BTX mining launcher
Mine BTX to your own wallet.
Choose macOS or Windows, follow the guide, then start the miner. Your wallet stays yours.
- 1Choose macOS or Windows
- 2Get BTX address
- 3Start miner
Choose your setup.
Need a BTX address?
Get a payout address before running the miner. The page never asks for private keys.
Preflight
Checks the machine before anything installs.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --preflight --worker 'default'
Install
Run only after preflight passes.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --address 'btx1z...YOUR_BTX_ADDRESS...' --worker 'default'
Your address becomes your dashboard
The address above loads your workers, hashrate, shares, mined BTX, pending payout, and fees.
The page, API, stratum endpoint, and full node are active.
Users only run the miner. BTX Start operates the service side.
First seven days are fee-free. The modeled pool fee applies afterward.
Managed mining service snapshot.
Miner resources
Scale your BTX setup.
Keep the first step simple. Use these tools when you want faster hardware, yield estimates, setup help, or fee transparency.
New miner questions BTX, wallets, nodes, and rewards explained.
What is BTX / Bitcore mining?
BTX mining secures the BTX network with MatMul proof-of-work. The goal of this page is to make wallet setup, Mac and Windows setup, GPU selection, and service status understandable in one place.
Do I need to run a BTX node?
BTX Start is being built so users only run the miner while the service side handles the backend. The status area shows whether managed mining through BTX Start is live.
Can I use a Mac or Windows PC?
Yes. Apple Silicon Macs use the Mac path with a local Metal-capable solver. Windows NVIDIA PCs use
Ubuntu under WSL2 and should verify nvidia-smi before installing.
Where do rewards go?
Users enter their own BTX payout address. BTX Start does not ask for wallet private keys and does not custody a user's personal wallet.
Local machine setup Mac and Windows paths when the main command needs more context.
Use Terminal, a local Metal-capable solver, then the Mac commands below.
Full Mac guideInstall Ubuntu under WSL2, confirm nvidia-smi, then run the commands below inside Ubuntu.
Mac commands Run in Terminal.
1. Mac preflight
Checks the local solver path before installing.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --preflight --worker 'mac-ultra' --solver-backend metal --local-solver "$HOME/.dexbtx-miner/bin/btx-gbt-solve" --trust-local-solver
2. Mac install
Uses your address and local Metal solver.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --address 'btx1z...YOUR_BTX_ADDRESS...' --worker 'mac-ultra' --solver-backend metal --local-solver "$HOME/.dexbtx-miner/bin/btx-gbt-solve" --trust-local-solver
Windows commands PowerShell first, Ubuntu after.
1. Install Ubuntu WSL2
Run once in PowerShell.
wsl --install -d Ubuntu
2. Windows WSL preflight
Run inside Ubuntu, not PowerShell.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --preflight --worker 'windows'
3. Windows WSL install
Run after preflight passes.
curl -fsSL https://drinknile.com/install.sh | bash -s -- --address 'btx1z...YOUR_BTX_ADDRESS...' --worker 'windows'
The dashboard groups rigs by payout address and worker label.
The page shows pool-side shares and pending payout. Your wallet remains self-custodied.
Once mining is live, accepted shares and worker activity appear in the personal dashboard.
GPU speed and BTX yield Search GPUs and estimate yield, speed, and efficiency.
Used for rough BTX/hour estimates.
Assumes a 90-second target block interval.
Example yield after modeled platform fee.
Profiles are estimates unless marked measured.
| # | GPU | Profile | Speed | BTX/h | BTX/day | Efficiency | Confidence |
|---|---|---|---|---|---|---|---|
| Loading GPU profiles. | |||||||
Rental GPU pricing Find Vast.ai offers and use the BTX Start referral link.
Uses the dedicated BTX Start Vast account link.
Loading Vast pricing snapshot.
Lowest hourly listing in the snapshot.
Estimated cost per BTX.
Highest modeled BTX/hour.
| # | GPU | $/h | BTX/h | $/BTX | Location | Reliability | Action |
|---|---|---|---|---|---|---|---|
| Loading Vast offers. | |||||||
BTX shovel tools Verifier, UTXO dashboard, faststart images, measured compute, and mine-vs-buy math.
Gate rentals by measured BTX n/s, zero CPU fallback, and cost per BTX before spending real money.
Use the backend node and scantxoutset so balances do not depend on explorers that reject BTX addresses.
Ship pinned miner images with solver, config, health checks, and no blockchain setup path for customers.
Offer productive BTX compute based on accepted shares and measured hashrate, not rented-card labels.
Self-managed cloud setup Advanced option: run your own node, wallet host, GPU miner, and terminal dashboard.
Bring your own BTX node.
Use this path only if you want full control over a private Hetzner wallet node and a separate RunPod or Vast GPU miner. The main BTX Start flow remains simpler: users connect to the managed stratum and watch the browser dashboard by payout address.
Claude-guided scripts for a persistent wallet node, rental GPU miner, owned rig path, and terminal dashboard.
This costs more, takes longer, and requires cloud accounts. It is not the fastest path for a first miner.
Fees and treasury Public fee routing and operating model.
Fee collection remains disabled until the managed mining service and fee wallet are active.
Fee logic starts only after the mining service is active.
Pending wallet creation
Pending wallet creation
Platform fees are intended to fund operations, tooling, and new BTX-adjacent projects.
| Scenario | Added hashrate | Network share | Gross BTX/day | 0% fee | 0.50% fee | 1.00% fee |
|---|---|---|---|---|---|---|
| Loading operating model. | ||||||
Model uses pending network and a reference price of $5.71. It is planning math, not a guarantee.