Bitcoin SOLO.
More from each hash.
Mine Bitcoin solo while the same SHA-256d work also targets VargaMesh (VMESH) blocks. One ASIC connection, two independent proof-of-work targets. No extra hashrate split.
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Explore available mining hashrate
Solo mining has no guaranteed blocks or profit. VMESH mining does not increase your chance of finding a BTC block.
BTC developer fee · 99.9% of a found BTC block to the miner
VMESH developer fee · 99% of a found VMESH block to the miner
Separate chain-specific fees, charged only on a found block of that chain. Rates are set in the deployed pool code; actual coinbase outputs govern the payout. BCSIG: /VargaMesh-MergedSolo/.
Developer fees & destination addresses
Two independent block rewards. No Bitcoin fee is taken from VMESH rewards and no VMESH fee is taken from Bitcoin rewards. Fees apply only when a valid block is found on the respective chain.
Miner payout: 99.9%, subject to satoshi rounding.
Developer destination:
bc1qdw2puj3g4ypqyxql7dy3jw2f29u5q7fkvd584mMiner payout: 99%.
Developer destination:
vm1qsfsgj70pdv86nguvexzvsflmcknz4lrsj87wx9Original coinbase signature (BCSIG): /VargaMesh-MergedSolo/. These are developer-fee addresses, not deposit addresses. A blank VMESH password for an unbound BTC miner routes the VMESH miner share to the Ecosystem Treasury; an existing binding always takes priority. Explicitly invalid VMESH addresses are rejected.
Bitcoin: 0.1% developer fee (99.9% miner). VMESH: 1% developer fee (99% miner). Fees apply independently to found blocks. For a new BTC address, a blank VMESH password donates the 99% VMESH miner share to the Treasury. Existing bindings are preserved; malformed nonblank addresses are rejected.
Read policyMining operations at a glance.
Live endpoints, active miner estimates and session-only hashrate history. No invented historical data.
Keep your Bitcoin focus. Add a VMESH target.
No altcoin purchase, no second ASIC, no second pool connection required.
Bitcoin stays SOLO
A found BTC block pays 99.9% (subject to satoshi rounding) to your supplied Bitcoin payout address and 0.1% to the published developer fee address.
Same SHA-256d work
AuxPoW commits VMESH child-chain data to the BTC parent work. Your ASIC does not split hashrate across two algorithms.
Mine VMESH too
Accepted parent work can independently reach the VMESH target. Found VMESH child blocks follow a 99% miner / 1% pool reward split.
Connect your SHA-256d ASIC
Compatible with standard Stratum V1 SHA-256d miners. No account registration.
Copy these settings into your miner
STRATUM V1stratum+tcp://mergedsolo.vargamesh.com:3950YOUR_BTC_ADDRESS.workerYOUR_VMESH_ADDRESS.worker suffix names your machine. Your BTC address may be bound to the first recorded VMESH payout address; changing it may require operator assistance.
An independent SHA-256d proof-of-work network
VargaMesh (VMESH) is a separate blockchain with its own mainnet, nodes, wallets and block rewards. It supports AuxPoW merged mining: the Bitcoin parent work can also serve as proof for a VMESH child block. VMESH is not Bitcoin, and its price or block rewards are not guaranteed.
Understand your payout route.
BTC payouts and VMESH child rewards are separate. For an unbound BTC username, leaving the VMESH password blank selects the ecosystem Treasury. VMESH donations cannot be reversed.
To keep your VMESH miner reward, enter your own valid vm1 address. An empty password with no prior BTC binding sends the VMESH miner share to Treasury. Existing bindings remain protected; a non-empty invalid address is rejected.
Support the VargaMesh ecosystem
Active policy: a new BTC miner that deliberately leaves the VMESH password blank sends the 99% VMESH miner reward to the Ecosystem Treasury; the separate 1% VMESH developer fee remains unchanged. Existing BTC-to-VMESH bindings always take priority. Non-empty malformed addresses are rejected.
vm1qmh7cnjshtxyrqdfefzs2k7g6r7pd7ma9ntrlegEstimate your BTC block probability
Based on the live BTC network difficulty when available. An estimate, not a payout forecast.
Waiting for a verified BTC difficulty figure.
Poisson estimate using independent hashes; excludes downtime, fees and changing network difficulty. VMESH block probability is separate.Bitcoin merged SOLO mining FAQ
What is the Bitcoin pool fee?
0.1% of the Bitcoin block coinbase goes to the developer address bc1qdw2puj3g4ypqyxql7dy3jw2f29u5q7fkvd584m; 99.9% goes to the miner, subject to satoshi rounding. Charged only if a BTC block is found. The signature is /VargaMesh-MergedSolo/.
What is the VMESH mining fee?
1% of a found VMESH block coinbase goes to the developer address vm1qsfsgj70pdv86nguvexzvsflmcknz4lrsj87wx9; 99% goes to the miner's valid, registered VMESH address. Fees on BTC and VMESH are separate.
Does merged mining split my ASIC hashrate?
No. Merged mining uses the same SHA-256d parent mining work to evaluate the Bitcoin and VargaMesh proof-of-work targets. It does not improve your Bitcoin block odds.
Do I need a VMESH wallet?
Yes. Supply your own Bitcoin payout address as the Stratum username and your own VMESH address as the Stratum password. Create or open a VMESH wallet ↗.
What if I leave the VMESH password blank or enter an invalid address?
Enter a valid VMESH mainnet payout address. An existing BTC-to-VMESH binding is reused when the password is blank. For a new BTC username, leaving the password completely blank donates the VMESH miner share (99%) to the Ecosystem Treasury; a non-empty invalid address is rejected. To receive VMESH yourself, enter your valid vm1 address.
Is a BTC or VMESH block guaranteed?
No. SOLO mining is probabilistic. Neither network guarantees a block find, a payout, profitability or a stable market price. Electricity and hardware costs remain your responsibility.
Miner statistics by BTC payout address
Public views mask payout addresses and worker identifiers; address-specific lookups remain limited to the entered BTC address.
Live miner overview
Public pool activity with BTC and VMESH payout addresses masked.
Active / recently active miners
5m and 15m estimates from accepted pool shares| BTC payout | VMESH binding | 5m hashrate | 15m hashrate | Active workers | Last share |
|---|---|---|---|---|---|
| Loading miner telemetry… | |||||
How pool statistics are calculated
Transparent estimates based on accepted share difficulty — not miner-advertised speed.
Accepted-work estimate
Hashrate is estimated from accepted share difficulty over each displayed time window. Short windows react quickly but can fluctuate more.
Masked payout addresses
Public miner tables never expose full BTC or VMESH payout addresses. The full BTC address is supplied only for the requested lookup.
No outcome guarantee
SOLO mining is probabilistic. Hashrate, shares and previous block finds do not guarantee future blocks, payouts, profitability or economic value.
On-chain results & BestShare
BTC parent chain + VMESH AuxPoW. Explore actual network history, cumulative share records and Coinbase payouts — with verified findings clearly separated from unverified matches.
Highest cumulative share difficulty reported by CKPool
Current network difficulty
Current network difficulty
Requires matching pool-submission proof, not only a Coinbase address
Observed BestShare evolution
Historical snapshots of the cumulative record, not the time a share was actually mined.
VMESH payout classification
Your VMESH wallet is also the fee wallet. A 1% output must never be mistaken for a full solo reward.
—BTC history indexing
No verified pool block count available
VMESH history indexing
Existing candidates survive scans and service restarts.
Recent Coinbase payout observations
Coinbase matches are candidates only. They are not reported as verified mining results.
| Chain / height | Time | Receiver | Matched amount | Coinbase total | Type | Proof |
|---|---|---|---|---|---|---|
| Loading indexed Coinbase records… | ||||||
Current-target comparison is informational, not a historical block proof. Wallet-based payout detection cannot determine which Stratum pool submitted the winning block.