BTC "What if" Miner 2.0

This device uses an ESP32 microcontroller with dedicated mining firmware (NMMiner) to perform SHA-256 hashing. Each hash calculated is effectively a “lottery ticket” for solving the next Bitcoin block. The unit operates at around 1000 kH/s meaning it generates hundreds of thousands of hashes per second while consuming only about 1 watt via USB-C power.

The firmware connects directly to the Bitcoin network over Wi-Fi (802.11 b/g/n) and submits results automatically. Unlike pooled mining, it’s configured for solo lottery mining—so instead of receiving tiny fractions of BTC regularly, you have a genuine chance to win the entire 3.125 BTC block reward (~$350,000 at today’s prices) whenever your hash matches the network target.

Yes! You can absolutely purchase more than one miner. Each device runs independently, so owning multiple units simply means more hashing power—and more “lottery tickets” in the race to win a Bitcoin block reward.

Whether you place them all in one location or spread them out, they’ll each connect to your WiFi and mine on their own. Many customers choose to run several miners at once to increase their overall chances of hitting a block.

With this miner, your chances of solving a block work out to about 1 in 1.4 million each day. That means every 24 hours you’re essentially holding 144 “lottery tickets” in Bitcoin’s mining raffle. While the odds sound steep, they’re dramatically better than most traditional lotteries.

For comparison:

• Bitcoin Mining (with this device): ~1 in 1.4 million per day.
  
• U.S. Powerball Lottery: ~1 in 292 million for the jackpot.
  

In other words, your chance of hitting a Bitcoin block is over 200 times better than striking it rich in the Powerball.

The key difference is that this isn’t a one-time ticket purchase. Your miner keeps generating new “entries” (hashes) every second, all year long, for pennies in electricity. Most days, it will simply run quietly in the background. But at any moment, your hash could be the winning one—and that means claiming the full 3.125 BTC block reward, worth hundreds of thousands of dollars at today’s prices.

This is why it’s often described as Bitcoin’s ultimate lottery: the odds are slim, but far better than national lotteries, and the cost to play is virtually nothing once your miner is set up.

This miner is designed for solo lottery mining, which means rewards come only when you hit the block. There are no daily payouts or pool shares, but the trade-off is that if you win, you receive the entire block reward yourself. It’s high-risk, high-reward—similar to playing the lottery, but powered by real Bitcoin mining.

Yes. Setup is intentionally simple: just plug it in, connect to WiFi, and enter your Bitcoin wallet address. The miner does the rest automatically. You don’t need coding knowledge or hardware expertise—making it one of the easiest ways to participate in Bitcoin mining today.

All you need is a USB power source (like a phone charger, power bank, or your computer’s USB port) and a WiFi connection. The miner itself is self-contained—it doesn’t require a powerful PC, external graphics cards, or any special hardware. Once it’s powered and connected to WiFi, it runs independently and communicates directly with the Bitcoin network. For setup, you’ll just need a smartphone, tablet, or computer to enter your wallet address and connect it the first time. After that, it works on its own in the background.

The miner is built on reliable ESP32 microcontroller hardware, which is known for durability and long lifespans. Since it runs at very low power (about 1W) and generates almost no heat, there’s minimal wear on components compared to traditional high-wattage ASIC miners. With normal use, it can run 24/7 for at least 5 years without issue.

You won’t need to replace it often—firmware updates can be installed easily to keep it current, and because there are no moving parts (like fans), there’s little that can break down. In short, once you set it up, it’s designed to quietly mine in the background for the long term.