I just saw someone ask about Bitcoin mining again, so I might as well organize the latest situation in 2026. Honestly, this topic has changed so much since 2009 that many people still think mining is just using a computer to mine casually.

First, the core point: Bitcoin mining is when miners use mining machines to keep records for the Bitcoin network, and the network rewards you with BTC. This reward is divided into two parts—block rewards and transaction fees. In the early days, when Satoshi mined the first Bitcoin, a block could earn 50 BTC. Now, after several halvings, it’s down to 3.125 BTC. Without miners continuously mining, the Bitcoin network would have no one to keep records, and the entire system would die. So from a certain perspective, mining isn’t just about making money; it’s about maintaining the entire network’s life.

Over the past decade, mining has gone through three stages of evolution. The earliest (2009-2012) could be done with ordinary CPUs. By 2013, GPU mining became popular, then ASIC specialized mining machines appeared, completely changing the game. Today’s Antminer, Avalon, and other professional devices cost thousands or even tens of thousands of dollars each.

Mining methods have also changed. From individual solo mining at the start, to forming mining farms in groups, and now to cloud mining pools. Major pools like F2Pool and Poolin aggregate global hash power, and individual miners generally join pools and share rewards proportionally to their hash rate. The advantage is stability; the downside is that rewards are diluted.

As for whether mining will still be profitable in 2026, I have to be honest—individuals mining with personal computers are basically out of the game. Hash rate competition has become fierce; if your hash power is too low, you simply can’t win the right to record transactions. But that doesn’t mean individuals have no chance at all. If you really want to try, there are a few key steps to prepare:

First, check if local laws permit mining. In the US, most of Europe, mining is legal, but energy consumption issues have led many countries and regions to crack down on mining. You must clarify this in advance to avoid having your equipment confiscated or fined later.

Second, calculate costs. Use tools like WhatToMine to input your mining machine model, electricity costs, and pool fees, and see if daily earnings can cover expenses. The current average electricity price is about $0.08 per kWh; choosing miners with an efficiency below 20J/TH is more cost-effective. New miners like WhatsMiner M60S have good efficiency, but they’re also pricey.

Next, choose a mining method. You can buy and operate your own miner, or have a professional hosting service manage your miner, or rent hash power directly. If you’re not tech-savvy, renting hash power is more convenient and spares you maintenance trouble. But be sure to pick a reputable platform—avoid scams like fake cloud mining schemes.

When joining a mining pool, compare fee rates, payout cycles, and decentralization levels. Some pools now support decentralization and are more resistant to censorship. After selecting a pool, configure your wallet and securely store the mined BTC. Keep your private keys and mnemonic phrases safe—losing them means you can’t recover your funds.

Honestly, by 2026, mining Bitcoin is still cheaper than buying it directly, but the era of “free mining” is gone for good. Mining now requires certain technical skills, capital investment, and compliance awareness. For most ordinary users, joining a mining pool, choosing renewable energy farms, or participating in DeFi staking and other yield models are more practical options.

Finally, a reminder: if you see ads claiming “zero-cost mining,” they’re almost certainly scams. Real mining involves paying for electricity, equipment, and time to earn BTC—there are no shortcuts. Do your homework, choose legitimate platforms and pools, and only then can you steadily profit in this highly competitive mining market.