Dren Hima

Q1 2026 marked the largest institutional miner sell-off on record – public Bitcoin miners sold more than 32,000 BTC in a single quarter. The real trigger was broken mining economics – hashprice fell below breakeven while the all-in cost to mine one BTC rose well above spot prices for many operators. The 2024 halving hit […]...

CKB mining is no longer experimental or hobby-friendly at scale, it is an ASIC-driven operation with real infrastructure requirements. Electricity cost matters more than hardware specs, efficiency cannot compensate for expensive power. Mining rewards on Nervos are layered and delayed, which affects cash flow and requires patience. Halvings raise the bar but do not end […]...

Mining Conflux is still possible. What isn’t simple anymore is deciding whether it’s worth doing. Most guides dodge that question by flooding you with setup steps and pretending profitability is a secondary detail. It isn’t. Profitability, hardware longevity, and opportunity cost decide whether mining CFX makes sense at all. This article walks through the entire […]...

Siacoin mining is ASIC-only and has been for years. Any guide suggesting GPUs is outdated. Electricity cost and hardware efficiency are more important than hashrate or block rewards. Mining pools are essential, but pool concentration is a real network risk. Most miners accumulate SC long-term rather than treating mining as daily income. Mining Siacoin still […]...

Alephium mining is ASIC-only in practice. GPUs and CPUs no longer make sense economically. Blake3 ASICs dominate the network and define mining viability. Electricity cost matters more than hashrate. Cheap, stable power is the main factor separating profitable setups from unprofitable ones. Mining pools are essential for consistent rewards. Solo mining carries extreme variance. Pools […]...

Flux can no longer be mined with GPUs or mining pools. That era is over. Earning FLUX now requires running a FluxNode with locked collateral and stable infrastructure. Returns depend more on uptime and discipline than on hardware or optimization tricks. Locked collateral carries real price and opportunity risk that should not be ignored. FluxNodes […]...

Kadena mining is ASIC-only and capital-intensive. There is no low-cost entry path. Electricity cost matters more than hashrate when margins are thin. Mining pools are essential for consistent payouts on the Kadena network. The network continues to function despite reduced development activity. Kadena mining suits disciplined operators. Kadena mining is not trendy anymore. That alone […]...

Zcash mining is ASIC-driven and capital-intensive. Electricity cost matters more than hashrate. Mining pools are required for stable income. GPU mining is educational, not profitable. Long-term viability beats short-term screenshots. People still mine ZEC for three reasons. Privacy still matters. Proof-of-work still has believers. Volatility still creates windows where mining makes sense if your c...

Ethereum Classic mining exists because Proof-of-Work never changed. ASICs set the economic floor for ETC mining. GPUs only work when power is cheap or hardware is sunk cost. Electricity cost matters more than price predictions. ETC mining rewards discipline and long timelines. Ethereum Classic is still mined because it never left Proof-of-Work. That single decision […]...

Merge mining reuses the same hash to secure multiple blockchains. The parent chain stays unaffected, the auxiliary chain carries the complexity. Security improves, but independence often weakens. Incentives decide whether merge mining helps or quietly centralizes power. It still matters for proof-of-work chains, but it never became the default. Merge mining is one of those […]...

Ravencoin mining still works because GPUs still matter. Electricity cost decides profitability more than hash rate. Pools offer stability, solo mining offers patience tests. Efficient tuning beats aggressive overclocking every time. Knowing when to stop matters as much as knowing how to start. Mining Ravencoin still exists for a reason that most people underestimate. It […]...

Monero mining is CPU-driven, not GPU-driven. Electricity cost decides whether mining makes sense. Setup and tuning matter more than buying new hardware. Pools smooth payouts, P2Pool helps decentralization. Mining Monero is slow, boring, and honest work. People usually come to Monero mining for one of two reasons. They either care about privacy and want to […]...

Kaspa mining rewards efficiency, not early entry, because emissions decline every month. ASICs run the network today, while GPUs remain technically viable but economically weak. Pool mining offers stable payouts, while solo mining offers control and higher variance. Electricity cost matters more than hardware brand or hashrate headlines. Mining Kaspa works when constraints are respected […]...

Home mining in 2025 is a powered-up hobby project first and a profit engine second. Your electricity price and power limits decide more than any YouTube profit screenshot. You must pick a lane early, either a flexible GPU rig or a Bitcoin-focused ASIC heater. A sane first build keeps total draw around 800-1500 watts and […]...

Solo mining concentrates all your reward into rare blocks and demands serious hashrate, cheap power and a strong stomach for long dry spells. Pool mining gives roughly the same theoretical return over time while smoothing variance, so it fits miners who actually need to pay recurring bills. Pool design matters, because bad payout schemes and […]...

Hashrate is just raw guessing speed, and it only pays if difficulty, block rewards and your power costs line up. Mining difficulty constantly moves to hold block times near the protocol target, so your fixed hardware gets squeezed whenever network hashrate climbs. Block rewards are split into subsidy and fees, and over time halvings push […]...

Bitcoin halving is a hard 50% pay cut on block rewards for miners, not a guaranteed price pump. Pool choice and splitting hashrate across several pools and SHA-256 chains can meaningfully improve risk-adjusted rewards after a halving. Miners that retire inefficient rigs early and lock better power deals before the halving walk in with a […]...

Proof-of-Work “pays” for security with real-world electricity and hardware, so most block rewards are competed away into energy and capex. Proof-of-Stake replaces that external burn with capital at risk, so security depends on slashing, governance and stake distribution instead of power bills. In PoW, power concentrates around cheap energy and mining pools; in PoS, it […]...

Crypto mining is the mechanism that picks the next valid block and makes Bitcoin’s history hard to fake. Miners propose blocks and burn energy to win rewards, while full nodes enforce the rules and reject anything invalid. The security budget comes from block rewards plus transaction fees, and hashrate rises or falls with real-world economics […]...

Mining rewards are taxed as income when you receive them and set your cost basis for future gains or losses. Whether tax sees you as a hobby miner or a business decides if you can deduct serious power and hardware costs. Clean records for rewards, costs and sales matter more than any tool when a […]...

Energy is now the main choke point for crypto mining. New York’s 2025 bill shows how states can price miners out without banning them. Renewable-only exemptions will create a two-tier mining industry. Rising energy taxes stack on top of already thin mining margins. Mining will migrate to jurisdictions that want the load and have cheap […]...

Summary Profit lives at ≤$0.06-$0.07/kWh with 15-16 J/TH gear and real uptime. Hashprice bands decide cash flow. Difficulty is a slope. Plans that need it flat are not plans. Contracts matter more than brochures. Power and hosting terms make or break you. If LCOM < market and BCR > 1 across scenarios, mine. If not, […]...

Summary Cloud mining lets users rent hash power from data centers instead of buying rigs. Supported coins are mainly proof-of-work networks like BTC, LTC, DOGE, and BCH. Profitability depends on contract fees, energy costs, mining difficulty, and coin prices. Benefits include accessibility, scalability, and sustainability, but scams remain a serious risk. In 2025, the cloud […]...

Summary Cloud mining has gone mainstream in 2026, boosted by post-halving pressure and rising energy costs. Market growth is strong, with revenue projections above $110m this year and long-term expansion toward $19.2b by 2030. Platforms vary: some focus on daily payouts and low entry, others on scale, ESG, or institutional demand. Benefits include passive income, […]...