💥 Gate Square Event: #PostToWinCGN 💥
Post original content on Gate Square related to CGN, Launchpool, or CandyDrop, and get a chance to share 1,333 CGN rewards!
📅 Event Period: Oct 24, 2025, 10:00 – Nov 4, 2025, 16:00 UTC
📌 Related Campaigns:
Launchpool 👉 https://www.gate.com/announcements/article/47771
CandyDrop 👉 https://www.gate.com/announcements/article/47763
📌 How to Participate:
1️⃣ Post original content related to CGN or one of the above campaigns (Launchpool / CandyDrop).
2️⃣ Content must be at least 80 words.
3️⃣ Add the hashtag #PostToWinCGN
4️⃣ Include a screenshot s
What are crypto mining farms? A deep look
Mining farms are massive facilities where digital coins are born. Since the first Bitcoin was mined in 2009, this process has evolved tremendously. By early 2025, there will be thousands of cryptocurrencies circulating in a market valued at over $3.4 trillion, although only a few can actually be mined.
In my experience, these farms are true technological centers where specialized computers tirelessly work to solve complex mathematical problems. Each solution validates transactions on the blockchain and mints new digital coins. I have seen some impressive facilities, filled with hundreds or thousands of machines operating day and night, consuming energy like small cities.
Mining operations function like digital power plants. Machines solve equations to confirm transactions and generate rewards that are stored in digital wallets. Managing these facilities is not an easy task - they require meticulous planning, huge amounts of electricity, and efficient cooling systems. The more machines, the greater the capacity to mine coins, making growth a decisive factor for success.
There are different types according to their scale: from industrial ones with warehouses filled with optimized equipment, to medium operations looking to balance costs and benefits, to small home farms for individual enthusiasts. Alternatives such as cloud mining or approaches with renewable energies have also emerged.
The benefits are evident: they allow for the combination of resources, making mining more profitable due to economies of scale. With advanced hardware and optimized systems, these operations protect the blockchain and maintain its decentralization.
However, the challenges are considerable. The electricity consumption is brutal - I have calculated bills that would make anyone pale. Cooling systems are critical; if they fail, the machines overheat causing costly repairs. The initial investment is high and requires specific technical knowledge.
The future looks promising with technological advances that will allow for greater production with lower energy consumption. The transition to renewable energy is inevitable for more sustainable operations. However, alternatives like staking are gaining popularity, as evidenced by Ethereum's shift from PoW to PoS, reducing the need for intensive mining.