SHA-256d
Proof of work uses double SHA-256, making the work format familiar to standard SHA-256 hardware.
PROTOCOL
VargaMesh Technology
A Bitcoin-style UTXO protocol with its own mainnet identity and AuxPoW support.
AuxPoW
Auxiliary proof of work is active from block 1. Parent work can secure a VMESH child block.
ASERT
Difficulty follows an ASERT-based adjustment model with a 120-second block target.
MAINNET PARAMETERS
Fixed network parameters
Ticker
VMESH
Chain ID
22093 / 0x564D
P2P
29666
RPC
29667 (private)
Bech32 HRP
vm
Coinbase maturity
100 blocks
ISSUANCE
25 VMESH
Initial block subsidy with a halving interval of 1,051,200 blocks. The genesis output is unspendable; regular VMESH creation begins with mined block rewards.
The 1% mining fee is pool/coinbase logic, not a consensus-level tax in the VMESH protocol.
AUXPOW PAYOUT PATH
Miner-specific child coinbase
Stratum usernamevm1…worker
→VMESH validationvalid address
→Child coinbase99% + 1%
→AuxPoW commitmentfabe6d6d…
→VMESH blockon-chain
VARGAPROOF V1
36-byte proof commitment
VPF1 uses a normal VargaMesh transaction with an unspendable OP_RETURN: 4-byte VPF1 magic plus 32 bytes of SHA-256. No consensus change is required.
PAYLOAD
6a 24 56504631 <32-byte SHA-256>
The file itself is not stored on-chain. The confirming block provides a publicly verifiable latest-existence time for the exact digest.
Technical parameters, not a value or legal promiseThis page describes consensus and infrastructure parameters. It makes no promise of price, liquidity, trading availability or regulatory classification.
Regulatory boundary →