10 Nov, 2025
3 minutes
Crypto mining refers to the process of securing a blockchain network and the validation of its transactions with computational power. In general, miners are incentivized to contribute their hardware resources in exchange for block rewards that can be given out in the form of freshly minted coins, along with transaction fees. The best crypto to mine will be assets boasting stable demand, efficient mining algorithms, and manageable operational costs.
The November 2025 mining landscape will be determined by hardware availability, the price of electricity, adjustment in network difficulty, and which of the mineable crypto assets remain relevant after major transitions have taken place in the market. Some cryptocurrencies are optimized to mine with GPUs, others with ASICs, and a few deliberately resistant to specialized hardware. It's important to understand which coins can be mined effectively to work out whether the process can be profitable over time.
Crypto mining is the process that validates new transactions and adds them to a blockchain network. Miners use computing hardware to solve cryptographic problems defined by the consensus algorithm of the network, for any block that they successfully validate, ideally through block rewards, and perhaps also transaction fees in some networks, they are rewarded. Such a reward system is generally intended to disburse newly issued coins into circulation while ensuring that there is at least some cost to rewriting the ledger, hence keeping the network secure.
Different cryptocurrencies use different mining algorithms. Some of them, like Bitcoin, rely on SHA-256 and are mined almost exclusively with ASIC hardware due to the high level of competition and high computational difficulty. At the same time, other networks, like Monero or Ravencoin, use more GPU- or CPU-optimized algorithms, thus giving more chances to small miners.
Mining profitability depends on a few key factors:
Network difficulty: competitiveness of the mining environment.
Hashrate: The hashrate efficiency can be thought of as the computational power your hardware can perform per unit of energy input.
Energy concerns: Electricity costs are probably the most important operational cost that defines if mining can remain profitable or not.
Block reward and emission schedule: amount paid by the network to miners and the way rewards change over time.
Here, miners can find the most profitable crypto to mine, taking into consideration items such as hardware, electricity pricing, and tolerance for price volatility.
The best coins to mine in November 2025 are those whose mining algorithms are available and whose networks are in active use, with reasonable competition for block rewards. Some networks are optimized for GPU mining, while others take full advantage of ASIC hardware, a few still allow CPU mining to act as an entry point. Of course, a choice depends on available hardware, electricity costs, and a willingness to manage operational complexity. Below is a look at leading mineable crypto assets, currently considered practical for individual and mid-scale miners.
Monero is generally perceived as the easiest coin for any person to mine, due to the deliberately optimized RandomX algorithm for CPU mining. As such, it is within reach for every personal computer owner to perform without specialized ASICs or high-end GPUs. Core demand for Monero comes from features like privacy and consistently high transaction volumes. Mining also stays highly decentralized since there is limited advantage coming from specialized hardware. Mining profitability is mostly dependent on electricity efficiency and CPU performance, it is thus more viable and stable for home and small-scale miners rather than those speculating on it for spikes.
Litecoin uses the Scrypt mining algorithm, which is compatible with ASIC hardware. If a miner is currently operating SHA-256 or Scrypt-compatible machines, this is one of the best coins to mine based on consistent network liquidity and a long-term market position. The common practice is that miners mine Litecoin along with Dogecoin through a merged mining process whereby one pool of hash power can mine both chains and be rewarded on both. Important variables determining the outcome of LTC mining include ASIC efficiency, network difficulty, and electricity pricing. Compared to many of the newer mineable crypto assets, Litecoin is more predictable because of the strong infrastructure and stable demand.
Zcash, as the name would suggest, is all about privacy, while the Equihash algorithm has allowed GPU-friendly mining to account for the fact that modern ASICs dominate competitive mining environments until very recently. That being said, Zcash appeals to operations seeking exposure to assets focused on privacy with identifiable use cases. In a nutshell, what this means for mining ZEC is a need to pay attention to hardware efficiency and ongoing adjustments in difficulty. Naturally, profitability will be determined by both stable electricity costs and consistent participation in the network's block rewards.
Mining of Dogecoin is done via merged mining together with Litecoin using the Scrypt algorithm. That means miners can collect DOGE alongside LTC without any extra investment in energy. Dogecoin is among the most famous mineable crypto assets because of its liquidity and active community. DOGE mining is viable only with ASIC hardware, it is actually rather a demanding cryptocurrency for beginners to mine. Moreover, given the reward structure and inflationary issuance, great attention should be paid to efficiency and cost management.
Dash utilizes the X11 algorithm and is largely mined using ASICs. The Dash blockchain utilizes a masternode system whereby block rewards are given to network nodes, meaning miners receive less in the way of direct rewards relative to other networks. That said, Dash still sees regular transaction usage in certain markets where it remains active as more of a payment-focused network. DASH mining is one of the best coins to mine for miners who have consistent access to stable power supplies and dedicated ASIC equipment optimized for the X11 algorithm.
Grin implemented the ASIC-resistant algorithm of Cuckoo Cycle, hence friendly for GPU miners. Grin is focused on privacy and lightweight blockchain design. Mining GRIN will be attractive for those miners who like open GPU-based ecosystems compared to ASIC-driven competition. The profitability of mining will depend a lot on the demand of the network and its liquidity since GRIN has a steady schedule of emission. Value for mining GRIN is in simplicity and accessibility for medium-sized mining setups.
RVN is optimized for consumer-grade GPUs using the KAWPOW algorithm, Ravencoin is considered one of the more promising crypto assets to be mined with a GPU. It has a clearly defined use case on the network for the creation and transfer of tokenized assets. RVN can still be mined directly by individual miners, and most prefer GPU rigs over traditional ASIC mining hardware. Results depend on the GPU efficiency, rig configuration, and electricity costs.
Ethereum Classic works on the Etchash algorithm and has remained GPU-mineable. ETC is considered by many miners who used to mine Ethereum before its transition to Proof-of-Stake. ETC still sees active usage in smart contract deployment and is among the most liquid mineable crypto assets.
Mining profitability depends on GPU hash efficiency and network difficulty, ETC is usually chosen for mining operations with optimized GPU hardware that are not able to transition to ASIC mining.
The best crypto to mine doesn't come in ranking terms but rather in terms of the conditions of operation. Profitability differs between assets and may change over time due to adjustments in network difficulty, hardware efficiency, electricity pricing, and token market value.
Following are some of the key factors defining whether mining can remain profitable:
Hardware Compatibility: Some are more GPU-friendly, like Ravencoin, Grin, and Ethereum Classic, others include Litecoin, Dogecoin, and Dash, which require ASICs. Monero counts among the few crypto assets which are still CPU-mineable.
Electricity Costs: It pays more to mine when the energy costs are low. On paper, a coin that looks to be the most profitable crypto to mine turns out to be unprofitable in an area where there is high pricing of electricity.
Difficulty and Hashrate Trends: The greater the number of miners joining a network, the more difficult it is to earn block rewards. Observing the change in difficulty will help one to know when to switch coins.
Market liquidity/demand: Rewards that have to pass through a phase of conversion do not suffer from slippage in high liquidity assets, but the value of such assets that are used in active use cases within a particular ecosystem remains stable.
Emission Schedule: Long-term mining economics are defined by block reward halving, fixed inflation, or perpetual emissions. Generally speaking, sustainable mining seems to favor those networks that have predictable issuance.
Mining is best thought of - in the most general sense - as part of a larger operational strategy rather than as any sort of short-term speculative opportunity.
The best crypto to mine is about matching hardware capability and energy cost with prevailing market conditions. In this regard, the coin to be mined need not have the highest theoretical yield but may aim to create positive operational margins. Thus, efficiency and sustainability become key points for consideration rather than brief short-term reward fluctuations within an evaluation framework.
Hardware type and efficiency: GPU mining rigs work great with KAWPOW (RVN), Etchash (ETC), while ASIC devices are more relevant for Scrypt (LTC, DOGE) and X11 (DASH). In the case of RandomX (XMR), CPU mining makes most sense.
The structure of the cost of electricity: in real life, the most profitable crypto to mine on paper isn't actually that if the local rate of electricity is high. In general, areas where industrial or renewable power is accessible make profitability significantly higher.
Network difficulty trends: Regular monitoring of the hashrate and difficulty will be required to determine the exact times when competition increases or subsides. Generally speaking, smaller miners' reward probabilities benefit from lower difficulties.
Liquidity and stability of the token: A mineable crypto with deep liquidity enables miners to easily convert block rewards into stable assets without high slippage. It also implies that assets with established market recognition bear lower risks upon entering the market.
Long-term utility of the network: Indeed, projects which continuously develop and provide use cases for real transactions do tend to keep the value more stable. This means that mining will make more sense depending on assets that support active ecosystems, rather than speculative demand alone.
Emission and reward model: Supply schedules describe how block rewards will change over time. Predictability in the issuance of coins, as well as transparent governance, reduce uncertainty as far as mining outcomes are concerned.
Mining needs to be approached in this manner: It is a structured asset allocation wherein hardware performance, cost management, and the right choice of assets together work for maintaining operational sustainability.
Mining remains viable only when hardware efficiency, electricity pricing, and the right asset choice come together. Above-listed coins are mineable crypto-currencies that have shown use cases, network participation ongoing, and have mining algorithms that are accessible across various hardware types like CPU, GPU, and ASIC.
Profitability isn't fixed and changes with network difficulty, token market performance, and operational cost structure. A sustainable mining approach underlines predictability in emission schedules, liquid markets, and continuous activity in network development. More stable outcomes come from mining being viewed as a long-term infrastructure commitment, rather than just a speculative activity in the short term.
Miners that track difficulty trends while optimizing hardware performance and adjusting allocations based on market conditions are best positioned for competitive yields in 2026.
That depends on how expensive the electricity is, how difficult the network is, and what hardware you have. Normally, profitability is judged by constancy of viability across Monero, Ravencoin, Ethereum Classic, and Litecoin with Dogecoin.
Monero can be considered the easiest crypto to mine because it was optimized for CPU mining and doesn't need special hardware.
As of 2025, some of the most common GPU-mineable assets include Ravencoin, Ethereum Classic, and Grin. Profitability depends on GPU efficiency and power pricing.
Not really, if you are in most regions. Bitcoin mining requires high-efficiency ASIC hardware and super-low electricity costs to remain viable.
Not really, if you are in most regions. Bitcoin mining requires high-efficiency ASIC hardware and super-low electricity costs to remain viable.
If electricity is cheap and hardware is efficient, it might be worth it. Competitiveness, difficulty trends, and network demand are stronger long-term determinants of sustainability compared to the reward rate alone.
No, because many blockchains use either Proof-of-Stake or other consensus algorithms. Only the networks designed to make use of the Proof-of-Work, or compatible mining algorithm, can be mined.
