7 min readUntil just over a decade ago, mining Bitcoin was a hobby accessible to almost anyone. All you needed was a computer, some basic software, and a decent internet connection.
With a bit of patience, you could contribute to securing the Bitcoin network and earn BTC in return.
But things have changed dramatically. Bitcoin mining has evolved into a highly professionalised industry. What was once a playground for early adopters and tech enthusiasts is now a global, capital-intensive operation.
Today, Bitcoin mining isn’t carried out by solo hobbyists tinkering in their bedrooms. It’s dominated by massive data centres—industrial-scale farms run by corporations and packed with thousands of specialised machines.
In Q1 2025, nine of the top Bitcoin mining companies collectively earned 9,800 coins, worth an estimated US$920 million, according to CoinShares’ Research. Public listed mining firms have steadily grown in recent years and earn 25-30% of total bitcoin production.
These farms are typically located in regions with low electricity costs and naturally cool climates. They operate through large mining pools, combining their computational power to increase the probability of earning rewards.
Yet despite this industrial shift, a few determined individuals continue to mine from home.
Against rising network difficulty, fierce competition, and increasingly narrow profit margins, some remain committed to the idea that Bitcoin mining should stay accessible, even if only to the passionate few.
Reminder: what is bitcoin mining?
Before diving deeper, let’s take a moment to explain what mining involves.
In technical terms, Bitcoin mining is the process of validating new blocks of transactions and adding them to the blockchain.
Miners compete to solve a complex mathematical puzzle, and the first to solve it earns the right to add a new block and to receive a reward in freshly minted Bitcoin.
To solve this puzzle, a miner’s machine must perform countless calculations per second, trying different combinations until the correct solution is found. The more powerful the hardware, the more chances it has to get there first.
Since April 2024, the reward for successfully mining a block has been 3.125 BTC. At the time of writing, that’s worth just over $328,000. But this number isn’t fixed. Bitcoin’s protocol reduces the block reward by half every four years, a process known as the “halving.”
The next halving will occur in 2028, and the very last one is predicted to take place around the year 2140. By then, the total supply of Bitcoin—capped at 21 million coins—will have been fully mined.
So far, over 93% of that supply has already been issued, roughly 19.6 million BTC. That leaves about 1.4 million left to mine. The question is: can ordinary people still get a piece of it?
Can you still mine Bitcoin at home?
Technically, yes—you can still mine Bitcoin from home in 2025. But it’s far more complex, costly, and less accessible than it used to be.
First, you’ll need specialised hardware. Today’s mining ecosystem is dominated by ASICs—Application-Specific Integrated Circuits—built exclusively for Bitcoin mining.
Current models like the Bitmain Antminer S21 or MicroBT’s Whatsminer M60 series offer high hash rates and better energy efficiency. In comparison, older machines have become virtually obsolete, consuming more electricity than they can generate in mining rewards.
This kind of performance comes at a price. New-generation ASICs typically cost between $2,500 and $4,000 USD, and that’s only for the hardware. You’ll also need a compatible power supply, cooling solutions, and possibly accessories to manage noise and airflow.
Speaking of noise, these machines are loud, comparable to a vacuum cleaner running nonstop. They also produce intense heat. Trying to run one in a small apartment would quickly become unbearable.
Electricity is another crucial factor. A modern ASIC draws between 2,800 and 3,800 watts continuously. Most residential installations will require upgrades, often involving a certified electrician.
Some manufacturers have recently developed systems that repurpose the heat generated by Bitcoin mining to warm homes or even heat running water. Devices like Canaan’s Avalon Mini 3 and Nano 3S or 21Energy’s Ofen reflect this approach, offering compact solutions that combine mining with domestic heating. They cost around $1,000.
However, there are more affordable options known as "micro miners," designed for solo miners. The most popular ones, such as BitAxe and NerdAxe, cost around $120.
In addition to their low price, they have the advantage of being quiet. That said, they are not very powerful, and their profitability remains low — or even negative — due to electricity costs.
In short, home mining is still possible in 2025, but it’s no longer a casual hobby. It requires substantial financial investment, technical expertise, and a suitable environment.
Is it still profitable?
Let’s be realistic: in 2025, mining Bitcoin at home is no longer a reliable way to make money.
Profitability hinges on several variables—hardware efficiency, electricity costs, Bitcoin’s market price, and network difficulty. Unfortunately, most of these factors work against small-scale, independent miners.
Electricity remains expensive in many regions, and large-scale mining farms benefit from economies of scale and cheaper energy sources, making the competition even tougher.
That said, it’s not entirely impossible to strike gold. In March, a solo miner successfully mined a block using a Bitaxe. That single block rewarded the miner with 3.15 BTC, worth over $260,000 at current prices.
While this was an extremely rare event, it’s proof that luck can still play a role. Stories like these keep the dream alive for hobbyists.
For most home miners, though, solo mining isn’t practical. Joining a mining pool is the only viable option, allowing individuals to earn a steady—if modest—income based on their share of the collective hashrate. It won’t pay your rent, but it might offset part of your energy bill, especially if you live in an area with low electricity rates or can run your ASIC during off-peak hours.
That said, many hobbyist miners aren’t in it solely for profit. Some do it to support the Bitcoin network or to deepen their technical understanding of how mining works. Others treat it as a personal experiment—a way to test hardware, learn new skills, and stay engaged with the technology in a hands-on way.
In those cases, the true value isn’t measured in BTC earned, but in experience gained.
Conclusion
In 2025, mining Bitcoin from your living room is unlikely to make you rich. The odds are slim, the costs are steep, and the constant noise could easily drive you out of the house.
Still, for those with curiosity, determination, and a bit of technical know-how, it’s possible to take part in this vast decentralised network from home.
You’ll need patience, you’ll need to endure the heat, and you’ll need to accept that the reward may be more about the experience than the earnings. And once in a while, someone does hit the jackpot.
