
  --wallet ~/wallet-a.key \
  --wallet2 ~/wallet-b.key \
  --tx-id <LOCK_TX_ID> \
  --to <DESTINATION_ADDRESS_HEX> \
  --rpc $RPC \
  --json

Multisig 1-of-2#

Either party can spend independently. Use for shared accounts or backup access.

multisig1of2-lock

bash

exfer script multisig1of2-lock \
  --wallet ~/my-wallet.key \
  --pubkey-b <OTHER_PUBKEY_HEX> \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json

multisig1of2-spend

bash

exfer script multisig1of2-spend \
  --wallet ~/my-wallet.key \
  --tx-id <LOCK_TX_ID> \
  --other-pubkey <OTHER_PUBKEY_HEX> \
  --path a \
  --rpc $RPC \
  --json

--path: a if your key was first (pubkey_a at lock time), b if second.

Multisig 2-of-3#

Any two of three parties can spend. Use for committee governance or 2FA with recovery.

multisig2of3-lock

bash

exfer script multisig2of3-lock \
  --wallet ~/my-wallet.key \
  --pubkey-b <PUBKEY_B_HEX> \
  --pubkey-c <PUBKEY_C_HEX> \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json

multisig2of3-spend

bash

exfer script multisig2of3-spend \
  --wallet ~/signer1.key \
  --wallet2 ~/signer2.key \
  --tx-id <LOCK_TX_ID> \
  --to <DESTINATION_ADDRESS_HEX> \
  --pubkey-a <PUBKEY_A_HEX> \
  --pubkey-b <PUBKEY_B_HEX> \
  --pubkey-c <PUBKEY_C_HEX> \
  --path ab \
  --rpc $RPC \
  --json

--path: ab, ac, or bc — which pair of keys the two wallets hold.

---

7b. Vault#

Timelock + emergency recovery key. Primary key can spend after locktime. Recovery key can spend anytime (emergency override).

vault-lock

bash

exfer script vault-lock \
  --wallet ~/primary-wallet.key \
  --recovery-pubkey <RECOVERY_PUBKEY_HEX> \
  --locktime <BLOCK_HEIGHT> \
  --amount "100 EXFER" \
  --rpc $RPC \
  --json

vault-spend (primary key, after locktime)

bash

exfer script vault-spend \
  --wallet ~/primary-wallet.key \
  --tx-id <LOCK_TX_ID> \
  --recovery-pubkey <RECOVERY_PUBKEY_HEX> \
  --locktime <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

Fails if current block height <= locktime.

vault-recover (recovery key, anytime)

bash

exfer script vault-recover \
  --wallet ~/recovery-wallet.key \
  --tx-id <LOCK_TX_ID> \
  --primary-pubkey <PRIMARY_PUBKEY_HEX> \
  --locktime <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

---

7c. Escrow#

Three-path spending: mutual release, arbiter decision, or timeout refund.

escrow-lock

bash

exfer script escrow-lock \
  --wallet ~/party-a.key \
  --party-b <PARTY_B_PUBKEY_HEX> \
  --arbiter <ARBITER_PUBKEY_HEX> \
  --timeout <BLOCK_HEIGHT> \
  --amount "50 EXFER" \
  --rpc $RPC \
  --json

escrow-release (mutual — both parties sign)

bash

exfer script escrow-release \
  --wallet ~/party-a.key \
  --wallet2 ~/party-b.key \
  --tx-id <LOCK_TX_ID> \
  --to <DESTINATION_ADDRESS_HEX> \
  --party-a <PARTY_A_PUBKEY_HEX> \
  --party-b <PARTY_B_PUBKEY_HEX> \
  --arbiter <ARBITER_PUBKEY_HEX> \
  --timeout <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

escrow-arbitrate (arbiter decides)

bash

exfer script escrow-arbitrate \
  --wallet ~/arbiter.key \
  --tx-id <LOCK_TX_ID> \
  --to <DESTINATION_ADDRESS_HEX> \
  --party-a <PARTY_A_PUBKEY_HEX> \
  --party-b <PARTY_B_PUBKEY_HEX> \
  --timeout <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

escrow-reclaim (party A, after timeout)

bash

exfer script escrow-reclaim \
  --wallet ~/party-a.key \
  --tx-id <LOCK_TX_ID> \
  --party-b <PARTY_B_PUBKEY_HEX> \
  --arbiter <ARBITER_PUBKEY_HEX> \
  --timeout <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

Fails if current block height <= timeout.

---

7d. Delegation#

Owner + time-limited delegate. Owner can spend anytime. Delegate can only spend before the expiry height.

delegation-lock

bash

exfer script delegation-lock \
  --wallet ~/owner.key \
  --delegate <DELEGATE_PUBKEY_HEX> \
  --expiry <BLOCK_HEIGHT> \
  --amount "10 EXFER" \
  --rpc $RPC \
  --json

delegation-owner-spend (owner, anytime)

bash

exfer script delegation-owner-spend \
  --wallet ~/owner.key \
  --tx-id <LOCK_TX_ID> \
  --delegate <DELEGATE_PUBKEY_HEX> \
  --expiry <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

delegation-delegate-spend (delegate, before expiry)

bash

exfer script delegation-delegate-spend \
  --wallet ~/delegate.key \
  --tx-id <LOCK_TX_ID> \
  --owner <OWNER_PUBKEY_HEX> \
  --expiry <BLOCK_HEIGHT> \
  --rpc $RPC \
  --json

Fails if current block height >= expiry.

---

8. Start Mining#

Generate a wallet first if you don't have one (see Section 2):

bash

exfer wallet generate --output ~/exfer-wallet.key --json
# Use the "pubkey" field from the output as --miner-pubkey below

Mining with pubkey only (recommended — no private key on server)#

bash

exfer mine \
  --datadir ~/.exfer \
  --miner-pubkey <YOUR_PUBKEY_HEX> \
  --rpc-bind 127.0.0.1:9334 \
  --repair-perms

• --miner-pubkey: your wallet's public key (from exfer wallet info --json). Coinbase rewards are paid to this key's address. The private key is NOT needed on the mining server.
• Current block reward: ~100 EXFER per block. Reward decreases over time (half-life ~2 years).
• Default seed nodes are built in — no --peers needed.
• --rpc-bind: optional JSON-RPC endpoint (use 127.0.0.1 for local-only access). RPC has no authentication — do not bind to 0.0.0.0 on untrusted networks without a reverse proxy.
• --repair-perms: auto-fix node identity key permissions
• --verify-all: verify PoW for all blocks during startup replay (slow, use only if database integrity is suspect). Also disables assume-valid.
• --no-assume-valid: disable assume-valid optimization — verify Argon2id PoW for all blocks during IBD, even below the hardcoded checkpoint height (130,000). By default, blocks at or below this checkpoint skip PoW verification during initial sync to speed up IBD. All other validation (transactions, signatures, UTXO accounting, state roots) is always performed.

Run in background#

Linux:

bash

nohup ./target/release/exfer mine \
  --datadir ~/.exfer \
  --miner-pubkey <YOUR_PUBKEY_HEX> \
  --rpc-bind 127.0.0.1:9334 \
  --repair-perms \
  > ~/exfer.log 2>&1 &

macOS:

bash

cat > ~/Library/LaunchAgents/org.exfer.miner.plist << EOF
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
  <key>Label</key><string>org.exfer.miner</string>
  <key>ProgramArguments</key>
  <array>
    <string>$(which exfer || echo ./target/release/exfer)</string>
    <string>mine</string>
    <string>--datadir</string><string>$HOME/.exfer</string>
    <string>--miner-pubkey</string><string>YOUR_PUBKEY_HEX</string>
    <string>--repair-perms</string>
  </array>
  <key>KeepAlive</key><true/>
  <key>StandardOutPath</key><string>/tmp/exfer.log</string>
  <key>StandardErrorPath</key><string>/tmp/exfer.log</string>
</dict>
</plist>
EOF
launchctl load ~/Library/LaunchAgents/org.exfer.miner.plist

Check status: curl -s http://127.0.0.1:9334 -d '{"jsonrpc":"2.0","id":1,"method":"get_block_height","params":{}}'

Run a non-mining full node#

bash

exfer node \
  --datadir ~/.exfer \
  --rpc-bind 127.0.0.1:9334 \
  --repair-perms

---

RPC Methods#

All methods use JSON-RPC 2.0 over HTTP POST.

MethodParamsDescriptionget_block_height``{}Current tip height and block IDget_balance``{"address": "hex"}Spendable balance for an addressget_address_utxos``{"address": "hex"}List of spendable UTXOs for an address (max 1,000)get_script_utxos``{"script_hex": "hex"}List of spendable UTXOs locked to an exact output script (max 1,000)get_block``{"height": u64} or {"hash": "hex"}Block info including transaction listget_transaction``{"hash": "hex"}Transaction details, mempool status, block heightsend_raw_transaction``{"tx_hex": "hex"}Submit a serialized signed transaction

---

Available Covenant Patterns#

PatternCLIDescriptionHTLChtlc-lock, htlc-claim, htlc-reclaimHash time-locked contract (atomic swaps)Multisig 2-of-2multisig2of2-lock, multisig2of2-spendBoth parties must signMultisig 1-of-2multisig1of2-lock, multisig1of2-spendEither party can signMultisig 2-of-3multisig2of3-lock, multisig2of3-spendAny 2 of 3 partiesVaultvault-lock, vault-spend, vault-recoverTimelock + recovery keyEscrowescrow-lock, escrow-release, escrow-arbitrate, escrow-reclaimMutual / arbiter / timeout (3-path)Delegationdelegation-lock, delegation-owner-spend, delegation-delegate-spendOwner + time-limited delegate

All commands are under exfer script <command>. Use --json for machine-readable output.

---

Protocol Constants#

ConstantValueBlock time target10 secondsDifficulty retargetEvery 4,320 blocksInitial block reward100 EXFERReward half-life6,307,200 blocks (~2 years)Minimum reward1 EXFERCoinbase maturity360 blocksMax block size4 MiBMax transaction size1 MiBDust threshold200 exfersPoW algorithmArgon2id (m=64MiB, t=2, p=1)P2P port9333RPC port9334 (optional)