You want to get into solo mining but don’t know where to start? I get it. Running your own full node for every coin sounds like a nightmare. Setting up wallet infrastructure, syncing blockchains, configuring miners for each algorithm—it adds up fast.
That’s exactly the problem K1Pool solves for solo miners.
Instead of running 50 different full nodes, you point your miners at K1Pool’s infrastructure and solo mine multiple coins from one platform. They handle the blockchain heavy lifting. You just configure your miner, enter your wallet address, and start hunting blocks.
But here’s what nobody tells you upfront: Not all coins on K1Pool make sense for solo mining. Some have difficulty so high that you’re basically lighting money on fire. Others? Actually practical for medium-sized GPU rigs or even single ASICs.
This guide will walk you through everything—from basic setup to choosing which coins actually give you a fighting chance at hitting blocks.
What Makes K1Pool Different for Solo Miners
K1Pool isn’t technically a pool. It’s a solo mining service.
The distinction matters. When you mine through K1Pool, you’re not sharing rewards with thousands of other miners. You submit shares to their infrastructure, they validate your work against their full node, and if you find a block, the entire reward goes to your wallet address. K1Pool takes a small fee (typically 1-2% depending on the coin), then sends you the rest.
Compare that to running your own node setup. For Bitcoin, you’d need Bitcoin Core configured for solo mining, proper port forwarding, and a stratum proxy. For each additional coin, repeat the entire process. Different wallet software, different blockchain sync times, different miner configurations.
K1Pool supports over 50 coins across multiple algorithms: SHA-256, Scrypt, Ethash, KawPow, RandomX, Blake3, and more. That’s the real value proposition—algorithm diversity without infrastructure headaches.
I started using K1Pool about two years ago when I wanted to solo mine Ravencoin but couldn’t be bothered setting up yet another full node. Pointed my rigs there, entered my RVN address, and started mining within 5 minutes. No wallet sync, no blockchain download, no configuration rabbit holes.
How K1Pool Solo Mining Actually Works
The mechanics are straightforward.
You configure your mining software to connect to K1Pool’s stratum servers. Each coin has its own server address and port. Your miner submits shares just like pool mining, but K1Pool’s infrastructure checks each share against their full node to see if it meets the current network difficulty.
If your share solves a block, K1Pool’s node broadcasts it to the network. Once confirmed (usually 100-120 blocks later, depending on the coin), they automatically send the reward minus their fee to your wallet address.
No registration required. No accounts. No minimum payouts.
You literally just point and shoot. Your wallet address becomes your identity on their system. All stats, shares submitted, and blocks found are tied to that address.
The fee structure varies by coin:
- Bitcoin (SHA-256): 2% fee
- Litecoin (Scrypt): 2% fee
- Ethereum Classic (Ethash): 1% fee
- Ravencoin (KawPow): 1% fee
- Kaspa (KHeavyHash): 1% fee
- Most other coins: 1-2% fee
Honestly, 1-2% is pretty reasonable when you factor in the infrastructure cost they’re covering. Running and maintaining full nodes for 50+ blockchains isn’t cheap. Neither is the bandwidth for serving thousands of miners.
Setting Up Your First Solo Mining Session on K1Pool
Let’s walk through actual setup. I’ll use Ravencoin as the example since it’s one of the more practical solo mining targets.
First, you need a wallet address. Download the official Ravencoin wallet or use a hardware wallet that supports RVN. Write down your address—something like RVNxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx.
Second, choose your mining software. For KawPow algorithm (Ravencoin), your options are:
- T-Rex Miner for NVIDIA GPUs
- TeamRedMiner for AMD GPUs
- NBMiner (works on both NVIDIA and AMD)
Third, configure your miner. Here’s a T-Rex example:
t-rex.exe -a kawpow -o stratum+tcp://rvn.k1pool.com:3008 -u YOUR_RVN_ADDRESS -p x
That’s it. Replace YOUR_RVN_ADDRESS with your actual wallet address, run the batch file, and you’re solo mining.
The -p x is just a placeholder password. K1Pool doesn’t use passwords since your wallet address is your identity.
For Windows users who prefer GUI mining software, you can also use dedicated Windows mining setups with batch files. For multi-rig operations, HiveOS makes managing everything remotely way easier.
K1Pool’s website lists the stratum URL and port for each supported coin. Just swap out the algorithm parameter and server address for whichever coin you’re targeting.
Which Coins Actually Make Sense for Solo Mining on K1Pool
Here’s the reality check: Most coins on K1Pool are terrible solo mining targets.
Bitcoin? Unless you’re running 100+ TH/s, your odds are lottery-level. Current BTC price is $66,077, and network difficulty means even 1 PH/s gives you maybe one block per decade statistically.
Litecoin? Same story. Scrypt ASICs have pushed difficulty so high that solo mining with anything less than 50 GH/s is wishful thinking.
But some coins are actually practical. Let me break down the realistic targets:
Ravencoin (RVN) – KawPow Algorithm
Network hashrate: ~5-8 TH/s (varies significantly)
Current RVN price: $0.005647
Block reward: 2,500 RVN
With a 6-GPU rig running RTX 3070s (~90 MH/s total), you’ll find a block roughly every 2-4 weeks depending on difficulty. That’s 2,500 RVN per block minus K1Pool’s 1% fee.
Why Ravencoin works for solo mining: Network hashrate dropped dramatically after the 2026 crash. Many GPU miners left. Difficulty adjusted down. Now it’s back to levels where medium-sized rigs have legitimate odds.
Is it profitable? That naturally depends on your electricity cost. At $0.10/kWh, you’re looking at maybe $30-40/month in power draw for a 6-GPU rig. If RVN stays above $0.02, you’re making money. If it crashes below $0.01, you’re mining at a loss.
Ethereum Classic (ETC) – Ethash Algorithm
Network hashrate: ~180 TH/s
Current ETC price: $1,969
Block reward: 2.56 ETC
Ethereum Classic is borderline. With 500 MH/s (about 8 RTX 3080s), you might find a block every 3-6 months. That’s ~2.56 ETC per block, currently worth around $60-80.
The math is rough. Six months of electricity costs on those GPUs at $0.10/kWh runs maybe $1,500-2,000. You’d need to hit multiple blocks or get lucky early to break even.
I wouldn’t recommend ETC solo mining unless you’ve got free or very cheap electricity.
Kaspa (KAS) – KHeavyHash Algorithm
Network hashrate: ~300-400 TH/s
Current KAS price: $0.0295
Block reward: ~290 KAS per block (decreases monthly)
Kaspa is interesting because of its block time—one block per second. That means more opportunities to hit blocks compared to coins with 2-10 minute block times.
With dedicated KHeavyHash ASICs like the IceRiver KS3M (~6 TH/s), you’re looking at a block roughly every 1-2 months statistically. That’s ~290 KAS per block.
The challenge? Kaspa’s block reward decreases every month by a small percentage (chromatic emission schedule). What pays well today might be marginal in 6 months.
Hidden Gems: Lower Difficulty Coins
This is where K1Pool gets really interesting for solo miners.
Coins like Neoxa, Neurai, and Clore have network hashrates under 1 TH/s. A single 12-GPU rig running 400-500 MH/s can find blocks weekly or even daily on some of these.
The catch? Liquidity.
Finding blocks is pointless if you can’t sell the coins. Many low-difficulty coins have terrible market depth. You mine 10,000 coins per block, but there’s only $50 of buy orders on the entire exchange.
I learned this the hard way mining Neurai solo. Hit three blocks in a week, thought I was crushing it. Went to sell on TradeOgre. Total buy side depth? $120. Selling my rewards would have tanked the price 40%.
So here’s my honest take: Low-difficulty coins are great for practice. You get to experience hitting solo blocks, see how K1Pool handles payouts, and understand the mechanics without gambling massive electricity costs. But don’t expect meaningful profits unless you’re mining coins that actually have market demand.
K1Pool Fee Structure and Payout Mechanics
K1Pool’s fee model is simple: They take a percentage of the block reward, then send you the rest.
For a Ravencoin block (2,500 RVN at 1% fee), you receive 2,475 RVN. K1Pool keeps 25 RVN to cover infrastructure costs.
Payouts happen automatically after blocks mature. Most coins require 100-120 confirmations before rewards can be spent. That means you’ll typically see your payout 1-2 hours after finding a block, depending on the coin’s block time.
No minimum payout threshold. No account balances. If you find a block, you get paid. Simple.
One thing to watch: Transaction fees. K1Pool covers the network transaction fee for sending your reward, but on coins with high fees (rare for most altcoins, but it happens), this can eat into your earnings slightly.
They also don’t pay orphaned blocks. If you find a block but another miner’s block gets accepted by the network first (orphan), you get nothing. That’s just how solo mining works—same as running your own node.
Realistic Odds: The Math Nobody Wants to Hear
Let’s talk about variance and luck.
If Ravencoin’s network hashrate is 6 TH/s and you’re mining with 100 MH/s, you control roughly 0.0017% of the network. Statistically, you should find 0.0017% of all blocks.
Ravencoin produces roughly 720 blocks per day (1 block per 2 minutes). So you’d expect to find 0.012 blocks per day on average. That’s about 1 block every 83 days.
But here’s the thing about variance: You might find a block in the first hour. Or you might go 250 days without hitting one. Solo mining calculators give you the average expected time, but variance makes the actual results wildly unpredictable.
I’ve seen miners hit three blocks in a week with 200 MH/s on RVN. I’ve also seen miners with 500 MH/s go 4 months without finding anything.
That’s solo mining. You’re buying lottery tickets with electricity instead of dollars.
If that uncertainty stresses you out, solo mining might not be for you. Consider whether solo mining or just buying coins makes more sense for your situation. Sometimes the steady DCA approach beats gambling on blocks.
Setting Up Monitoring and Alerts for K1Pool
K1Pool provides a basic web interface where you can check your stats. Just visit their website and enter your wallet address. You’ll see current hashrate, shares submitted, and any blocks found.
But honestly? Their interface is bare-bones.
For better monitoring, set up your own solo mining dashboard. Tools like Grafana + Prometheus can pull data from your mining software and give you detailed stats—hashrate over time, share submission rates, hardware temperatures, etc.
I also recommend setting up email or Telegram alerts for when your miners go offline. Nothing worse than thinking you’re mining for a week, only to discover your rig crashed 6 days ago.
For K1Pool specifically, you can use their API (if available for your coin) to pull stats and trigger alerts when blocks are found. Pair that with a simple Python script and you’ve got automated notifications.
Basic Monitoring Checklist
- Check K1Pool web interface daily (enter your wallet address)
- Monitor local hashrate in your mining software
- Set up alerts for miner crashes (use HiveOS or dedicated monitoring tools)
- Track network difficulty changes weekly
- Watch your wallet for incoming payments (blocks found)
Sure, this sounds like overkill. But when you’re gambling electricity costs on solo mining, you want to know immediately if something breaks.
Electricity Costs: The Reality Check You Need
Let’s do some actual math on what solo mining through K1Pool costs.
A 6-GPU rig with RTX 3070s running at 90 MH/s for Ravencoin pulls about 900W at the wall. That’s 21.6 kWh per day.
At $0.10/kWh: $2.16 per day, $64.80 per month.
At $0.20/kWh: $4.32 per day, $129.60 per month.
At $0.30/kWh: $6.48 per day, $194.40 per month.
If you’re in Europe or California with $0.25-0.35/kWh rates, you’re burning $150-225/month on power. To break even solo mining Ravencoin, you’d need to find roughly 3-5 blocks per month (depending on RVN price).
With 90 MH/s? You’ll statistically find maybe 1 block per month. You’re losing money.
This is why electricity cost absolutely matters for solo miners. If you’re paying retail residential rates above $0.15/kWh, most solo mining ventures are net-negative propositions unless you get incredibly lucky.
Options if electricity kills your math:
- Solar powered solo mining (zero marginal electricity cost after equipment pays off)
- Hosting services with industrial rates ($0.06-0.08/kWh)
- Focus on lower-power hardware (specialized ASICs instead of GPUs)
- Only mine during off-peak hours if you have time-of-use rates
I’m not trying to discourage you. But I’ve seen too many people burn thousands on electricity thinking they’ll hit blocks consistently. The math needs to work before you factor in luck.
K1Pool vs Running Your Own Node: When Does Each Make Sense?
So should you use K1Pool or run your own infrastructure?
For Bitcoin, running your own node makes more sense if you’re serious about solo mining. Solo.CKPool.org is another solid option—it’s free (0% fee) and well-maintained. The infrastructure cost for one Bitcoin node is minimal compared to K1Pool’s 2% fee when you hit a block worth $66,077.
For altcoins? K1Pool wins by a mile.
Running 20 different full nodes for 20 different coins is insane. Each blockchain requires disk space, sync time, and configuration headaches. Ravencoin blockchain is 40GB+. Ethereum Classic is 80GB+. Kaspa grows fast. Add it all up and you’re looking at 500GB-1TB just for blockchain data.
Plus, you need a stratum proxy setup for each coin to bridge your node to your mining software. More configuration, more points of failure, more maintenance.
K1Pool trades a small fee for massive convenience. You’re paying 1-2% to eliminate all that infrastructure complexity.
When to run your own node:
- You’re only solo mining one or two coins
- You have significant hashrate (100+ TH/s on SHA-256, 1+ TH/s on KawPow)
- You want complete control over your mining infrastructure
- You’re mining Bitcoin and want to support network decentralization
When to use K1Pool:
- You want to solo mine multiple coins without infrastructure headaches
- You’re testing different algorithms to see what works
- You don’t want to maintain full nodes
- You’re new to solo mining and want the simplest possible setup
Common K1Pool Issues and How to Fix Them
K1Pool is pretty reliable, but I’ve run into a few issues over the years.
Issue: Miner shows “Connection refused” or can’t connect
Usually means you’ve got the wrong stratum URL or port. Double-check K1Pool’s website for the correct server address. Some coins have multiple ports for different difficulty levels—make sure you’re using the solo mining port, not the pool port.
Issue: Hashrate shows zero on K1Pool website
Your miner might be connected but not submitting valid shares. Check your wallet address—one typo and your shares go nowhere. Also verify you’re mining the correct algorithm for that coin.
Issue: Found a block but didn’t receive payout
Blocks need time to mature. Most coins require 100-120 confirmations before rewards can be spent. If it’s been several hours and still nothing, double-check K1Pool’s website with your wallet address to see if the block is listed. If not, it might have been orphaned.
Issue: Shares show as “stale” or “rejected”
High latency to K1Pool’s servers or internet connection issues. Try connecting to a different server region if K1Pool offers multiple locations. Also check your GPU stability settings—aggressive overclocks can cause invalid shares.
Hidden Gem Coins Worth Solo Mining on K1Pool
Since you made it this far, here are a few coins I’ve actually found blocks on using K1Pool that most people ignore:
Neoxa (NEOX)
KawPow algorithm, network hashrate under 500 GH/s. With 200 MH/s you’ll find blocks every few days. Block reward is 12,500 NEOX. The liquidity is terrible, but if you believe in the project long-term, accumulating blocks while difficulty is low makes sense.
Clore (CLORE)
Another KawPow coin with sub-1 TH/s network hashrate. Decent market liquidity compared to other low-diff coins. I’ve found it trades reasonably well on exchanges, so you can actually sell rewards without crashing the market.
Zano (ZANO)
RandomX algorithm (CPU mining). Network hashrate is low enough that a Ryzen 9 system can find blocks monthly. Block reward is 6 ZANO. It’s basically Monero but with a tiny network. If you’ve got spare CPU cycles, worth pointing at K1Pool.
These aren’t investment recommendations. Just practical targets where solo mining actually works with reasonable hardware.
Is K1Pool Solo Mining Right for You?
Let’s wrap up with the honest assessment.
K1Pool is fantastic for solo miners who want to experiment with multiple coins without drowning in infrastructure complexity. It’s reliable, the fees are reasonable, and the setup is dead simple.
But solo mining itself remains a fundamentally unprofitable gamble for most people. Unless you have free or extremely cheap electricity, you’re almost always better off just buying the coin directly.
The real use case for K1Pool solo mining? You’ve got excess hardware capacity, cheap power, and you enjoy the thrill of hunting blocks. It’s lottery mining as an insurance policy—a small bet that occasionally pays off big.
I keep a few rigs pointed at K1Pool for Ravencoin specifically because the network hashrate is low enough that blocks are realistic, and I enjoy checking the stats each morning. It’s entertainment with a small chance of profit.
If you go into it with that mindset—treat it like buying lottery tickets rather than a business venture—K1Pool solo mining can be genuinely fun. Just don’t quit your day job expecting to get rich from it.
Check out real altcoin solo mining success stories to see what’s actually possible with the right setup and a bit of luck.
Frequently Asked Questions
Do I need to register an account to use K1Pool?
No. K1Pool is anonymous. Your wallet address serves as your identity. Just configure your miner with your wallet address as the username, connect to their stratum server, and start mining. No email, no password, no KYC.
What happens if K1Pool finds a block for me but their servers go down before sending payment?
K1Pool’s infrastructure broadcasts the block to the network immediately when found, and the reward goes to your wallet address as specified in the coinbase transaction. Even if their servers crashed entirely, you’d still receive the payment once the block matures because it’s already on the blockchain. The payout isn’t dependent on K1Pool staying online—only the mining infrastructure is.
Can I point multiple miners at K1Pool with the same wallet address?
Yes. You can run as many miners as you want using the same wallet address. K1Pool combines all the hashrate under that address for statistics purposes. This is actually the standard setup for multi-rig operations.
Which coins on K1Pool are most profitable for solo mining?
Depends entirely on your hardware and electricity cost. Generally speaking, KawPow coins like Ravencoin and Neoxa offer the best odds for GPU miners because network hashrates are relatively low. For ASICs, focus on whatever algorithm your hardware runs where network difficulty hasn’t exploded yet. Run the numbers using a solo mining calculator before committing serious hashrate.
How do taxes work if I find a block through K1Pool?
You’re responsible for reporting the fair market value of the block reward as income on the day you receive it. K1Pool doesn’t issue tax forms—you need to track this yourself. Check out the solo mining tax implications guide for detailed information on how to report block rewards correctly.